Lte Bts, Flf15a 1503 018 Parameters

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Reference Information Document Type Parameter Date 2016-07-22 06:31 Search scope LTE BTS, FLF15A_1503_018 Managed Object

Parameter name

LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL

A1 report interval for serving becomes better than RSRP A2 based redirect for VoLTE calls A3 offset A3 report interval A3 time to trigger A5 report interval A5 time to trigger AC barred for emergency calls OVL AC barring for MMTEL video originating calls OVL AC barring for MMTEL voice originating calls OVL AC barring for mobile originating CS fallback OVL AC barring for originating calls OVL AC barring for signaling OVL AC barring list OVL AC barring list OVL AC barring list OVL AC barring list for mobile originating calls OVL AC barring list mobile orig signaling OVL AC barring time OVL AC barring time OVL AC barring time OVL AC barring time for originating calls OVL AC barring time for signaling OVL AC probability factor OVL AC probability factor OVL AC probability factor OVL AC probability factor for originating calls OVL AC probability factor for signaling OVL ACK/NACK offset Access barred for emergency calls Access barring for signaling Access class barring for MMTEL video originating calls Access class barring for MMTEL voice originating calls Access class barring for mobile originating CS fallback Access class barring for originating calls Access class barring list Access class barring list Access class barring list Access class barring list for mobile originating calls Access class barring list mobile orig signaling Access class barring time Access class barring time Access class barring time Access class barring time for originating calls

LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL

Access class barring time for signaling Access probability factor Access probability factor Access probability factor Access probability factor for originating calls Access probability factor for signaling Activate DL OLDTC Activate DL voice packet aggregation Activate DRX Activate DRX during measurement gap Activate PUSCH masking Activate RIP alarming Activate TTI bundling Activate enhanced inter-cell interference coordination Activate extended VoLTE talk time Activate fast adaptive MIMO switch Activate liquid cell configuration Activate load adaptive PDCCH Activate modulation scheme UL Activate nominal bitrate for non-GBR bearers Activate outer loop link adaptation Activate proactive scheduling by SRB Activate smart DRX Activate supercell configuration Activate supplemental downlink carrier Activate support for excluded intra-band IF measurement Activate support for up to six Inter-freq measurement Activate uplink link adaptation Activation of uplink group hopping Add GBR-DRB traffic for radio reason handover Add GBR-DRB traffic for time critical reason handover Add emergency sessions Add number DRB radioReasHo Add number DRB timeCriticalHo Add number QCI1 DRB for radioReasHo Add number QCI1 DRB for timeCriticalHo Additional active UE with reason radio reason handover Additional active UE with reason time critical handover Additional spectrum emission mask Administrative state Alarm threshold crossing time Alarm threshold for UL subframe Allow cell specific PB ratio zero Alpha Altitude Amount of blanked resources Antenna Element Spacing for AoA Calculation Antenna bearing for AoA calculation Aperiodic CQI feedback reporting mode Apply UL out-of-sync state Assigned cell resource group profile Automatic AC Barring start timer Automatic AC Barring stop timer Averaging filter constant for CRE tagging Blacklisted cell for intra and inter freq HO list Blacklisted topologies Blanked PUCCH resources


CDMA2000 1xRTT CSFB type CDMA2000 1xRTT cell ID info CDMA2000 1xRTT measurement report timer CDMA2000 1xRTT reference cell cell ID CDMA2000 1xRTT reference cell id CDMA2000 1xRTT reference cell market ID CDMA2000 1xRTT reference cell sector ID CDMA2000 1xRTT reference cell switch number CDMA2000 HRPD Handover Relocation Execution Timer CDMA2000 HRPD Handover Relocation Preparation Timer CDMA2000 HRPD UL Handover Preparation Transfer Timer CDMA2000 relocation execution timer CDMA2000 relocation preparation timer CDMA2000 timers CQI periodicity network period CQI threshold for activation of CL MIMO 2 CW mode CQI threshold for activation of OL MIMO SM CQI threshold for fallback to CL MIMO 1 CW mode CQI threshold for fallback to MIMO diversity Carrier aggregation pool ID Cell barred flag Cell capacity class value Cell individual offset change lower margin Cell individual offset change upper margin Cell individual offset of own serving cells PCI Cell name Cell power reduce Cell reselection hysteresis high mobility Cell reselection hysteresis medium mobility Cell reselection priority Cell reselection procedure hysteresis value Cell reselection timer Cell reselection timer factor high mobility Cell reselection timer factor medium mobility Cell reselection weight factor idle mode load balancing Cell reserved for operator use Cell reserved for operator use Cell reset requested Cell resource sharing mode Cell scheduling request periodicity Cell type Cell-center/edge balancing for interference-aware UL-PC Confidence DCI format for common channel transmission DL GBR resource high load DL GBR resource high load DL GBR resource target load DL OLDTC target DL interference shaping active DL non-GBR resource high load DL non-GBR resource high load DL non-GBR resource target load DL rate capping AMBR margin DL target BLER DL target BLER for QCI1 DRX apply device type DRX inactivity timer


DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX inactivity timer DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX long cycle DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX on duration timer DRX profile 1 DRX profile 101 DRX profile 102 DRX profile 103 DRX profile 2 DRX profile 3 DRX profile 4 DRX profile 5 DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile index DRX profile priority DRX profile priority DRX profile priority DRX profile priority DRX profile priority


DRX profile priority DRX profile priority DRX profile priority DRX profile priority DRX profile priority DRX profile priority DRX profile priority DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX retransmission timer DRX short cycle DRX short cycle DRX short cycle DRX short cycle DRX short cycle timer DRX short cycle timer DRX short cycle timer DRX short cycle timer DRX smart profile 2 DRX smart profile 3 DRX smart profile 4 DRX smart profile 5 Dedicated SR transmission maximum Default CQI Default paging cycle Degrees of latitude Degrees of longitude Delta cyclic shift for PUCCH Delta preamble random access message 3 DeltaF PUCCH format 1 DeltaF PUCCH format 1b DeltaF PUCCH format 2 DeltaF PUCCH format 2a DeltaF PUCCH format 2b DeltaF PUCCH list Direction of altitude Downlink MIMO mode Downlink PCFICH transmission power boost Downlink PHICH transmission power boost Downlink channel bandwidth Downlink interference shaping configuration Downlink interference shaping profile identifier Downlink pathloss change Downlink reference signals transmission power boost E-UTRAN access point position E-UTRAN cell identifier EARFCN downlink EARFCN uplink ECGI of the eICIC macro partner


Emergency area ID list Enable 64QAM in downlink Enable AMC for PDCCH link adaptation Enable DL AMC Enable OLQC Enable PDCCH power control Enable all TBs in UL AMC Enable aperiodic CQI reporting on PUSCH Enable better cell HO Enable coverage HO Enable downlink 16QAM Enable downlink interference generation Enable lower aggregation selection for PDCCH LA Enable rate capping in downlink Enable rate capping in uplink Enable reduced bandwidth DL Enable restricted PRB assignment in uplink Enable simultaneous CQI and ACK/NACK Enabled TB size impact to UE PUSCH power calculation Energy saving state Expected Cell Size Extended VoLTE Talk Time Configuration for QCI1 Extended uplink link adaptation ATB periodicity Extended uplink link adaptation BLER averaging window Extended uplink link adaptation PRB factor Extended uplink link adaptation delta MCS Extended uplink link adaptation low MCS threshold Extended uplink link adaptation low PRB threshold Fast uplink link ATB trigger threshold Filter center TX Filter coefficient Filtering coefficient used for CSFB Cpich-Ecn0 Filtering coefficient used for CSFB Cpich-RSCP Filtering coefficient used for RSRP Filtering coefficient used for RSRQ Filtering coefficient used for RSSI Filtering coefficient used for cpich RSCP Filtering coefficient used for cpich ecN0 Further PLMN identity list GBR congestion handling Group assignment for PUSCH HARQ and BLER reconfiguration timer for QCI1 HRPD Timers Highspeed scenario Hopping mode of PUSCH Hysteresis for DL GBR resource load measurement Hysteresis for DL Non-GBR resource load measurement Hysteresis for PDCCH load measurement ID of the cell in the ECGI of the eCICI macro partner ID of the eNB in the ECGI of the eICIC macro partner Idle mode load balancing capacity threshold Inactivity timer Initial MCS in downlink Initial MCS in uplink Initial amount of PRBs in uplink Inter Freq Load Bal Retry Timer Inter-freq and inter-RAT meas thresholds (Rel9)


Inter-freq and inter-RAT power meas threshold (Rel9) Inter-freq and inter-RAT quality meas threshold (Rel9) Inter-freq. service based HO retry timer Inter-frequency and inter-RAT measurements threshold Inter-frequency load balancing GBR high load DL Inter-frequency load balancing PDCCH high load Inter-frequency load balancing QCI1 Bearer check timer Inter-frequency load balancing load thresholds Inter-frequency load balancing non-GBR high load DL Interference aware UL-PC configuration Interference level for generated downlink interference Intra EUTRA offset frequency Intra- and inter-freq. load bal. common load settings Intra-frequency cell reselection allowed Intra-frequency load balancing load thresholds Intra-frequency measurements power threshold (Rel9) Intra-frequency measurements quality threshold (Rel9) Intra-frequency measurements threshold Intra-frequency measurements thresholds (Rel9) Intra-frequency reselection timer EUTRA LTE cell configuration identifier Large size random access MCS in uplink Last subscriber profile ID of a range Latitude sign Length of the PUSCH mask Load balancing profile Load filtering coefficient Load measurement RRM timer multiplier Load measurement RRM timer multiplier for eICIC Load measurement X2 timer for MLB Load measurement X2 timer for eICIC Loadbalancing factor for pre-registration with eHRPD Local cell resource ID Lower RSSI threshold for PUCCH power command decision Lower RSSI threshold for PUSCH power command decision Lower SINR threshold for PUCCH power command decision Lower SINR threshold for PUSCH power command decision MCC in the ECGI of the eCICI macro partner MIMO Closed Loop configuration MIMO Open Loop configuration MIMO power compensation MNC in the ECGI of the eCICI macro partner MNC length in the ECGI of the eCICI macro partner Max number Carrier Aggr configured UEs double carrier Max number QCI1 DRBs (GBRs) Max number act DRB Max number carrier aggr configured UEs Max number of AMLE-based HOs between two CAC updates Max number of UL HARQ transmissions during TTI bundling Max packet aggregation UL Max. uplink transmission power own cell Maximum CIO value for CIO Group 2 in non-macro cell Maximum CIO value for CIO Group 3 in non-macro cell Maximum GBR-DRB Traffic Limit Maximum NBR-DRB PRBs per UE Maximum NBR-DRB traffic limit Maximum amount of users per TTI in DL


Maximum amount of users per TTI in UL Maximum bitrate downlink Maximum bitrate selector Maximum bitrate uplink Maximum code rate for SIB Maximum code rate for paging Maximum code rate for random access message 2 Maximum code rate for random access message 4 Maximum content resolution timer Maximum number RRC emergency Maximum number of HARQ transmission in DL Maximum number of HARQ transmission in DL for QCI1 Maximum number of HARQ transmission in UL Maximum number of HARQ transmission in UL for QCI1 Maximum number of OFDM symbols for PDCCH Maximum number of PRBs assigned in downlink Maximum number of PRBs assigned in uplink Maximum number of RRC connections Maximum number of active UEs Maximum number of in-sync indications Maximum number of load balancing partner candidates Maximum number of message 3 HARQ transmissions Maximum number of out-of-sync indications Maximum output power Measurement quantity for UTRA-CSFB FDD measurements Measurement quantity used for UTRA FDD measurements Message Mapping Message Mapping Method for UL power control Min. required RSRQ in intra-freq neighbor cells (Rel9) Min. required RX level for intra-freq neighboring cells Minimum PRB allocation for UEs which are power limited Minimum UL quality for interference-aware UL-PC Minimum UL transport block size Minimum bitrate downlink Minimum bitrate uplink Minimum margin for load balancing CIO adjustment Minimum number of PRBs assigned in uplink Minimum required RSRQ in cell (Rel9) Minimum required RX level in cell Minimum required quality in cell (Rel9) Minimum waiting time for next UL-PC decision Mobile country code Mobile country code Mobile network code Mobile network code Mobile network code length Mobile network code length Mobility profile ID Mobility profiles mapping list Mobility state parameters NCellChangeHigh Mobility state parameters NCellChangeMedium Mobility state parameters THystNormal Mobility state parameters tevaluation Mode for calculating the CAC in load bal. and eICIC Modification period coefficient Modulation scheme for downlink interference


Multiplication factor for the QCI1 traffic in downlink Multiplication factor for the QCI1 traffic in uplink Multiplier M for periodic RI reporting period NBR Congestion Handling Nominal PUSCH P0 for interference-aware UL-PC Nominal number of PRBs for load balancing Nominal power for UE PUCCH TX power calculation Nominal power for UE PUSCH TX power calculation Number cell changes high mobility Number cell changes medium mobility Number of random access preambles Offset for minimum required RSRQ in cell (Rel9) Operational state Orientation of major axis Overall supervision timer for ECID measurements PDCCH LA CQI shift PDCCH LA UE default aggregation PDCCH LA UL DL allocation balance initial value PDCCH aggregation for RA msg4 PDCCH aggregation for paging PDCCH aggregation for random access response message PDCCH aggregation for secondary system information PDCCH aggregation level for preamble assignments PDCCH allocation limit PDCCH and HARQ response target BLER PDCCH high load PDCCH high load PDCCH target load PHICH duration PHICH resource PRACH configuration index PRACH cyclic shift PRACH frequency offset PRACH high speed flag PRS Number of DL frames PRS Tx diversity activation PRS activation PRS bandwidth PRS configuration index PRS muting PRS muting info PRS muting info pattern length PRS power boost PUCCH bandwidth for CQI PUCCH cyclic shift for mixed formats PUSCH decoding offset index for ACK PUSCH decoding offset index for CQI PUSCH decoding offset index for rank indicator PUSCH mask Paging nB Percentage of UE for idle mode load balancing Periodic BSR time Periodic CQI feedback type Periodic CQI subbands cycles Periodic PHR timer Periodic RI reporting offset Periodical measurements for location services


Periodicity Periodicity Periodicity Physical layer cell identity Ping pong time Pmax intra-frequency neighboring E-UTRA Power offset for SRS transmission power calculation Power ramping step Preamble initial received target power Preamble transmission maximum Presence antenna port1 Prohibited PHR timer Q RX level min. offset Q-threshold for reselection towards lower prio RAT/freq QCI1 protection timer RA message power offset for group B selection RACH root sequence RF unit sensitivity RIP alarming configuration RSRP threshold 2 For CDMA2000 during QCI1 RSRP threshold 2 for CDMA2000 RSRQ mobility parameters RSRQ redirection parameters Random access preambles group A size Random access response window size Random challenge value Range of physical cell id range Rank indication reporting enable Rank threshold for activation of CL MIMO 2 CW mode Rank threshold for activation of OL MIMO SM Rank threshold for fallback to CL MIMO 1 CW mode Rank threshold for fallback to MIMO diversity Rate capping AMBR margin in uplink Reference UL power value for interference-aware UL-PC Related hysteresis of RSRP threshold 2 for CDMA2000 Related hysteresis of offset a3Offset for RSRP intra F Related hysteresis of threshold Th2 for RSRQ mobility Related hysteresis of threshold Th4 for RSRQ Related hysteresis of threshold th2 GERAN for RSRP Related hysteresis of threshold th2 WCDMA for RSRP Related hysteresis of threshold th2 interFreq for RSRP Related hysteresis of threshold th2a for RSRP Related hysteresis of threshold th4 for RSRP Related hysteresis of thresholds th3 and th3a for RSRP Repeater mode activation Repetition Repetition Repetition Report amount periodical meas for location Report interval periodical meas for location Restricted PRB assignment in uplink configuration Retransmission BSR timer SI window length SIB type SRS feature activation/deactivation Scheduling method of the UL scheduler Scheduling weight downlink for SRB


Scheduling weight uplink for SRB SectorID of eHRPD access network Short term inactivity factor Short term inactivity factor for smart DRX Short term inactivity factor for smart DRX Short term inactivity factor for smart DRX Short term inactivity factor for smart DRX Small size random access MCS in uplink Small size random access data volume in uplink Speed-dependent reselection structure Start PRB of the PUSCH mask Start of physical cell id range Static CAC for uplink Subscriber profile ID Synchronization signals transmission mode System Information 2 Scheduling System Information 3 Scheduling System information scheduling list TPC command in random access response TTI bundling BLER target TTI bundling BLER threshold TTI bundling SINR threshold Target UL outer scheduling region Threshold 2 config for CDMA2000 HRPD and 1xRTT Threshold Th2 InterFreq for RSRP during QCI1 Threshold Th2 for RSRQ mobility Threshold Th2a for RSRP During QCI1 Threshold Th2a for RSRQ mobility Threshold Th4 for RSRQ Threshold for re-tagging UEs from CRE to non-CRE Threshold serving low Threshold th1 for RSRP Threshold th2 GERAN for RSRP Threshold th2 GERAN for RSRP during QCI1 Threshold th2 WCDMA for RSRP Threshold th2 WCDMA for RSRP during QCI1 Threshold th2 interFreq for RSRP Threshold th2a for RSRP Threshold th3 for RSRP Threshold th3a for RSRP Threshold th4 for RSRP Time alignment maximum offset Time alignment timer Time alignment timer margin Time interval for power command decisions Time to trigger A2-RSRQ to start mobility measurement Time to trigger SF high Time to trigger SF medium Time to trigger for A1 to deactivate inter measurement Time to trigger for A2 by RSRQ to start redirect Time to trigger for A2 to activate CDMA2000 measurement Time to trigger for A2 to activate GERAN measurement Time to trigger for A2 to activate WCDMA measurement Time to trigger for A2 to activate inter measurement Time to trigger for A2 to start redirect procedure Timer ExtendedWaitTime-r10 Timer T300

LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL LNCEL

Timer T301 Timer T302 Timer T304 for eNACC to GSM Timer T304 for interRAT Timer T304 for interRAT GSM Timer T304 intra-LTE Timer T310 Timer T311 Timer T320 Timer TCRmax Timer TCRmaxHyst Timer paging correlation interval Timer to store UE context Tracking area code Twofold transmission of SIBs per SI window UL AMC MCS switch period UL AMC target BLER UL AMC target BLER for QCI1 UL ATB period UL Handover preparation transfer timer UL scheduler FD type UTRAN balancing load thresholds Uncertainty altitude Uncertainty semi-major Uncertainty semi-minor Unique sector electronics ID Uplink CAC Ignore Option Uplink CAC source selection Uplink channel bandwidth Uplink combination mode Uplink improved latency reaction timer Uplink power control PUCCH configuration Uplink power control PUSCH configuration Uplink reference signals cyclic shift Upper RSSI threshold for PUCCH power command decision Upper RSSI threshold for PUSCH power command decision Upper SINR threshold for PUCCH power command decision Upper SINR threshold for PUSCH power command decision Use of partly allocated PRBs X2 resource status update periodicity for AMLE eHRPD sector-ID list for pre-registration eUTRA carrier frequency

Abbreviated name

3GPP name

a1ReportInterval a2RedirectQci1 a3Offset a3ReportInterval a3TimeToTrigger a5ReportInterval a5TimeToTrigger eCallAcBarredOvl acBarMMTelVideoOcOvl acBarMMTelVoiceOcOvl acBarCsfbOcOvl acBarOcOvl acBarSigOvl acBarACOvl acBarACOvl acBarACOvl ocAcBarACOvl sigAcBarACOvl acBarTimeOvl acBarTimeOvl acBarTimeOvl ocAcBarTimeOvl sigAcBarTimeOvl probFacOvl probFacOvl probFacOvl ocAcProbFacOvl sigAcProbFacOvl n1PucchAn eCallAcBarred acBarSig acBarMMTelVideoOc acBarMMTelVoiceOc acBarCsfbOc acBarOc acBarAC acBarAC acBarAC ocAcBarAC sigAcBarAC acBarTime acBarTime acBarTime ocAcBarTime

reportInterval

ac-BarringForEmergency ssac-BarringForMMTEL-Video-r9 ssac-BarringForMMTEL-Voice-r9 ac-BarringForCSFB-r10 ac-BarringForMO-Data ac-BarringForMO-Signalling ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringTime ac-BarringTime ac-BarringTime ac-BarringTime ac-BarringTime ac-BarringFactor ac-BarringFactor ac-BarringFactor ac-BarringFactor ac-BarringFactor n1PucchAn ac-BarringForEmergency ac-BarringForMO-Signalling ssac-BarringForMMTEL-Video-r9 ssac-BarringForMMTEL-Voice-r9 ac-BarringForCSFB-r10 ac-BarringForMO-Data ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringForSpecialAC ac-BarringTime ac-BarringTime ac-BarringTime ac-BarringTime

Parameter group

Category

sigAcBarTime probFac probFac probFac ocAcProbFac sigAcProbFac actDlsOldtc actDlsVoicePacketAgg actDrx actDrxDuringMeasGap actPuschMask actRIPAlarming actTtiBundling actEicic actQci1eVTT actFastMimoSwitch actLiquidCell actLdPdcch actModulationSchemeUL actNbrForNonGbrBearers actOlLaPdcch actProactSchedBySrb actSmartDrx actSuperCell actSdlc actNoIntraBandIFMeasurements actSixIfMeasurements actUlLnkAdp actUlGrpHop addGbrTrafficRrHo addGbrTrafficTcHo addEmergencySessions addNumDrbRadioReasHo addNumDrbTimeCriticalHo addNumQci1DrbRadioReasHo addNumQci1DrbTimeCriticalHo addAUeRrHo addAUeTcHo addSpectrEmi administrativeState alarmThresholdCrossingTime alarmThresholdULSF allowPbIndexZero ulpcAlpha altitude amountBlankedRes antElementSpacing antBearingForAoaCalc cqiAperMode applyOutOfSyncState cellResourceGroupPrId autoAcBarringStartTimer autoACBarringStopTimer creCqiAvg blacklistHoL blacklistTopo blankedPucch

ac-BarringTime ac-BarringFactor ac-BarringFactor ac-BarringFactor ac-BarringFactor ac-BarringFactor

additionalSpectrumEmission

alpha altitude

cqi-ReportingModeAperiodic

intraFreqBlackCellList

rttCsfbType rttCellIdInfo tC2KMeasReport rttCellId rttRefCellId rttMarketId rttSectorId rttSwNo tC2KRelocOverallHrpd tC2KRelocPrepHrpd tUlHoPrepTransferHrpd tC2kRelocExec tC2KRelocPrep c2KTimers cqiPerNp mimoClCqiThU mimoOlCqiThU mimoClCqiThD mimoOlCqiThD caPoolId cellBarred cellCapClass lowerMarginCio upperMarginCio cellIndOffServ cellName dlCellPwrRed qHystSfHigh qHystSfMed cellReSelPrio qHyst tReselEutr celResTiFHM celResTiFMM idleLBCelResWeight cellReserve primPlmnCellres cellResetRequest cellResourceSharingMode cellSrPeriod cellType ulpcCEBalanceIAw confidence dlsDciCch highLoadGbrDl highLoadGbrDl targetLoadGbrDl dlsOldtcTarget actDlIsh highLoadNonGbrDl highLoadNonGbrDl targetLoadNonGbrDl rcAmbrMgnDl dlTargetBler qci1DlTargetBler drxApplyDeviceType drxInactivityT

Np

cellBarred Cell Capacity Class Value

cellIndividualOffset

sf-High sf-Medium cellReselectionPriority q-Hyst t-ReselectionEUTRAN sf-High sf-Medium cellReservedForOperatorUse cellReservedForOperatorUse

ISR (Tab.10.1-5) sr-ConfigIndex Cell Size confidence

drx-InactivityTimer

SystemInfo

drxInactivityT drxInactivityT drxInactivityT drxInactivityT drxInactivityT drxInactivityT drxInactivityT drxInactivityT drxInactivityT drxInactivityT drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxLongCycle drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxOnDuratT drxProfile1 drxProfile101 drxProfile102 drxProfile103 drxProfile2 drxProfile3 drxProfile4 drxProfile5 drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfileIndex drxProfilePriority drxProfilePriority drxProfilePriority drxProfilePriority drxProfilePriority

drx-InactivityTimer drx-InactivityTimer drx-InactivityTimer drx-InactivityTimer drx-InactivityTimer drx-InactivityTimer drx-InactivityTimer drx-InactivityTimer DRX Cycle, longDrx-Cycle DRX Cycle. longDrx-Cycle DRX Cycle, longDrx-Cycle DRX Cycle, longDrx-Cycle DRX Cycle, longDrx-Cycle DRX Cycle, longDrx-Cycle DRX Cycle. longDrx-Cycle DRX Cycle, longDrx-Cycle DRX Cycle, longDrx-Cycle onDurationTimer onDurationTimer onDurationTimer onDurationTimer onDurationTimer onDurationTimer onDurationTimer onDurationTimer onDurationTimer DRX-Config DRX-Config DRX-Config DRX-Config DRX-Config DRX-Config DRX-Config

drxProfilePriority drxProfilePriority drxProfilePriority drxProfilePriority drxProfilePriority drxProfilePriority drxProfilePriority drxRetransT drxRetransT drxRetransT drxRetransT drxRetransT drxRetransT drxRetransT drxRetransT drxRetransT drxRetransT drxRetransT drxShortCycle drxShortCycle drxShortCycle drxShortCycle drxShortCycleT drxShortCycleT drxShortCycleT drxShortCycleT drxSmartProfile2 drxSmartProfile3 drxSmartProfile4 drxSmartProfile5 dSrTransMax dlamcCqiDef defPagCyc degreesOfLatitude degreesOfLongitude deltaPucchShift deltaPreMsg3 dFpucchF1 dFpucchF1b dFpucchF2 dFpucchF2a dFpucchF2b dFListPucch directionOfAltitude dlMimoMode dlPcfichBoost dlPhichBoost dlChBw dlIshConfig ishPrId dlPathlossChg dlRsBoost eutranAccessPointPosition eutraCelId earfcnDL earfcnUL eIcicPartnerEcgi

drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer drx-RetransmissionTimer DRX Cycle, shortDrx-Cycle DRX Cycle, shortDrx-Cycle DRX Cycle, shortDrx-Cycle DRX Cycle, shortDrx-Cycle DRX Cycle, shortDrxCycleTimer DRX Cycle, shortDrxCycleTimer DRX Cycle, shortDrxCycleTimer DRX Cycle, shortDrxCycleTimer DRX-Config DRX-Config DRX-Config DRX-Config dsr-TransMax defaultPagingCycle latitude longitude deltaPUCCH-Shift deltaF-PUCCH-Format1 deltaF-PUCCH-Format1b deltaF-PUCCH-Format2 deltaF-PUCCH-Format2a deltaF-PUCCH-Format2b deltaFList-PUCCH directionOfAltitude 3GPPIntN

Channel bandwidth

DlPathlossChange E-UTRANAccessPointPosition eUTRANcellIdentifier EARFCN EARFCN

emAreaIdList dl64QamEnable enableAmcPdcch dlamcEnable dlOlqcEnable enablePcPdcch ulamcAllTbEn cqiAperEnable enableBetterCellHo enableCovHo enableDl16Qam dlInterferenceEnable enableLowAgg rcEnableDl rcEnableUl redBwEnDl redBwRpaEnUl cqiPerSimulAck deltaTfEnabled energySavingState expectedCellSize qci1eVTTConfig eUlLaAtbPeriod eUlLaBlerAveWin eUlLaPrbIncDecFactor eUlLaDeltaMcs eUlLaLowMcsThr eUlLaLowPrbThr fUlLAAtbTrigThr filterCenterTx filterCoeff filterCoefficientCSFBCpichEcn0 filterCoefficientCSFBCpichRscp filterCoefficientRSRP filterCoefficientRSRQ filterCoefficientRSSI filterCoefficientCpichRscp filterCoefficientCpichEcn0 furtherPlmnIdL gbrCongHandling grpAssigPUSCH qci1ReconStopTimer hrpdTimers hsScenario hopModePusch hysteresisLoadDlGbr hysteresisLoadDlNonGbr hysteresisLoadPdcch lcrId enbId idleLBCapThresh inactivityTimer iniMcsDl iniMcsUl iniPrbsUl iFLBRetryTimer sNonIntraSearchV920

Emergency Area ID

simultaneousAckNackAndCQI deltaMCS-Enabled

filterCoefficient filterCoefficient filterCoefficient filterCoefficientRSRP filterCoefficientRSRQ filterCoefficient filterCoefficient filterCoefficient plmn-IdentityList

HST Scenario

s-NonIntraSearch-v920

sNonIntraSearchPR9 sNonIntraSearchQR9 iFServiceBasedHoRetryTimer sNonIntrsearch iFLBHighLoadGBRDL iFLBHighLoadPdcch iFLBBearCheckTimer iFLBLoadThresholds iFLBHighLoadNonGBRDL ulpcIAwConfig dlInterferenceLevel offsetFreqIntra loadSettings intrFrqCelRes intraFreqLbLoadThresholds sIntraSearchPR9 sIntraSearchQR9 sIntrasearch sIntraSearchV920 celResTiF lnCelId raLargeMcsUl spidLast latitudeSign ulsPuschMaskLength loadBalancingProfile lbLoadFilCoeff multLoadMeasRrm multLoadMeasRrmEicic tLoadMeasX2 tLoadMeasX2Eicic preRegLoadBalFactor lcrId ulpcLowlevCch ulpcLowlevSch ulpcLowqualCch ulpcLowqualSch mcc mimoClConfig mimoOlConfig dlpcMimoComp mnc mncLength maxNumCaConfUeDc maxNumQci1Drb maxNumActDrb maxNumCaConfUe amleMaxNumHo harqMaxTrUlTtiBundling ulsMaxPacketAgg pMaxOwnCell eIcicMaxG2CioNonMacro eIcicMaxG3CioNonMacro maxGbrTrafficLimit maxPrbsPerNbrUe maxNbrTrafficLimit maxNumUeDl

s-NonIntraSearchP-r9 s-NonIntraSearchQ-r9 s-NonIntraSearch

offsetFreq intraFrequencyReselection s-IntraSearchP-r9 s-IntraSearchQ-r9 s-IntraSearch s-IntraSearch-v920 t-ReselectionEUTRA-SF

latitudeSign

Reporting Periodicity

maxHARQ-Tx p-Max

maxNumUeUl maxBitrateDl mbrSelector maxBitrateUl maxCrSibDl maxCrPgDl maxCrRaDl maxCrRa4Dl raContResoT maxNumRrcEmergency harqMaxTrDl qci1HarqMaxTrDl harqMaxTrUl qci1HarqMaxTrUl maxNrSymPdcch redBwMaxRbDl redBwMaxRbUl maxNumRrc maxNumActUE n311 maxLbPartners harqMaxMsg3 n310 pMax measQuantityCSFBUtra measQuantityUtra siMessageSibType siMessageSibType actUlpcMethod qQualMinR9 qrxlevminintraF ulsMinRbPerUe ulpcMinQualIAw ulsMinTbs minBitrateDl minBitrateUl deltaLbCioMargin redBwMinRbUl qQualMinR9 qrxlevmin cellSelectionInfoV920 ulpcMinWaitForPc mcc mcc mnc mnc mncLength mncLength moPrId moPrMappingList mobStateParamNCelChgHgh mobStateParamNCelChgMed mobStateParamTHystNorm mobStateParamTEval mlbEicicOperMode modPeriodCoeff dlInterferenceModulation

Contention Resolution Timer

maxHARQ-Tx

n311

n310 Pmax measQuantityUTRA-FDD measQuantityUTRA-FDD SIB-Type SIB-Type q-QualMin-r9 q-RxLevMin

q-QualMin-r9 q-RxLevMin CellSelectionInfo-v920 mcc

mnc

n-CellChangeHigh n-CellChangeMedium t-HystNormal t-Evaluation modificationPeriodCoeff

qci1ThroughputFactorDl qci1ThroughputFactorUl riPerM nbrCongHandling p0NomPuschIAw nomNumPrbNonGbr p0NomPucch p0NomPusch nCellChgHigh nCellChgMed raNondedPreamb qQualMinOffsetR9 operationalState orientationOfMajorAxis ecidMeasSupervisionTimer pdcchCqiShift pdcchAggDefUe pdcchUlDlBal pdcchAggMsg4 pdcchAggPaging pdcchAggRaresp pdcchAggSib pdcchAggPreamb pdcchAlpha pdcchHarqTargetBler highLoadPdcch highLoadPdcch targetLoadPdcch phichDur phichRes prachConfIndex prachCS prachFreqOff prachHsFlag prsNumDlFrames actPrsTxDiv actOtdoa prsBandwidth prsConfigurationIndex prsMuting prsMutingInfo prsMutingInfoPatternLen prsPowerBoost nCqiRb pucchNAnCs puschAckOffI puschCqiOffI puschRiOffI ulsPuschMask pagingNb idleLBPercentageOfUes tPeriodicBsr periodicCqiFeedbackType cqiPerSbCycK tPeriodicPhr riPerOffset perMeasLocServ

P0_PUSCH,c P0_NOMINAL_PUCCH P0_NOMINAL_PUSCH(j=1) n-CellChangeHigh n-CellChangeMedium q-QualMinOffset-r9 orientationOfMajorAxis

phich-Duration phich-Resource prach-ConfigurationIndex ZeroCorrelationZoneConfig prach-FrequencyOffset highSpeedFlag numDL-Frames

prs-Bandwidth prs-ConfigurationIndex prs-MutingInfo prs-MutingInfo

nRB-CQI nCS-AN

nB PeriodicBsrTime PUCCH CQI Feedback Type K PeriodicPPHRtimer

SystemInfo

siMessagePeriodicity siMessagePeriodicity siMessagePeriodicity phyCellId tPingPong pMaxIntraF srsPwrOffset prachPwrRamp ulpcIniPrePwr preambTxMax intraPresAntP tProhibitPhr qRxLevMinOffset threshServingLowQR9 qci1ProtectionTimer raMsgPoffGrB rootSeqIndex rfSensitivity ripAlarmingConfig threshold2C2kQci1 threshold2C2k rsrqMobilityParams rsrqRedirectParams raPreGrASize raRespWinSize rand phyCellIdRange riEnable mimoClRiThU mimoOlRiThU mimoClRiThD mimoOlRiThD rcAmbrMgnUl ulpcRefPwrIAw hysThreshold2C2k hysA3Offset hysThreshold2MobRsrq hysThreshold4Rsrq hysThreshold2GERAN hysThreshold2Wcdma hysThreshold2InterFreq hysThreshold2a hysThreshold4 hysThreshold3 actRepeaterMode siMessageRepetition siMessageRepetition siMessageRepetition reportAmountPerLoc reportIntervalPerLoc redBwRbUlConfig tReTxBsrTime siWindowLen siMessageSibType srsActivation ulsSchedMethod srbSchedWeightDl

si-Periodicity si-Periodicity

p-Max pSRS-Offset powerRampingStep preambleInitialReceivedTargetPower preambleTransMax presenceAntennaPort1 ProhibitedPHRTimer q-RxLevMinOffset threshServingLowQ-r9 messagePowerOffsetGroupB

a2-Threshold

sizeOfRA-PreambleGroupA

range

hysteresis hysteresis hysteresis hysteresis hysteresis hysteresis hysteresis hysteresis

si-WindowLength

srbSchedWeightUl sectorID stInactFactor smartStInactFactor smartStInactFactor smartStInactFactor smartStInactFactor raSmallMcsUl raSmallVolUl spStResPars ulsPuschMaskStart phyCellIdStart ulStaticCac spid syncSigTxMode sib2Scheduling sib3Scheduling sibSchedulingList ulpcRarespTpc ttiBundlingBlerTarget ttiBundlingBlerThreshold ttiBundlingSinrThreshold selectOuterPuschRegion threshold2C2kConfig threshold2InterFreqQci1 threshold2MobRsrq threshold2aQci1 threshold2aRsrq threshold4Rsrq eIcicCreDelta threshSrvLow threshold1 threshold2GERAN threshold2GERANQci1 threshold2Wcdma threshold2WcdmaQci1 threshold2InterFreq threshold2a threshold3 threshold3a threshold4 taMaxOffset taTimer taTimerMargin ulpcReadPeriod a2TimeToTriggerMobRsrq timeToTriggerSfHigh timeToTriggerSfMedium a1TimeToTriggerDeactInterMeas a2TimeToTriggerRedirectRsrq a2TimeToTriggerActC2kMeas a2TimeToTriggerActGERANMeas a2TimeToTriggerActWcdmaMeas a2TimeToTriggerActInterFreqMeas a2TimeToTriggerRedirect tExtendedWait t300

CDMA2000 Sector ID

speedStateReselectionPars start

deltaMsg2

a2-Threshold a2-Threshold a1-Threshold threshold-RSRQ

threshServingLow s-Measure a2-Threshold a2-Threshold a2-Threshold a2-Threshold threshold-RSRP a1-Threshold a5-Threshold1 a5-Threshold2 threshold-RSRP timeAlignmentTimer

timeToTrigger timeToTrigger-SF timeToTrigger-SF timeToTrigger

timeToTrigger TimeToTrigger TimeToTrigger TimeToTrigger extendedWaitTime t300

t301 t302 t304eNaccGsm t304InterRAT t304InterRATGsm t304IntraLte t310 t311 t320 tEvaluation tHystNormal tPageCorrInt tStoreUeCntxt tac sib2xTransmit ulamcSwitchPer ulTargetBler qci1UlTargetBler ulatbEventPer tULHOPrepTransfer ulsFdPrbAssignAlg utranLbLoadThresholds uncertaintyAltitude uncertaintySemiMajor uncertaintySemiMinor useId ulCacIgnore ulCacSelection ulChBw ulCombinationMode ilReacTimerUl ulpcPucchConfig ulpcPuschConfig ulRsCs ulpcUplevCch ulpcUplevSch ulpcUpqualCch ulpcUpqualSch dlsUsePartPrb amlePeriodLoadExchange eHrpdSectList freqEutra

t301 t302 T304 t304 T304 t304 t310 t311 cellReselectionPriorityExpiryTimer t-Evaluation t-HystNormal Tstore_UE_cntxt trackingAreaCode

uncertaintyAltitude uncertaintySemi-major uncertaintySemi-minor

Channel bandwidth

carrierFreq

SystemInfo

Multiplicity: 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 502 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

15 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 5 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 128 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 9 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 8 1

Description

For the RSRP based A1 event of serving cell for stopping of Inter-RAT (InterFreq) Measurements the UE performs periodical reporting with this indicated inte This parameter enables and disables A2 based redirection for VoLTE calls when UE has QCI1 bearer. The UE is configured to report not this be A1activated event in an infinite way when thisand parameter is set, otherwise A1 eventA2 will be onlymeasurements reported once. will be activated when A2 Redirect measurement if UE has QCI1 bearer this parameter to disabled. Handover margin for betterwill cell HO. Used in measurement event type A3 where the event isis set triggered when theRedirect neighbor cell becomes better than the serving This parameter defines the interval with which measurement reports are repeatedly sent as long as the specific criteria for the measurement event A3 are me Time for which the specific criteria for the measurement event A3 must be met in order to trigger a measurement report. Value definitions as stated in 3GPP T Defines the interval with which measurement reports are repeatedly sent as long as the specific criteria for the measurement event A5 are met. Value definitio Time for which the specific criteria for the measurement event A5 must be met in order to trigger a measurement report. Value definitions as stated in 3GPP T Indicates that access is barred for emergency calls in this cell when automatic AC barring broadcast condition is met due to BTS C-plane overload. Access barring for for MMTEL AC 10. video originating calls when automatic AC barring broadcast condition is met due to BTS C-plane overload. Access Class class barring The access barred for emergency calls flag indicates that access is barred for emergency calls in this cell. Access class barring for MMTEL voice originating calls when automatic AC barring broadcast condition is met due to BTS C-plane overload. Access class barring for mobile originating CS fallback when automatic AC barring broadcast condition is met due to BTS C-plane overload. Access class barring for originating calls when automatic AC barring broadcast condition is met due to BTS C-plane overload. Note If configured, this parameter is used to populate SIB2: ac-BarringForCSFB IE which only applies to 3GPP CSFB, i.e. UE performs the AC Barring within Access barring for signaling when automatic AC barring broadcast condition is met due to BTS C-plane overload. Access class barring call, list (5 bit) for originating when automatic AC barring broadcast condition is met IE due to BTS C-plane overload. For 3GPP2 1xCSFB UE performs the ACcalls Barring within RRC layer with SIB2:ac-BarringForMo-Data instead. Access class class barring barring list list (5 (5 bit) bit) for for originating originating calls calls when for ACautomatic 11-15 (leftmost bit isbroadcast for AC 11,condition the second bit indue theto listBTS is for AC 12,overload. and so on...). Access AC barring is met C-plane Access class class barring barring list list (5 (5 bit) bit) for for originating originating calls calls when for ACautomatic 11-15 (leftmost bit isbroadcast for AC 11,condition the second bit indue theto listBTS is for AC 12,overload. and so on...). Access AC barring is met C-plane Access for ACautomatic 11-15 (leftmost bit isbroadcast for AC 11,condition the second bit indue theto listBTS is for AC 12,overload. and so on...). Access class class barring barring list list (5 (5 bit) bit) for for originating originating calls calls when AC barring is met C-plane Access class barring list (5 bit) for originating calls for AC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on...). Access class barring list (5 bit) for signaling when automatic AC barring broadcast condition is met due to BTS C-plane overload. Access class barring list (5 bit) for signaling for AC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on...). Defines the access class barring time when automatic AC barring broadcast condition is met due to BTS C-plane overload. The access class barring time defines the time that theAC access barring checkcondition remains unsuccessful the UE is not performing an emergency call. In this Defines the access class barring time when automatic barring broadcast is met due to while BTS C-plane overload. The access class barring time defines the time that theAC access barring checkcondition remains unsuccessful the UE is not performing an emergency call. In this Defines the access class barring time when automatic barring broadcast is met due to while BTS C-plane overload. The access class barring time defines the time that theAC access barring checkcondition remains unsuccessful the UE is not performing an emergency call. In this Defines the access class barring time when automatic barring broadcast is met due to while BTS C-plane overload. The access class barring time defines the time that the access barring check remains unsuccessful while the UE is not performing an emergency call. In this Defines the access class barring time when automatic AC barring broadcast condition is met due to BTS C-plane overload. The access class barring time defines the time that the access barring check remains unsuccessful while the UE is not performing emergency call. In this Defines the probability for a UE to establish an RRC connection when automatic AC barring broadcast condition is met due to BTS an C-plane overload. The access probability for factor defines the probability a UE to establish an RRCAC connection. Defines the probability a UE to establish an RRCfor connection when automatic barring broadcast condition is met due to BTS C-plane overload. The draws a random number (0 =the rand < 1). If rand is UE higher than the an value indicated by the access probability factor, the UE considers the access barring The UE access probability factor defines probability a to establish RRC connection. Defines the probability for a UE to establish an RRCfor connection when automatic AC barring broadcast condition is met due to BTS C-plane overload. The access UE draws a random number (0 =the rand < 1). If rand is UE higher than the an value indicated by the access probability factor, the UE considers the access barring The probability factor defines probability for a to establish RRC connection. Defines the probability for a UE to establish an RRC connection when automatic AC barring broadcast condition is met due to BTS C-plane overload. The access UE draws a random number (0 =the rand < 1). If rand is UE higher than the an value indicated by the access probability factor, the UE considers the access barring The probability factor defines probability for a to establish RRC connection. Defines the probability for a UE to establish an RRC connection when automatic AC barring broadcast condition is met due to BTS C-plane overload. The UE draws a random number (0 =the rand < 1). If rand is UE higher than the an value indicated by the access probability factor, the UE considers the access barring The access probability factor defines probability for a to establish RRC connection. Offset used to calculate ACK/NACK resource from PDCCH CCE. The UE draws a random number (0 = rand < 1). If rand is higher than the value indicated by the access probability factor, the UE considers the access barring This is thethat AckNack offsetfor relative to the calls lowest index of the associated DL scheduling PDCCH. Indicates accessindex is barred emergency in CCE this cell. Access for AC 10. Access Class barringbarring for signaling. In order to avoid PUCCH overbooking respected: The access barred for emergency callsthe flagfollowing indicatesrules that should accessbe is barred for emergency calls in this cell. Access class barring for if riEnable is set to 'true' MMTEL video originating calls Access class barring MMTEL voice originating calls - maxNumRrc + max for (addAUeRrHo,addAUeTcHo) <= n1PucchAn * cellSrPeriod Set of Access Class Parameter for MMTEL video originating calls Access class barring for mobile originating CS fallback Set of Access Class Parameter for MMTEL voice originating calls eNB not check rules when actCompChecks is false. Set ofwill Access classthese barring Parameter for mobile originating CS fallback. Access class barring for originating calls. Access class barring list (5 bit) for originating calls. Note If configured, this parameter is used to populate SIB2: ac-BarringForCSFB IE which only applies to 3GPP CSFB, i.e. UE performs the AC Barring within Access Access class class barring barring list list (5 (5 bit) bit) for for originating originating calls calls. for AC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on...). Access class barring list (5 bit) for originating for within AC 11-15 bit SIB2:ac-BarringForMo-Data is for AC 11, the second bit inIEthe list is for AC 12, and so on...). Access class barring call, list (5 bit) for originating calls. For 3GPP2 1xCSFB UE performs the ACcalls Barring RRC(leftmost layer with instead. Access class barring list (5 bit) for originating calls for AC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on...). Access class barring list (5 bit) for originating calls. Access class class barring barring list list (5 (5 bit) bit) for for signaling. originating calls for AC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on...). Access Access class barringclass list (5 bit) fortime. signaling for AC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on...). Defines the access barring The access class barring time defines Defines the access class barring time. the time that the access barring check remains unsuccessful while the UE is not performing an emergency call. In this The access class barring time defines Defines the access class barring time. the time that the access barring check remains unsuccessful while the UE is not performing an emergency call. In this The access class barring time defines The access class barring time defines the the time time that that the the access access barring barring check check remains remains unsuccessful unsuccessful while while the the UE UE is is not not performing performing an an emergency emergency call. call. In In this this

The access class barring time defines the time that the access barring check remains unsuccessful while the UE is not performing an emergency call. In this Defines the probability for a UE to establish an RRC connection. The access probability for factor defines the probability a UE to establish an RRC connection. Defines the probability a UE to establish an RRCfor connection. The draws a random number (0 =the rand < 1). If rand is UE higher than the an value indicated by the access probability factor, the UE considers the access barring The UE access probability factor defines probability a to establish RRC connection. Defines the probability for a UE to establish an RRCfor connection. The UE draws a random number (0 = rand < 1). If rand is higher than the value indicated by the access probability factor, the UE considers the access barring The access probability for factor defines the probability a UE to establish an RRC connection. Defines the probability a UE to establish an RRCfor connection. The access UE draws a random number (0 =the rand < 1). If rand is UE higher than the an value indicated by the access probability factor, the UE considers the access barring The probability factor defines probability for a to establish RRC connection. Defines the probability for a UE to establish an RRC connection. The access UE draws a random number (0 =the rand < 1). If rand is UE higher than the an value indicated by the access probability factor, the UE considers the access barring The probability factor defines probability for a to establish RRC connection. Switch to activate/deactivate Outer Loop Delay Target Control (OLDTC) for voice in downlink time domain scheduling. The UE algorithm draws a random number (0 = rand < 1). If delay rand isofhigher than theinvalue indicated by the probability factor,ifthe considers the is access OLDTC measures an actual scheduling voice bearer DL and compares it toaccess a targeted delay. Then, theUE measured delay more barring than th Switch to activate/deactivate voice packet aggregation in downlink scheduler. Parameter to activate or deactivate the DRX feature in a cell. This parameter activates the feature DRX with parallel UE measurement gaps. Note formeasurement the case where periodic subband CQI reporting or (periodicCqiFeedbackType) is enabled with DRX functionality: During gaps, only drxProfile1, drxProfile2 drxSmartProfile2 can be setup at the together UE. Activates PUSCH masking It may not be possible to synchronize DRX start offset such that the wideband CQI report is received during the DRX OnDuration (due to periodicities) and tha Parameter actRIPAlarming activates/deactivates RIP alarming in the LNCEL instance. RIP alarms for the LNCEL instance are only send if the parameter is se because thisuse restriction. If the UE of can't DRX, then drxProfile1 is used. Parameter to activate deactivate thedrxProfile2 TTI Bundling feature a cell. Else if SmartDRX can'torbe used, then is used elseindrxSmartProfile2 is used. It is highlythe recommended to stay with DRX values if dlChBw is set to '1.4 MHz'. Activates features eICIC for macro and default small cells If all conditions for activation areVoLTE fulfilledtalk and gpsInUse is set to 'false' a warning shall be issued to the user to activate either GPS (gpsInUse to 'true') or actTo Activates the feature 'Extended time'

Enables "Fast Adaptive MIMO Switching" for Closed Loop MIMO modes based on PMI/RI reports sent by UEs if actFastMimoSwitch is set to TRUE. It is recommended (but not required) to also enable feature LTE1617 RLF triggered Handover, when activating LTE1113 in the macro cell in order to allow RR Enables "Dynamic Switching" if actFastMimoSwitch is set tovia FALSE. FZM: parameter is MIMO not shown at the GUI and set to false, handled PSD actFastMimoSwitch is set to TRUE: Activation of "Fast Adaptive MIMO Switching" Activate or deactivate the load adaptive number of PDCCH symbols in a cell "Fast adaptive MIMO Switching" supports fast rank selection and fast codebook based precoding of data transmission using closed loop feedback of precodin The actual OFDM symbol amount used for PDCCH in aschemes. TTI is selected from values between the minimum reasonable amount of symbols for the selected DL This parameter switch on/off the differnt Ul modulation selection. When set the to "16QAMHighMCS" MCS21-MCS24 arebearers enabled and the UL AMC proposes to the UL scheduler to use the higher 16-QAM MCS, if radio conditio Activates feature 'Nominal bitrate for non-GBR If dlChBw equals '3 MHz' it isisrecommended to set the parameter Precondition for the feature that UEActivation is a Cat.1 to"Dynamic Cat.4 device. to 'false'. actFastMimoSwitch set toloop FALSE: Activate / DeactivateisOuter Link Adaptationoffor PDCCHMIMO Switching" Cat.5 devices, which would support real 64-QAM modulation, will be asafter well filtering provided with to MCS24 (when the"Dynamic appropiated configuration ofisthis p "Dynamic MIMO Switching" supports RI an andadditional CQI based rankLoop selection CQIcodecs andThis RI up reports sentPDCCH by the UE. MIMO Switching" using O&M switch for activates activating / deactivating Outer Link Adaptation forofPDCCH. Loop Link controls the The parameter proactive UL scheduling triggered by SRB traffic in DL. This means that theadditional UL Candidate SetOuter 3 is extended byAdaptation UEs with active SRB If PDCCH OLLA is additionally based on PUSCH TX/DTX detection, PDCCH Outer Loop Link Adaptation controls the PDCCH link adaptation CQI shift such t Parameter to activate/deactivate the may Smart in a this cell.parameter is set to "16QAMHighMCS". MCS (MCS21-MCS24) for UL AMC beDRX usedfeature only when With coonfiguration "16QAM" only theand codec up‘false’, to MCS20 are via enable. FZM:the parameter is not shown at the GUI set to handled PSD "QPSK" configuration allows utilization only up to MCS10 FZM: parameter is not shown at the GUI and set to ‘false’, handled via PSD For interfrequency load balancing neighbour frequencies within the same frequency band as the frequency of the own cell shall be excluded The parameter allow to extend the number of interfrequency measurements from 3 to 6 Activates Uplink Link Adaptation and defines Link Adaptation mode When set uplink to "off"group no Uplink link in Adaptation function is active at all. Activates hopping PUSCH and PUCCH. When set to "eUlLa" the extended Uplink Link Adaptation function is activated. Additional margin on the threshold "maxGbrTrafficLimit" in case of handover for radio reasons. When set to "fUlLa" the new Fast Uplink Link Adaptation function is activated. The amount of radio (PRBs) is calculated in % the available PRBs on the system. Additional margin on resources the threshold "maxGbrTrafficLimit " inofall case fordepending timeofcritical The other choice "slowAmcOllaATB" allows to set to active theof3 handover old components the ULreasons. LA function as it was up to RL20. For 5amount MHz system 25resources PRBs*, (PRBs) is calculated in % of the available PRBs depending on the system. The of radio Additional margin for Emergency Sessions. for 10 MHz system 50 PRBs*, For 5margin MHz system 25 PRBs*, This increases themaximum thresholds for active UEs, active andaccessing active QCI1-DRBs in HO the cell. note"HO thatdesirable active QCI1-DRBs thresholds are not co Additional margin for the number of active DRBs DRBs in the cell the cell via with Please HO-cause: for radio reasons". for MHz 75 PRBs*, for 15 10 MHz system system 50 relevant PRBs*, if actIMSEmerSessR9 is set to 'true' and ignored otherwise. The parameter is only This margin is added toPRBs* the threshold maxNumActDrb. Additional margin for the maximum number of active DRBs in the cell accessing the cell via HO with HO-cause: "Time Critical HO". This margin is added to th for 20 Mhz system 100 are available. for 15 MHz system 75 PRBs*, This additional margin is used also forPUCCH, UEs accessing the cell via SIBs hand overso HO-cause: “Reducesome load in serving but only when Composite Availabl Hand over traffic shall have some preference against new upcoming traffic inwith the cell. * reduced by common resources like RACCH, PDCCH, and on,the which can consume PRBs (forcell” example three PRBs) inreasons". average. Additional margin for the maximum number of active GBRs in the cell accessing cell via hand over with HO-cause: "HO desirable for radio for 20 Mhz system 100 PRBs* are available. Emergency trafficshall shallhave havesome high preference traffic in traffic the cell. Hand over traffic preference against against normal new upcoming in the cell. This additional margin is used also UEstoaccessing the cell via hand over HO-cause: “Reduce load inHO-cause: serving cell” but only when Composite Available * reduced by common resources like PUCCH, RACCH, PDCCH, and sowith which consume some PRBs (for example three PRBs) in margin average. Additional margin for the maximum number ofincrease active GBRs in thresholds theSIBs cell accessing the via hand overthat withthe "Time Critical HO". This is adde The addEmergencySession value isfor used several and iton, has tocell becan considered, system limits are never exceeded for all resourc The additional margin on the bandwidth ofisthe Theand following values are allowed: parameter is onlytorelevant if depends "actEnhAcAndGbrServices" setcell. to True ignored otherwise. This maximum margin is added the threshold maxNumQci1Drb. The is only relevant "actEnhAcAndGbrServices" isthe set toaccessing False andthe ignored Additional margin for the maximum numberonofthe active UEs in of the cellcell. cellvalues viaotherwise. hand with HO-cause: "HO desirable for radio reasons". The parameter maximum additional marginif depends bandwidth The following are over allowed: The is only relevant if depends "actEnhAcAndGbrServices" setcell. to True and ignored otherwise. The parameter maximum additional margin the bandwidth ofisvia the The values are allowed: This additional margin used also for UEson accessing the in cell hand overfollowing with “Reduce load in serving"Time cell” but only whenThis Composite Availabl Additional margin for0 the maximum number of UEs the cell accessing theHO-cause: cell"maxGbrTrafficLimit" via hand over with HO-cause: Critical HO". margintraffic is added 1.4 bandwidth ..is200 TheMHz "addGbrTrafficRrHo" parameter should beactive configured significantly lower than the parameter to reduce admitting handover and Hand over traffic has preference against upcoming traffic in Hand over traffic has0 some some preference against new new upcoming traffic in the the cell. cell. The maximum margin depends on the bandwidth of the cell. The following values are allowed: 1.4 MHz bandwidth .. 200 The maximum margin depends on the bandwidth of the cell. The following values are allowed: 3 MHz bandwidth 0 .. 600 The additional spectrum emission mask parameter is broadcast into a cell to indicate that the UE should meet an additional requirement. "addGbrTrafficTcHo" parameter should be configured significantly lower than the parameter maxGbrTrafficLimit to reduce admitting handover traffic and 5 MHz bandwidth 0 .. 480 3 MHz MHz bandwidth bandwidth 0 0 .. .. 2520 600 5 TheMHz maximum additional margin depends on the bandwidth of the the cell. cell. The The following following values values are are allowed: allowed: Administrative state of the cell, the value ison setthe bybandwidth the operator. The maximum additional margin depends of 10 bandwidth 480 5 MHz bandwidth 00 .... 480 5 480 10MHz MHzbandwidth bandwidth00 0.... ..2520 3000 15 MHz MHz bandwidth bandwidth 0 .. .. 860 840 Parameter alarmThresholdCrossingTime defines when a RIP alarm will be raised or cleared. When the RIP value is above/below the alarm threshold for the a 10 0 3000 10 MHzbandwidth bandwidth00.....200 860 15MHz 3750 5 5 bandwidth 20MHz MHz bandwidth 0..... ..200 840 This parameter is 0 used for RIP alarms forthe Uplink Subframe. 15 MHz bandwidth 0 1030 3750 Parameter alarmThresholdULSF defines threshold for the RIP alarming for UL subframe. If the measured RIP value is above/below the threshold for at le 15 MHz bandwidth 0 .. 1030 20 4500 10 MHz MHz bandwidth bandwidth 0 0 ... ... 400 400 10 20 MHz MHz bandwidth bandwidth 0 0 .. .. 1200 1200 4500 20 The cellnote specific EPRE ratio to the cell RS (PB) can be set to zero. 15 MHz bandwidth 0 default ... 500 500 15 MHz bandwidth ... Please that PDSCH the0 value is not suitable forEPRE all bandwidths. The recommended values are: If to ‘false’ and dlRsBoost equal Ittocontrols 0dB, then index SNR 1 is chosen for(fairness) pbIndexPdsch (instead of index 0) reference symbol. 20 MHz bandwidth 0 ... 600 Used asnote a fractional path loss compensation factor:isalpha. received variance for user data and sounding 20allowPbIndexZero MHz bandwidth 0 is ...set 600 Please the default Please note that that the5.2-1). default value value is is not not suitable suitable for for all all bandwidths. bandwidths. The The recommended recommended values values are: are: (see 36.312 / Table Alpha can't control the fractional 5 MHz bandwidth 50 Altitude in meters (coded value) pathloss compensation for the sounding in the case PUSCH masking is activated (actPuschMask equal to 'true') as SRS is d It’s forthat backward compatibility withsuitable legacy for releases Note that the default default value is is not not suitable for all bandwidths. bandwidths. The The recommended recommended values values are: are: Note the all 10 MHz bandwidth 70 Relation between coded Altitude N and of absolute altitudes a (a >= 0 it encodes is the following: 5 MHz bandwidth 15 1.4 MHz bandwidth 6value Determines the amount of resources to range be blanked for PDSCH scheduling ofmeters) UE specific transmissions. 5 MHz bandwidth 20 1.4 MHz bandwidth 12 15 MHz bandwidth 70 10 MHz bandwidth 15 3 MHz bandwidth 35 Given percentage will be rounded to the next larger integer multiple of the system bandwidth allocation granularity on PDSCH (resource block gro 10 MHz bandwidth 20 3 MHz MHz bandwidth 60 the spacing between the antenna elements and is necessary for AoA dependent This parameter defines calculation. 5 bandwidth 15 5 MHz bandwidth 15 20 MHz bandwidth 90 for 0 <= Ndisables <= 2^15-2: 15 MHz bandwidth 30 5 MHz bandwidth 35 Value "0" the 15 MHz bandwidth 40PDSCH blanking sub-functionality. 5 MHz bandwidth 60 10 MHz bandwidth 15 This parameter the antenna normal direction with respect to geographical north in 0.1 degrees clockwise, i.e. from North to East. It is used for Angle 10 MHz bandwidth 20 N <= a = 2^15-1 maxNumActUE + max(addAUeRrHo, addAUeTcHo) must be less than the margin values for the used bandwidth (see values above (40,120,480,860,1030,12 extendedDrxOnly: only UEs being with extended forthe the longfor DRX cycle durations larger than(480,860,1030,1200)) 80ms maxNumActUE + max(addAUeRrHo, addAUeTcHo) must besettings less than margin values the long usedDRX bandwidth (see values above Identifier of the cell resource groupconfigured profile (CRGPR) instance which shall apply the cycle, cellfor i.e. Dependencies: Dependencies: Dependencies: allDrx: all UEs being configured for DRX provided that applied DRX profile allows Dependencies: maxNumQci1Drb + max( addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) must be less than the margin values for the used bandwidth bandwidth (see v This parameter defines the guard timer before starting automatic AC barring broadcast of overload specific parameter value in SIB messages when BTS(see C-P maxNumQci1Drb + max( addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) must be less than the margin values for the used According to above relation anofto encoded value N corresponds to abearer range combination of absolute a in metres (1) if riEnable riEnable isindependently set configured to 'true'configuration maxNumActDrb + max( max( addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) mustaltitudes be less less than than the margin margin values values for for the the used used bandwidth bandwidth (see values abov allUEs: all UEs provided that allows. (1) if is configured 'true' maxNumActDrb + addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) must be the values abo The parameter isset only relevant if DRX "actEnhAcAndGbrServices" setAC to 'false' and ignored otherwise. As per TS36.331, systemInfoValueTag should be no is more than 31 times within 3of hours. Otherwise, with a complete set messages of system(see information of parameter the guard timerchanges before stopping automatic barring broadcast overload specific UE parameter value in SIB when BTS C-P maxNumRrc +defines max (addAUeRrHo,addAUeTcHo) <= n1PucchAn n1PucchAn cellSrPeriod --This maxNumRrc + max (addAUeRrHo,addAUeTcHo) <= ** cellSrPeriod As per TS36.331, systemInfoValueTag changes should be 31 range times within 3 hours. Otherwise, UEABS withand a complete of system information of (2) if set configured to AND riPerM configured to Averaging filteris for averaging sent by no UEmore used for cell expansion (CRE) tagging for non-ABSset subframes. (2) if riEnable riEnable isconstant set configured to 'true' 'true' CQI ANDreports riPerM configured to '2' '2' than To avoid systemInfoValueTag overflow solely due to<= frequent automatic AC barring on/off, consistent checking rule shall be applied to the sum of autoAcBarr --This maxNumRrc max blankedPucch) ** 6 cqiPerNp maxNumRrc +blacklisted max (addAUeRrHo,addAUeTcHo) (addAUeRrHo,addAUeTcHo) <= (nCqiRb (nCqiRb blankedPucch) 6 ** Cells cqiPerNp is a list of + intra-frequency neighbouring cells for --active mode mobility. are identified by their PCI. To systemInfoValueTag due toconfigured frequent automatic AC barring on/off, consistent checking rule shall be applied to the sum of autoAcBarr (2) avoid if riEnable riEnable is set set configured configuredoverflow to 'true' 'true' solely AND riPerM riPerM configured to '1' '1' (2) if is AND to This parameter ismax(addAUeRrHo,addAUeTcHo) introduced toto allow blacklisting for X2-Handover only other HO* variants are still allowed -- maxNumRrc + <= -- blankedPucch) 6 maxNumRrc + respective max(addAUeRrHo,addAUeTcHo) <= (nCqiRb (nCqiRb blankedPucch) *Topology. 6 ** cqiPerNp/2 cqiPerNp/2 If set to "all" the entry in blacklistHoL is valid for all kinds of Handover If set to "onlyX2", to the respective in blacklistHoL Defines the pointer to PRB from where the CQI-allocation starts to leave some PRBs free and therefore avoidhandover interference with neighborentry bands. When set to 0 the Flexible UL Bandwidth feature is deactivated. eNB will not check these rules when actCompChecks is configured to 'false'. eNB will not check these rules when actCompChecks is configured 'false'. This parameter is only evaluated for inter eNodeB target cells whichtocan be used as target for X2-Handover as well as for S1-Handover The physical allocation policy on the RF of the PRB defined by blankedPucch follows that typical of PUCCH PRB resources, which are symmetrically distribut In other terms blankedPucch resources are distributed at the BW edges the very same way as the resources defined by nCqiRb (of which they are a subset) When set to values different from 0 all the PRBs from 0 up to "blankedPucch" value are not used by the PUCCH allocation algorithm for allocating the periodi In other words all those PRBs up to blankedPucch are skipped by the periodic CQI allocation algorithm.

Example: blankedPucch = 6 would mean that CQI-allocation will start from the seventh PRB, the PRB #6. All the PRB up to the PRB#6 excluded (three at each BW edge accordingly to PUCCH physical allocation policy) are left free, to avoid interferences with neig

Defines the 1xCSFB type which shall be used in the cell. If set to forbidden, 1xCSFB is not allowed; if set to R81xCsfbEnforced, R8 1xCSFB with redirection s This parameter indicates whether 1x cell Identifier shall be used by this cell to build IE “CDMA2000 1xRTT Pilot List” when sending UPLINK S1 CDMA2000 T Value 0 means "000": Cellthe Identifier field is not included for this report pilot. The pilot is an Switched actual 1x Fallback pilot. Defines the amount of A time eNodeB waits for a measurement for 1x Circuit (CSFB) to be received from the UE. Defines the cell ID Value 1 means "001": A 1x Cell Identifier field is included for this pilot. The pilot is an actual 1x pilot. Defines the celldefines ID usedthe by CDMA2000 this cell to build the CDMA2000 The parameter Reference Cell ID 1xRTT reference cell ID when tunnelling the CDMA2000-PDU message from UE to the proper de The parameter defines Defines the Market ID the CDMA2000 Reference Cell ID used by this cell when tunnelling the CDMA2000-PDU message from UE to the proper destination Defines ID used by this cell to build the CDMA2000 1xRTT reference cell ID when tunnelling the CDMA2000-PDU message from UE to the proper Defines the the Market sector ID Defines the the switch sector ID used by this cell to build the CDMA2000 1xRTT reference cell ID when tunnelling the CDMA2000-PDU message from UE to the proper Defines number Defines thevalue switch number by this cell to to build the CDMA2000 1xRTT reference ID when the CDMA2000-PDU message from UE to the p This timer is used for used eNodeB internally estimate the time the UE may spend cell to access thetunnelling target HRPD system after receiving RRC:MOBILITY FRO

This timer value defines the amount of time the eNodeB waits for the Downlink CDMA2000 Tunneling message from MME after forwarding the dedicatedInfo The timer value defines the amount of time the eNodeB waits to receive an UlHandoverPreparationTransfer message from UE after sending a HandoverFrom Defines the amount of time the eNodeB waits to release the UE context after sending the Mobility From Evolved Universal Terrestrial Radio Access (EUTRA) Defines the amount of time the eNodeB waits for the Downlink CDMA2000 Tunneling message after sending the Uplink Handover Preparation Transfer mess Defines the timers used to control mobility to CDMA2000 procedure. Sets the CQI Reporting Periodicity Np for CQI reporting. Range is now extended up toofinclude 80ms periodicity option. transmission (in CQI) (not applicable if actFastMimoSwitch set to 'true') CQI Threshold for activation closedthe loop MIMO dual codeword CQI threshold for activation of Open Loop MIMO Spatial Multiplexing (in CQI). For each UE, the RRC algorithm calculate and add to this parameter a specific NOffset,CQI, depending on the UE offset allocation within the chosen periodic CQI Threshold for fallback to closed loop MIMO single codeword transmission (in CQI) (not applicable if actFastMimoSwitch set to 'true') CQI threshold for fallback to Open Loop MIMO diversity (in CQI). EXAMPLE: by default valuedefines of 20mswhich only iCQI/PMI index values among 17 and 36 shall will be allocated bysame CQI/PMI allocation This parameter PCells and SCells in carrier aggregation belong to the C-RNTI group algorithm.

The cell barred flag indicates if the cell status is barred or not. A barred cell is a cell that a UE is not allowed to camp on, not even for emergency calls. If a ce In order to avoid PUCCH overbooking the following rules should be respected: Thisif parameter theand value that classifies theiscell weight relative to other types of cells in the network. The Cell Capacity Class Value only ind (1) riEnable is provides set to 'true' additionally riPerM set capacity to '2' Set this parameter to 100 the mostvalue capable type in the network, forchanged example the cells with 20 40 W, 4x4e.g. DL MIMO. Set this parameter to lower vfu This parameter theforminimum thatcell a CIO assume, when by MHz, the eNB during the intra-frequency load balancing - maxNumRrc +defines max (addAUeRrHo,addAUeTcHo) <= can (nCqiRb - blankedPucch) * 6autonomously * cqiPerNp (2) riEnable isdefines set to 'true' and additionally riPerM is set '1' Thisifparameter the maximum value that a CIO cantoassume, when changed autonomously by the eNB during e.g. the intra-frequency load balancing f - maxNumRrc + max(addAUeRrHo,addAUeTcHo) <= (nCqiRb - blankedPucch) * 6 * cqiPerNp/2 Cell Individual Offset (CIO) of own served cell for insertion into the CIO Cell List of EUTRA Serving Carrier Measurement Object Only if CIO is different from zero, will the it name. for Measurement Configuration. This allows the operator giveeNB a cellconsider a unique eNB parameter will not check these rules whentoactCompChecks is configured to 'false'. FZM, dlCellPwrRed value 0dB only supported, handled via PSD and not visible at the GUI The parameter defines an additional hysteresis value to be applied in the high mobility state to the cell reselection procedure hysteresis value (q-Hyst). Valueparameter db-6 corresponds to additional -6dB, db-4hysteresis corresponds to to -4dB so on. The defines an value be and applied in the medium mobility state to the cell reselection procedure hysteresis value (q-Hyst). Value db-6 to -6dB, db-4 corresponds Defines thecorresponds absolute priority of the serving layer. to -4dB and so on. The reselection priority parameter definesvalue the absolute of criteria the serving 0 means the lowest priority. The cell Qhyst parameter provides the hysteresis in dB forpriority ranking in thelayer. cell reselection procedure. The parameter is used to minimize pingpong.

The Treselection parameter defines the cell reselection timer value. It allows averaging of the target cell quality before cell reselection is performed. The cell reselection timer (t-ReselectionEUTRAN) is multiplied by this factor if the UE is in the medium high mobility state. The cell reselection timer (t-ReselectionEUTRAN) is multiplied by this factor if the UE is in the medium mobility state. Weight factor of the serving cell frequency layer used by round robin algorithm for idle mode load balancing. When theifparameter is notcombination defined, the is corresponding carrier is use. not used in selecting main target for IdleModeMobilityControlInfo for load balancing. Weighte Indicates the cell/PLMN reserved for operator in RRC Releaseformessage. All other target frequency for 'normal' idle mode load balancing matching and UEs configured LNCEL, IRFIM,inserted UFFIM,are CDFIM Cells reserved operatorcombination use are treated as barred UEs without a USIM with ACUE 11capabilities or 15 inserted. with ACin11 or 15 USIM spec Indicates if the cell/PLMN is reserved for by operator use. weights configured by the user. Cells reserved for operator use are treated as barred by 'normal' UEs without a USIM with AC 11 or 15 inserted. UEs with AC 11 or 15 USIM inserted are spec Reset request for Cell Will be downloaded with current timestamp to indicated resetgroups' request, new request receivesharing new timestamp The parameter activates the feature LTE1382 'Cell resource and selects thewill resource mode. and therfeore cause parameter change. Cell willallows be exceuted automatically, since parameter changecontrol requires cell lock/unlock. The reset feature pre-reservation of cell periodicity resources in the admission per PLMN group. reporting has been set to enable Define the admitted Scheduling Request in cell, once the scheduling request String is in human readable format, e.g. This parameter parameter allows is part of This the operator to specify the size of an LTE cell. Cell reset requested : YYYYMMDD hhnnss sr-ConfigIndex Controls Target SINRhhnnss in interference-aware where YYYYMMDD is timestamp. UL-PC: provides a tilt in the balancing between Target SINR in cell-center and Target SINR at cell-edge. Target SI Parameter . SeeisTS 36.213 [23,10.1].the UE History IE during an outgoing handover, according to LTE1768. This parameter used for preparing Confidence by which the position is known to be the shape description expressed as a percentage Operator define periodicity and system define anwithin allocation offset in time,; these two lelements combined define the above mentioned sr-ConfigIndex Confidence 0 means no information available Parameter to= considered configure whether common channel signalling (SI, paging RACH ) use DCI format 1A or 1C on PDCCH. It will be also Inthe order to avoid PUCCH overbooking the following should The befor respected: This parameter defines the high load for the DL GBRrules resources. value represents a percentage of PRBs available to GBR in the cell. if feature LTE1140 'Intra-frequency load balancing' is activated deriving the corresponding cellBeta co-efficient. Currently only DCI on PDCCH is supported. if is set to format 'true' 1C 'eICIC if riEnable theparameter features LTE1113/1496 micro' are activated. This defines the high loadmacro'/'eICIC for the DL GBR resources. The value represents a percentage of PRBs available to GBR in the cell. -A + max'non-balanced' (addAUeRrHo,addAUeTcHo) <= n1PucchAn *iscellSrPeriod cell feature is considered if any load component has reached its highLoad threshold. if maxNumRrc the LTE1768 'Mobility robustness optimization ping-pong' activated. Target load for usage of GBR Uu I/F resources in DL direction. if the feature LTE1800 'Downlink interference shaping' is activated. A cell is considered 'non-balanced' if any load component has reached its highLoad threshold. Target value for Outer Loop Delay Target Control. eNB will not check these rules when actCompChecks is false. If all load components (GBR, non-GBR, PDCCH) indicatedaby the loadtarget. evaluation profile selected in 'mlbEicicOperMode' are below their individual target load This parameter defines a probability of very_small packets exceeding Determines if the interference shaping sub-functionality be delay active For FZ indoor AP, cellType must set to (0). shallset Target Load represents the operating point = load at which the cell should work according to its dimensioning and the traffic model. This parameter defines the highofload the DL non-GBR resources. The represents a percentage of the non-GBR load scale 0 and 100.never offer any Because of using the minimum the for values, if either targetLoadGbrDl or value targetLoadNonGbrDl or targetLoadPdcch are set to 0%, the cell will This parameter defines the high load for the DL non-GBR resources. The value represents a percentage of the non-GBR load scale 0 and 100. A cell is considered 'non-balanced' if any load component has reached its highLoad threshold. Target load for usage of nonGBR Uu I/F resources in DL direction. A cell is considered 'non-balanced' if any load component has reached its highLoad threshold. The parameter determines the multiplier for non-GBR (non-Guaranteed Bit Rate) radio bearers AMBR (Aggregated Maximum Bit Rate) in order to consider o If all load components (GBR, non-GBR, PDCCH) indicated by the load evaluation profile selected in 'mlbEicicOperMode' are below their individual target load Defines target Block Error Ratio (BLER) for downlink Link Adaptation in percents. Used with downlink Outer loop Link Quality Control (OLQC) functionality. Target Load represents the operating point = load at which the cell should work according to its dimensioning and the traffic model. Dedicated for DL LA %values, for QCI1 Because ofBLER usingtarget the minimum of in the if either targetLoadGbrDl or targetLoadNonGbrDl or targetLoadPdcch are set to 0%, the cell will never offer any This parameter determines whether the device type "noBenFromBatConsumpOpt" of the UE shall be considered for DRX configuration. Such an UEthe does not foresee benefit from NW-based battery consumption optimisation. Configures Inactivity Timertoforparticularly DRX. The Inactivity Timer determines the number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a If drxApplyDeviceType is set to "APPLY" and the device type is "noBenFromBatConsumpOpt", DRX will not be activated for this UE.

Configures the Inactivity Timer for DRX. The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. The Inactivity Timer determines the number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures the Inactivity Timer for DRX. The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for The Inactivity determines theDRX. number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a Configures theTimer Inactivity Timer for The Inactivity Configures theTimer long determines DRX cycle. the number of consecutive PDCCH-subframes for which the UE monitors the PDCCH after decoding an UL or DL resource a The long DRX determines Configures the cycle long DRX cycle. the periodic repetition of the DRX On Duration. The long DRX cycle determines Configures the long DRX cycle. the periodic repetition of the DRX On Duration. The long DRX determines periodic repetition of the DRX On Configures the cycle long DRX cycle. Itthe is recommended to use carefully theDuration. 40 ms value, as so far tested UEs are not able to do ReportCGI measurement with this The long DRX determines Configures the cycle long DRX Cycle. the periodic repetition of the DRX On Duration. The long DRX determines Configures the cycle long DRX cycle. the periodic repetition of the DRX On Duration. The long DRX cycle determines Configures the long DRX cycle. the periodic repetition of the DRX On Duration. The long DRX determines Configures the cycle long DRX cycle. the periodic repetition of the DRX On Duration. The long DRX determines Configures the cycle long DRX cycle. the periodic repetition of the DRX On Duration. The long DRX determines Configures the cycle long DRX cycle. the periodic repetition of the DRX On Duration. The long DRX determines periodic repetition of the DRX Configures the cycle long DRX cycle. Itthe is recommended to carefully useOn theDuration. 40?? ms value, as so far tested UEs are not able to do ReportCGI measurement with The long DRX cycle determines the periodic repetition of the DRX On Duration. Configures the On Duration Timer for DRX. The On Duration the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the Ondetermines Duration Timer for DRX. The On Duration the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the Ondetermines Duration Timer for DRX. Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. The On Duration the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the Ondetermines Duration Timer for DRX. The On Duration the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the Ondetermines Duration Timer for DRX. The On Duration determines the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the On Duration Timer for DRX. The On Duration determines the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the On Duration Timer for DRX. The On Duration the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the Ondetermines Duration Timer for DRX. Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. The On Duration the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the Ondetermines Duration Timer for DRX. Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. The On Duration the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the Ondetermines Duration Timer for DRX. The On Duration determines the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH. Configures the On Duration Timer for DRX. The On Duration determines the number of consecutive PDCCH-subframes at the beginning of a DRX cycle during which the UE monitors the PDCCH Profile 1 of DRX configuration parameters. Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. Profile 101 for disabling DRX. Profile of DRX configuration parameters. Profile for LTEparameters intra-frequency ANR measurements Configuration for Profile 102 This Profile is parameters used for UE-based UTRAN Configuration for Profile 103 ANR measurements. Profile inter-frequency ANR measurements Profile for 2 ofLTE DRX configuration parameters. Profile voice optimized setting of DRX parameters. Profile enables 3 of DRXaconfiguration parameters. Profile 4 forofnon-GBR bearers that allows short settings of the long DRX cycle. Profile DRX configuration parameters. Profile 5 forofnon-GBR bearers that allows medium settings of the long DRX cycle. Profile DRX configuration parameters. Profile fits latency requirements the corresponding traffic of upDRX to 500ms; Profile DRX for non-GBR bearers thatofallows long settings of the long cycle. could be used, e.g., for IMS signalling. Smart profile index. Profile fitsidentifies corresponding traffic with no specific latency requirements; could be used, e.g., for Web browsing. Uniquely a DRX profile. Smart DRX profile index. Uniquely identifies DRX profile index. a DRX profile. Uniquely identifies a DRX profile. Smart DRX profile index. Uniquely identifies DRX profile index. a DRX profile. Uniquely identifies DRX profile index. a DRX profile. Uniquely identifies DRX profile index. a DRX profile. Uniquely identifies DRX profile index a DRX profile. Uniquely identifies DRX profile index. a DRX profile. Uniquely identifies DRX profile index a DRX profile. Uniquely identifies a DRX profile. Smart DRX profile index. Uniquely identifies DRX profile index. a DRX profile. Uniquely identifies DRX profile priority.a DRX profile. DRX profile priority. Applied to identify the DRX profile to be used if a UE has multiple bearers established. DRX profile priority. Note: Modification of DRX is notif recommended; preparation for future use. Applied to identify the DRXprofile profilepriority to be used a UE has multiple bearers established. DRX profile priority. Note: Modification of DRX is notif recommended; preparation for future use. Applied to identify the DRXprofile profilepriority to be used a UE has multiple bearers established. DRX profile priority. Note: Modification of DRX profile priority is not recommended; preparation for future use. Applied to identify the DRX profile to be used if a UE has multiple bearers established. Note: Modification of DRX is notif recommended; preparation for future use. Applied to identify the DRXprofile profilepriority to be used a UE has multiple bearers established. Note: Modification of DRX profile priority is not recommended; preparation for future use.

DRX profile priority. DRX profile priority. Applied to identify the DRX profile to be used if a UE has multiple bearers established. Smart DRX profile priority. Note: Modification of DRX is notif recommended; preparation for future use. Applied to identify the DRXprofile profilepriority to be used a UE has multiple bearers established. Smart DRX profile priority. Note: Modification of DRX profile recommended; for future use. Applied to identify the Smart DRXpriority profile is to not be used if a UE haspreparation multiple bearers established. Smart DRX profile priority. Note: Modification of DRX profile priority is not recommended; preparation for future use. Applied to identify the Smart DRX profile to be used if a UE has multiple bearers established. Smart DRX profile priority. Note: Modification of DRX profile priority is not recommended; preparation for future use. Applied to identify the Smart DRX profile to be used if a UE has multiple bearers established. DRX profile priority. Note: Modification of DRX profile recommended; for future use. Applied to identify the Smart DRXpriority profile is to not be used if a UE haspreparation multiple bearers established. Configures the Retransmission Timer for DRX. Note: Modification of Smart DRX profile priority is UE not has recommended; preparation for future use. Applied to identify the DRX profile to be used if a multiple bearers established. The Retransmission Timer determines theDRX. maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for Note: Modification of DRX profile priority is not recommended; preparation for future use. The Retransmission Timer determines theDRX. maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. The Retransmission Timer determines theDRX. maximum number of PDCCH-subframes for which the UE monitors the PDCCH as soon as a retransmission in DL Configures the Retransmission Timer for Note: It is not recommended to set this timer to shorter values than the default value to allow sufficient scheduling flexibility. The Retransmission Timer determines the maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for DRX. The Retransmission Timer determines the maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for DRX. The Retransmission Timer determines theDRX. maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for The Retransmission Timer determines theDRX. maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for Note: It is not recommended to set this timer to shorter values than the default value to allow sufficient scheduling flexibility. The Retransmission Timer determines theDRX. maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for The Retransmission Timer determines the maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the Retransmission Timer for DRX. Note: It is not recommended to set this timer to shorter values than the default value to allow for sufficient scheduling flexibility. The Retransmission Timer determines the maximum number of PDCCH-subframes for which a UE monitors the PDCCH as soon as a retransmission in DL is Configures the Retransmission Timer for DRX. The Retransmission determines the maximum number of PDCCH-subframes a UE monitors the PDCCH as soon as a retransmission in DL is expected Configures the short Timer DRX cycle. It is recommended toDRX set this parameter to smaller value than drxLongCycle. Configures the short cycle. It is recommended toDRX set this parameter equal to the drxLongCycle in order to optimize battery consumption during VoLTE calls. Configures the short cycle. It is recommended to set this parameter to smaller value than drxLongCycle. Configures the short DRX cycle. It is recommended to set this parameter Configures the short DRX cycle timer. to smaller value than drxLongCycle. Integer value with drxShortCycle to determine the run time of short DRX cycle. Configures themultiplied short DRX cycle timer. In case value the parameter drxShortCycle is set <= '20', then itthe is recommended to DRX set drxShortCycleTimer to '16'. Integer with drxShortCycle to determine run time of short cycle. Configures themultiplied short DRX cycle timer. In case value the parameter drxShortCycle is set to '20', then itthe is recommended to set drxShortCycleTimer to '16'. Integer multiplied with drxShortCycle to determine run time of short DRX cycle. Configures the short DRX cycle timer. Integer multiplied with drxShortCycle to determine the run time of short DRX cycle. Profile 2value of Smart DRX configuration parameters. In caseallows the parameter drxShortCycle is set <= '40', then it is recommended to set drxShortCycleTimer to '16'. Profile for an voice optimized setting of DRX parameters. Profile 3 of Smart DRX configuration parameters. In case the parameter drxLongCycle is set to '640' and the parameter drxShortCycle is set to '80', then it is sufficient and recommended to set drxShortCycleT Smart DRX ProfileDRX for both GBR and parameters. non-GBR bearers. Profile 4 of Smart configuration Profile 5 forofnon-GBR bearers that allows for medium settings of the long DRX cycle. Profile Smart DRX configuration parameters. Profile for fits for latencybearers requirements of the traffic of upDRX to 500ms; could be used, for example for IMS signaling. Profile allows forcorresponding long settings of the long cycle. This is thenon-GBR maximum numberthat of the allowed dedicated Scheduling Requests. Once this limit is exceeded, UE releases all PUCCH resources. The value 4n c Profile fits for corresponding traffic with no specific latency requirements; could be used, for example for Web browsing. Defines the default Channel Quality Indicator (CQI) value for downlink Link Adaptation use. Default CQI is used when there is no valid CQI available, that is, a Indirectly provides the UE-specific maximum time within which the UE must receive a valid uplink grant for a new transmission on UL-SCH. If this time expires The default paging cycle defines the cell-specific paging DRX cycle duration. It also determines the maximum paging DRX duration applicable in the cell. transmission maximum. Referredintodegrees as ' T ' in(coded TS 36.304. Latitude value)Value rf32 corresponds to 32 radio frames, rf64 corresponds to 64 radio frames and so on. Relation between coded Degrees of latitude N and range of absolute latitudes X (0° <= X <= 90°) it encodes is the following: Longitude in degrees (coded This is avalue) delta cyclic shift for PUCCH formats 1/1a/1b. The shift is the cyclic shift difference between two adjacent ACK/NACK/Scheduling Request resources for 0 <= Nbetween <= 2^23-2: Relation coded Degrees of longitude N and range of absolute longitudes X (-180° <= X < +180°) it encodes is the following: Used for the calculation N <= 2^23/90*X < N+1 of P0_NOMINAL_PUSCH(j=2) for PUSCH (re)transmission corresponding to the random access response grant. The defines N <=parameter 2^24/360*X < N+1the transport format dependent offset in power control for PUCCH format 1. for = 2^23-1: defines the transport format dependent offset in power control for PUCCH format 1b. TheNparameter N <= 2^23/90*X <= N+1 N is coded in 2'sdefines complement binary format on 24 bits. The parameter the transport dependent offset in power control for PUCCH format 2. The parameter defines the transport format dependent offset in control for PUCCH format According to to above above relation relation an an encoded encoded value value N corresponds corresponds topower a range range of absolute absolute latitudes XX in2a. degrees According N to a of longitudes in degrees The parameter defines the transport format dependent offset in power control for PUCCH format 2b. dFListPucch: SEQUENCE (see values below) Represents height above resp. depth below WGS84 ellipsoid surface Cell specific downlink transmission/mimo mode The used DL mimo each physical is the following: Transmission powermode of thefor Physical Control channel Format Indicator Channel is boosted by set value Transmission power of the Physical Hybrid ARQ Indicator Channel is boosted by set value SingleTx: Single Stream Downlink: All downlink physical channels are transmitted using this mode; Downlink channel bandwidth defines the DL bandwidth for the eNode-B transmission in a cell, and also defines the number of available Physical Resource Bl The downlink channel bandwidth mapping to number Physical Resource Blocks is: Mode 2. Dedicated configuration used forTransmit DL interference shaping TXDiv: Single Stream Downlink Diversity for of two antennas using Transmission 5.0 MHz = 25 DL PRBS The instance ID of the DL interference shaping profile that shall be used for subscribers served by this LNCEL. 10.0 MHzOpen = 50 DL PRBS Dynamic Loop MIMO: Dynamic Open Loop MIMO: SRB1 (DCCH) and RBs(DTCH) on PDSCH are transmitted using either Single Stream Downlink Tra This is a trigger condition for power headroom submission due to pathloss change; named ULATB_DLPL_CHANGE in RRM SFS. 15.0 MHz = 75 DL PRBS"Dynamic If dlMimoMode is set MIMO", mimoOlCqiThD, mimoOlCqiThU, mimoOlRiThD, mimoOlRiThU are relevant. Default values will be use As a default, a profile to with ishPrId Open = 0 willLoop be used if not configured otherwise. Transmission power of the downlink reference signals in a cell is boosted (positive value) respectively deboosted (negative value) compared to PDSCH 20.0 MHz = 100 DL PRBS Identifies the Mimo: geographical position the transmit antenna for positioning purposes. Closed Loop Dynamic ClosedofLoop MIMO: SRB1 (DCCH) and RBs(DTCH) on PDSCH are transmitted using either Single Stream Downlink Transmit D It is expressed as point with altitude and PLMN uncertainty ellipsoid according to TS 23.032 Downlink Transmit Diversity. The E-UTRAN cellellipsoid identifier is unique within one and has a length of 28 bits. The leftmost 20 bits of the value correspond to the value of the eNB ID (p The position is reported within the LPPa OTDOA Information Exchange procedure if requested by E-SMLC. E-UTRA Absolute Radio Frequency Channel Number in downlink. In case dlMimoMode is set to "Dynamic Open Loop MIMO" or "Closed Loop Mimo" it is recommended to set riEnable to value 'true' to enable dynamic switch Supported Bands and related downlink EARFCNs arein the following: E-UTRA Frequency Channel Number downlink. In case ofAbsolute multipleRadio transmit antennas, a geographical mean value should be calculated as "logical antenna" Band 1 (2110-2170 MHz): 0 - 599 Supported and downlink EARFCNs are ECGI of theBands eICIC macro partner If dlMimoMode is set torelated "SingleTX", dlpcMimoComp is the not following: applicable. The default value is used implicitly. Band 2 (1930-1990 MHz): 600 1199 Band 1 (2110-2170 MHz): 0 - 599 Band 1949 Band 3 2 (1805-1880 (1930-1990 MHz): MHz): 1200 600 - -1199 Band 3 4 (1805-1880 (2110-2155 MHz): Band MHz): 1950 1200 -- 2399 1949 Band 4 5 (2110-2155 (869-894 MHz): 2400 - 2649 Band MHz): 1950 - 2399 Band Band 6 5 (875-885 (869-894 MHz): MHz): 2650 2400 -- 2749 2649 Band MHz): 2750 - 3449 Band 7 6 (2620-2690 (875-885 MHz): 2650 - 2749 Band 7 8 (2620-2690 (925-960 MHz): 3450 - 3799 Band MHz): 2750 - 3449 Band 8 9 (925-960 (1844.9-1879.9 Band MHz): MHz): 3450 -3800 3799- 4149 Band (2110-2170 MHz): 4150 - 4749 Band 10 9 (1844.9-1879.9 MHz): 3800 - 4149

An element of the emAreaIdList identifies an Emergency Area ID (emAreaId) of the eNB cell. Multiple emAreaId's may be64 configured for the eNB cell.adaptation use in PDSCH. Enables/disables downlink QAM modulation for link The parameter defines the switch for enable/disable Channel Quality Indicator (CQI) based Adaptive Modulation and Coding (AMC) for PDCCH link adaptatio An 'emAreaId' ID may be used in signalling messages received via S1-i/f to indicate the set of cells with emergency impact (e.g. which have to broadcast the O&M for enabling / disabling downlink Adaptive Modulation and Coding. If e.g. switch a WRITE-REPLACE WARNING REQUEST message with 'emAreaId' is received, the warning message shall be broadcasted by an eNB cell if 'pwsWit O&M switch for enabling / disabling downlink Outer loop Link Quality Control which is acting based on the 1st transmission HARQ result, that is, 1st transmiss The parameter defines the switch for enabling / disabling power control on PDCCH. If the parameter is disabled, a flat downlink Power Spectral Density (PSD O&M switch for enabling/disabling the counting of all Transport Blocks instead of the 1st transmission Transport Blocks for defining uplink Adaptive Modulatio O&M switch for enabling / disabling aperiodic CQI / RI / PMI reporting on PUSCH. Flag if better cell HO is enabled. Flag if coverage HO is enabled. The parameter defines if downlink Link Adaptation is allowed to select the 16QAM modulation for PDSCH. The parameter dlInterferenceEnable is used for enabling and disabling interference generation in downlink. The parameter determines the enabling/disabling switch for automatic selection of lower aggregation during PDCCH scheduling. This means that a required a decreases number of blocked UEs in casefunctionality of PDCCH on/off resource deficiency, and gives possibility greater number of PDCCH messages per TTI. A correspon The parameter switches the rate capping in downlink direction. Rate capping for functionality in downlink restricts non-GBR (non-Guaranteed

Enabling/disabling of rate capping in uplink. There are some restrictions for utilitizing the automatic lower aggregation for an UE: The switches Restricted RB Assignment functionality on/off in the downlink direction. When the functionality is enabled, the UE-specific PRB assig - theparameter required aggregation shall be at least 4, PRB assignment functionality -Enabling/disabling enableAmcPdcchthe andrestricted enablePcPdcch shall be enabled, and in uplink. -O&M usedswitch PDCCH all uplinksimultaneous and downlinktransmission allocations shall exceedCQI a limit by the threshold pdcchLowAggTh total PDCCH capacity for alloc for capacity enablingfor / disabling of periodic / RIdefined / PMI feedback and HARQ ACK/NACK onofPUCCH. Enabling/disabling of the transport format dependent offset on a per UE basis. If this parameter is "true", PUSCH power calculation in UE uplink power contro The parameter will be ignored if dlChBw is set to '1.4 MHz'. Energy Saving state of the cell. The Saving state value set by the counter eNB. histogram range (set), which should be aligned with the expected size of the cell from preceeding network This Energy parameter determines the is appropriate Dedicated configuration for extended VoiP talk time for QCI1 When not externally triggered by Outer Loop Link Adaptation (OLLA), the Adaptive Transmission Bandwidth (ATB) algorithm will be activated when the amou Averaging window for BLER in E-ULA. It is expressed number of TTI when been actively scheduled Incremental andindecremental factor forUE thehas Adaptive Transmission Bandwidth's calculation of allocable PRBs Multiplying the amount PRBs by this factor the total amount allocable PRBs is decreasing. Defines how many MCSofindexes above the minimal MCS indexofare required before ATB may increase the amount of allocable PRBs Dividing the amount of PRBs by this factor, then the number of allocable PRB is increasing Defines the lowest possible MCS index before Adaptive Transmission Bandwith (ATB) algorithm may act and decrease the amount of allocable PRBs. Defines the lowest possible amount of allocable PRBs This parameter shall be always bigger or equal to redBwMinRbUl The defines the than threshold under which the OLLA DCM triggers an earlier ATB calculation. It hasparameter always values <=0. This defines absolute TX frequency in kHz for overriding normal filter center frequency tuning. Filter coefficient for RSRP measurements used to calculate path loss as specified in [3GPP-36.213. 5.1.1.1]. Value fc0 corresponds to k = 0, fc1 corresponds This parameter can be used to override normal filter tuning to minimize noise to neighboring frequency band. If the parameter value is not defined, TX filter fr Specifies the filtering coefficient used for UTRA-WCDMA CSFB Cpich-Ecn0 Specifies within the measurement Specifies the the filtering filtering coefficient coefficient used used for for Cpich-Ecn0 UTRA-WCDMA CSFB Cpich-RSCP quantity configuration of UTRA-WCDMA Specifies used for for RSRP Cpich-RSCP within measurement quantity configuration of UTRA-WCDMA Specifies the the filtering filtering coefficient coefficient used (to be set in the QuantityConfigEUTRA)

Specifies the filtering coefficient used for RSRQ (to be set in QuantityConfigEUTRA) Specifies the filtering coefficient used for RSSI Specifies the measurement quantity configuration of GERAN Specifies the the filtering filtering coefficient coefficient used used for for RSSI UTRAwithin Cpich-RSCP Specifies the filtering coefficient used for Cpich-RSCP within the measurement quantity configuration of UTRA Specifies the filtering coefficient used for UTRA Cpich-EcNo Specifies filtering coefficient used forThe Cpich-EcNo the measurement quantity configuration UTRA. These arethe further PLMN IDs of the cell. parameterwithin indicates which operators' (PLMNID) networksofare available from the cell. These PLMN identities have filterCoefficientCpichRscp within quantity configuration of UTRA is an optional IE The primary ifPLMN IDwhich has tolayer be provided separately eNB.if congestion is detected by layer 2. Determines and on congestion handlingfor is the applied filterCoefficientCpichEcNo within quantity configuration of UTRA is an optional IE It is highly recommended configurePUSCH the value '"l2andl3" if 'Enhanced AC and GBR services' are activated, that is if "actEnhAcandGbrServices" equals True. The parameter defines thetoassigned group.

Dedicated HARQ and BLER reconfiguration timer for QCI1. When this timer expires UL-S and/or DL-S are entitled to perform a reconfiguration of HARQ and Defines the timers used to control mobility to CDMA2000 HRPD Defines highspeed scenario for a cell. Scenario 1 (open spaceifscenario) and scenario 3 (tunnelorscenario). This parameter defines hopping is only inter-subframe both inter- and intra-subframe. This parameter defines the hysteresis when determining whether DL GBR resource load is balanced or unbalanced. The value represents a percentage of th Scenarios are described in 36.141 Annex B.3: This parameter defines Scenario 1: Open spacethe hysteresis when determining whether DL Non-GBR resource load is balanced or unbalanced. The value represents a percentage This parameter defines the hysteresis when determining whether PDCCH load is balanced or unbalanced. The value represents a percentage of the availabl Scenario 3: Tunnel for multi-antennas Identity of the cell in the ECGI of the eCICI macro partner Identity of the eNB in the ECGI of the eICIC macro partner Only if the Composite Available Capacity (CAC) is below or equal to this threshold, idle mode load balancing actions shall be triggered. Defines the time period for the indication of the UE inactivity in both DL and UL directions. The willdefines dynamically change the value parameter inactivityTimer forused eachon UEPDSCH which is DRX. ThePCH valueorconfigured at cellmessages. setup will s The eNodeB parameter an initial Modulation andofCoding Scheme (MCS) to be forconfigured other use for than BCCH, random access The parameter defines an initial Modulation and Coding Scheme (MCS) to be used on PUSCH for other use than random access message 3. iniMcsDl is applicable for PDSCH LA only if both dlOlqcEnable and dlamcEnable are set to 'false' where it determines the static target code rate for PDSCH u Defines the initial amount of maximum PRBs in uplink. This timer is assigned to all active UEs to trigger a cyclical re-check if they can be inter-frequency or UTRAN load balancing candidates. The basic given by operator is dynamically adapted depending on number of active UEs in the cell to restrict the timer expiry rate Defines thevalue thresholds forthe inter-frequency and inter-RAT measurements. Not recognized by UEs < Rel9

Power threshold Not recognized Quality treshold by UEs < Rel9 Not recognized by UEs the < Rel9 The parameter defines inter-frequency service based handover retry timer. The value is assigned to all active UEs to trigger a cyclical re-check if they can The value given by the operator used directly(in asdB) timer rate.and inter-frequency measurements. The basic sNonintrsearch parameter definesisthe threshold forexpiry inter-RAT High Load for usage of GBR Uu I/F resources in DL direction. High treshold that controls Inter Frequency Load Balancing. High Load Load is forthe usage of PDCCH Uu I/F the resources High Load is the treshold that controls the InterContext Frequency Load Balancing. Timer is started when S1AP sends back Initial Setup Response. After Timer expiration it is checked whether or not the UE has a QCI1 bearer. If iFLBHighLoadGBRDL and iFLBHighLoadNonGBRDL and iFLBHighLoadPdcch are set to 100%, the cell will never enter active Inter Frequency Load Balanc List of Target Load and High Load Thresholds for Inter Frequency Load Balancing If iFLBHighLoadGBRDL andQCI1 iFLBHighLoadNonGBRDL and iFLBHighLoadPdcch are set to Load 100%,Balancing. the cell will never enter Frequency Load Balanc The value 31represents indicates that (VOIP) bearer are not excluded the work Inter according Frequency Note whenactive QCI1Inter check not is performed, the Target Load the operating point = load at which the cellfrom should to its dimensioning and that the traffic model. High is Load the treshold High Load for usage of nonGBR Uu I/F resources in DL direction. In LTE1387 UEs with QCI1 (VOIP) bearer are excluded from the Inter Frequency Load Balancing. As the bearer establishment takes some time, SW has to w High Load isinterference-aware the treshold that controls the Inter Frequency Load Balancing. Configures uplink power control

The dlInterferenceLevel parameter defines percentage of physical resource blocks (PRB) that are used for downlink data and interference transmission. If iFLBHighLoadGBRDL and iFLBHighLoadNonGBRDL and iFLBHighLoadPdcch are set to 100%, the cell will never enter active Inter Frequency Load Balanc Offset value applicable to the EUTRA serving carrier frequency. The IE Q-OffsetRange is used to indicate a cellevaluation or frequency specific offset to be applied when evaluating candidates for cell re-selection or when evaluating Common settings for load balancing and load related features. Used to control cell reselection on intra-frequency cells when the highest ranked cell is barred, or is considered as barred by the UE, as specified in TS 36.30 This structure holds parameters for the load thresholds for intra-frequency load balancing Power threshold Not recognized by UEs < Rel9 Quality threshold Not recognized byparameter UEs < Rel9 The Sintrasearch defines the threshold (in dB) for intra-frequency measurements. The UE can omit measurements of intra-frequency neighbor cells if the serving cell is above a certain threshold. Defines the thresholds for intra-frequency measurements. Not recognized by UEs < Rel9. Intra-frequency reselection timer EUTRA. The UE can omit measurements of intra-frequency neighbor cells if the serving cell is above a certain threshold. Instance identifier of the object LNCEL. This parameter is used only for O&M purposes. Defines the Modulation and Coding Scheme (MCS) to be used for large size random access message 3 in case of initial access or handover. Important Note: Last SPID value if a range of SPID values shall be mapped to a Mobility Profile. If thesize lnCelId shall besize modified it is Access recommended to use BTSSM. The BTSSMon willthe automatically perform a full commissioning instead of a delta commissionin The of the large Random Msg3 may be restricted depending setting of raLargeMcsUl. 3GPP 36.300 defines the following SPIDlatitude range: Distinguishes between north and south ulChBw1-128 = '1.4are Mhz', if raLargeMcsUl is equal to the default, the TBS of Msg3 is 328 bit Values Operator specific SPIDs Length PUSCH mask in the UL spectrum. length is TBS defined by number ulChBwof= the '3 Mhz', if raLargeMcsUl is equal to theThe default, the of Msg3 is 504 of bitPRBs. This parameter selects the cell load balancing profile. From the profile parameters controlling the cell load condition will be derived. Values 129-256 are Reference SPID values This parameter defines filter coefficient used for each of the load measurements (exponential filter). Reference SPIDs have the following meaning: SPID 256 High prio to eUTRA, Medium prio to UTRAN, Low prio to GERAN This value is multiplied by tLoadMeasX2 to define the periodicity with which the collected available resource reports from the enquired neighbor cells are eva SPID 255 High prio to UTRAN, Medium prio to GERAN, Low prio to eUTRA FZM: parameter is not shown at the GUI and set to 2, handled via PSD SPID 254 High prio to GERAN, Medium prio to UTRAN, Low prio to eUTRA This timer defines the periodicity according which neighbor cells are requested to report their available resource status FZM: parameter is not shown at the GUI and set to 2000, handled via PSD Each eHRPD sector-ID which is configured for preregistration is associated with this loadbalancing factor to allow for loadbalancing according to a weighted r ID of the Local Cell Resource. The value for each cell shall be unique in the eNB. Lower threshold of the power control window for the RSSI (signal level) for PUCCH component Lower threshold of the power control window for the RSSI (signal level) for PUSCH / SRS component Lower threshold of the power control window for the SINR (signal quality) for PUCCH component Lower threshold of the power control window for the SINR (signal quality) for PUSCH / SRS component MCC in the ECGI of the eCICI macro partner Closed Loop MIMO parameter configuration. Those parameter need to be configured only if dlMimoMode is configured to "Closed Loop Mimo" or "Closed Lo Open Loop MIMO parameter configuration. Those parameter need to be configured only if dlMimoMode is configured to "Dynamic Open Loop MIMO". Sets the compensation in 'TXDiv', '4-way TXDiv', 2x2 MIMO SM and 4x2 MIMO SM case into the DL power control. MNC in the ECGI of the eCICI macro partner Compensation of MIMO Coverage effects for MIMO Spatial Multiplexing and MIMO Diversity MNC length in the ECGI of the eCICI macro partner The parameter determines the power compensation factor for antenna-specific maximum power in case of a downlink transmission using at least two TX ante FZM: parameter is not signal showntransmission. at the GUI and set that to ‘50’, via PSD cell-specific reference Note onlyhandled the limited set of dlpcMimoComp values (0dB, 1.77dB, 3dB, 4.77dB, 6dB) can be communicated to Threshold for the maximum number of established QCI1-GBR-DRBs in theset cell. especially 64QAM, if other values than the values presented in the limited (0dB, 1.77dB, 3dB, 4.77dB, 6dB) are used. The parameter is ifonly if "actEnhAcAndGbrServices" isBoost set and ignored otherwise. Please note, therelevant Cell-Specific Reference Symbol Power activated by setting the dlRsBoost parameter, only the values 0dB and 3dB are allowe Threshold forthat the maximum number of established DRBs in the cell.tois'false' QCI1-DRBs arenumber additional data radio bearers in the cell and also checked against the threshold maxNumActDrb. The of established DRBs the are bandwidth FZM:maximum parameter is not shown at the GUI anddepends set to 0, on handled via PSD of the cell. The following values are allowed: The parameter will be ignored if dlChBw is set to '1.4 MHz'. This maximum parameteradditional describesmargin how many activeonmode load equalization handovers per partner cell are allowed between two CAC reports received from The depends the bandwidth of the cell. The following valuesneighbor are allowed: 5 MHz bandwidth 0 .. 2520 Indicates the maximum number of transmissions that is configured for a UE in TTI bundling operation. 10 MHz bandwidth 0 .. 3000 5 MHz 200 Maximum number 0 of aggregated VoIP packets in UL (with Inter Arrival Time of 20 ms) 15 MHzbandwidth bandwidth 0.... 3750 10 bandwidth 0 400 Defines the maximum number of UE's VoIP uplink packets which may power be aggregated for UL transmission based ontoa calculate IAT of 20 the ms.parameter If the IAT of the VoIP packets is 10 ms 20 MHz MHz bandwidth 0 .. ..to 4500 The IE P-Max is used limit the transmission on a carrier frequency; it is also used P-compensation defined in 15 MHz .. 500 Note thatbandwidth values of 0the parameter are {1,2,3,4} regardless of Inter Arrival Time, therefore following mapping is used to configure UL Packet Aggregation for IA Corresponds to parameter PEMAX inthe TS 36.101. The value of this parameter defines boundary of G2 CIO for the CIO adaptation algorithm in the non-macro cell 20 MHznote bandwidth .. 600 value is not suitable for all bandwidths. The recommended values are: Please that power the0 default The transmit should isnot exceed then the minimum ofofthis value (in dBm), if provided, and thevalue maximum power for the UE power class, PUMAX, as s If theUE dynamic CIO adaptation disabled, theofvalue this defines the static CIO for G2.UE The value of this parameter defines the boundary G3 CIO for parameter the CIO adaptation algorithm in the non-macro cell If the dynamic CIO adaptation is disabled, then the value of this parameter defines the static CIO value for G3. Please note that the default value is not suitable for all bandwidths. The recommended values are: Maximum radio resource consumption (PRBs) for GBR traffic in UL and DL 5 MHz bandwidth 480 For eICIC, a cell is defined as 'non-macro' if the parameter LNCEL-cellType has either one of the values {'medium', 'small', 'verysmall'}. The amount of radio resources (PRBs) calculated in %UE of in theUL available 10 MHz bandwidth 600 Maximum number of PRBs allocated forisNBR traffic per and DL.PRBs depending on the system. For eICIC, a cell is75 defined as 'non-macro' if the parameter LNCEL-cellType has either one of the values {'medium', 'small', 'verysmall'}. 5 MHz bandwidth For 5 MHz system 25 PRBs* 15 bandwidth 1200 TheMHz amount of radio resources (PRBs) isIfcalculated in individual %for of the available PRBs system. Maximum combined radio resource consumption (PRBs) GBR and NBR trafficdepending ininUL DL. Values -7dB and -9dB are invalid values. set, the cell offset configured theand UEon is the changed from -7dB to -6dB / -9dB to -8dB. 10 MHz MHz bandwidth 100 for MHz system 1200 50 PRBs* 20 bandwidth For10 5amount MHz system PRBs*, (PRBs) is calculated in % of the available PRBs depending on the system. The of radio25 resources This is the maximum number of simultaneous users scheduled in a TTI in downlink. Recommendation: 15 MHz bandwidth 100 for 10 15 MHz MHz system system 50 75 PRBs*, PRBs* for For 5 MHz system 100 25 and PRBs*, Recommendation: eIcicMaxG2CioMacro eIcicMaxG2CioNonMacro should have the same absolute value but with different signs. 20 MHz bandwidth for 20 MHz Mhz system 100 PRBs* are available Dependencies: for 15 75 PRBs*, for 10 MHz system system 50are PRBs*, eIcicMaxG2CioMacro and eIcicMaxG2CioNonMacro should have the same absolute value but with different signs. The following values allowed: *maxNumActDrb reduced by common resources like PUCCH, RACCH, PDCCH, SIBs etc. whichmust can consume some (e.g. 3 PRBs) in average. + max( addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) be less than thePRBs margin values for the used bandwidth (see values abo for 15 20 MHz Mhz system PRBs* are available. for system 100 75 PRBs*, Dependencies: * reduced by common resources like PUCCH, RACCH, PDCCH, SIBs etc. which can consume some PRBs (e.g. 3 PRBs) in average. for 20 Mhz system 100 PRBs* are available. 1.4 bandwidth 1..relevant 7 addNumQci1DrbRadioReasHo, maxNumQci1Drb + max( addNumQci1DrbTimeCriticalHo) must be less than the margin values for the used bandwidth (see v TheMHz parameter is only if "actEnhAcAndGbrServices" is set to 'true' and ignored otherwise. * reduced by common 3 MHz bandwidth: 1..7 resources like PUCCH, RACCH, PDCCH, SIBs etc. which can consume some PRBs (e.g. 3 PRBs) in average. 5 MHz bandwidth 1 .. 7 10 MHz bandwidth 1 .. 14 15 MHz bandwidth 1 .. 17 20 MHz bandwidth 1 .. 20

This is the maximum number of simultaneous users scheduled in a TTI in uplink. Maximum Bit Rate that shall not be exceeded in DL (configured value is limitation on TTI base, i.e. a calculation on maximum bitrate per TTI is done) The values are allowed: This following parameter notUE used any longer for UEs having carrier aggregation Inand caseMaximum CA-UEs Bitrate are treated Selects whetheristhe Capability or O&M parameters limits the Maximumactivated. Bitrate UL DL the limitations are taken from the 3 GPP-stan That's why the range of this parameter must not be adapted higher transmission ratesparameters defined withare Rel10! if UE capabilities respectively the UE categories areTTI. used thetolimit is per UE; if the O&M used the limit is for all UEs in the cell. Maximum bit rate that shall not be exceeded in UL 5 MHz bandwidth 1 .. 7 In case of using DL carrier aggregation for an UE this selector is ignored and in any case the standardized limits (3GPP 36.306) are used for max. number of The parameter defines the maximum code rate for System Information Broadcast. This maximum coderate is taken into account during PDSCH scheduling. 10 MHz bandwidth 1 .. 14 15 bandwidth 1 .. 17 TheMHz parameter defines the maximum code rate for paging. This maximum code rate is taken into account during PDSCH scheduling. Recommendation: 20 MHz bandwidth 1 .. 20 The parameter defines the maximum code rate for random access procedure messages 2 (RA response). This maximum code rate is taken into account duri For cells with a bandwidth of 1.4 MHz the code rate should be >= 0.12 as lower code rates may not be reached. Note: The parameter defines the maximum code rate for random access procedure messages 4 (SRB0 message). This maximum code rate is taken into account d Please note that the default value is not suitable for bandwidths. The amount of paging records being transmitted perall paging occasion is limited such that the configured code rate is not exceeded; a single paging record is t Note: The maximum content resolution timer parameter defines the maximum amount of time allowed for contention resolution. For small bandwidth system the number of RAR records per RAR message is limited such that the configured code rate is not exceeded; a single RAR record Note: Threshold for the maximum number of UEs in the cell which may establish a RRC connection, used to admit RRC connections for emergency calls. For small bandwidth system a sufficient number of HARQ retransmission or according segmentation is applied in order to reach to the configured code rate. In order tothe give emergency sessions moretransmissions chance to be established normalfor traffic becell. greater than maxNumRrc + max(a Indicates maximum number of HARQ in DL that is than configured eachmaxNumRrcEmergency UE at initial access to ashould specific The parameter is only relevant if actEmerCallRedir is set to 'true' OR actIMSEmerSessR9 is set to 'true' and ignored otherwise. Indicates the dedicated Maximum number of HARQ transmission for QCI1 in DL, when in RRC_Connect mode in the cell. This setting used not only at aof QCI1 bearer setup and when that the UE's throughput belowatainitial calculated throughput threshold Indicates theismaximum number HARQ transmissions is configured for falls each The emergency call is only recognized when the UE wasininUL idle state before initiating the UE connection. access to a specific cell. Indicates the dedicated number on of HARQ transmission QCI1 UL, which is configured for each UE when in RRC_Connect mode in the cell. The maximum additionalMaximum margin depends the bandwidth of thefor cell. Theinfollowing values are allowed: 5 MHz bandwidth 0 .. 480 The parameter defines how many OFDM symbols can be used for PDCCH channel transmission. eNB selects based on usage the actual value for each TTI, 10 MHz bandwidth 0 .. 600 This parameter defines the maximum UE-specific PRB assingment per TTI in downlink. Note that this value will be rounded up in the RRM algorithm to fit the 15 MHz bandwidth .. 720 If dlChBw equals '3 0MHz' it is recommended to set the parameter to '3'. Defines maximum of PRBs which may be assigned to a UE scheduled in UL when restricted PRB assignment in uplink is enabled. 20 MHz the bandwidth 0 .. number 840 Note that the actual amount of PRBsof inUEs UL allocation of the form 2^i*3^j*5^k where i, j and k are non-negative integers, so effectively the value will be Threshold for the maximum number in the cellmust whichbemay establish a RRC connection. This threshold includes resource usage of UEs using this cell Active as SCell inrecommended caseUEs of Carrier Aggregation. Please note the default value is not suitable forinall bandwidths. The are: DRB. Threshold forthat the maximum number of active UEs the cell. UEs are with atvalues least one Please note that the 5 MHz bandwidth 440default value is not suitable for all bandwidths. The recommended values are: Maximum number of consecutive "in-sync" indications received from lower layers. - if ulChBw is set to560 '1.4 MHz':6on the bandwidth of the cell. The following values are allowed: The maximum value depends 10 MHz Note thatbandwidth default value is so noton. suitable for all bandwidths. User shall configure this parameter based on different bandwidth and BTS type. n1 corresponds and number -Defines if ulChBw ismaximum settoto1'3 MHz': 15of LB partner candidates that a cell will establish LB partnerships with. 15 MHz the bandwidth 800 -5 if ulChBw is set to '5 MHz': 25 Indicates the maximum number on of HARQ transmissions used for message 3 of the contention-based random access procedure. MHz bandwidth 0800 .. 480 20 MHz bandwidth The maximum margin depends the bandwidth of the cell. - if ulChBw is set to0'10 MHz': 50 10 bandwidth ..number 600 This is the maximum of consecutive "outoutdoor of sync"AP: indications received from lower layers. TheMHz following values are allowed for Flexi Micro -Dependencies: if ulChBw is set to0'15 MHz': 75 15 MHz bandwidth ..480 720 n1 corresponds to 0 1 .. and so maximum on. 5 MHz bandwidth This parameter defines the output power of the cell. The maximum output power is the maximum value for the linear sum of the power of all downli -20 if ulChBw is set to '20 MHz':100 MHz bandwidth bandwidth 0 .. .. 600 840 sessions more chance to be established than normal traffic maxNumRrcEmergency should be greater than maxNumRrc + max(a In order to give emergency 10 MHz 0 Defines which quantity to use for Event B1 measurements towards this frequency set in QuantityConfigUTRA-FDD. The parameter is only relevant if actEmerCallRedir is set 'true' OR actIMSEmerSessR9 is set to 'true' and ignored otherwise. 15 bandwidth 0 ..range 720 of maximum ForMHz FZ indoor AP, the output power isforto 17the dBm to 24 dBm; The quantities used to evaluate the triggering condition event. Defines which quantity to use for Event B2 measurements towards this frequency set invalues QuantityConfigUTRA Please note that the default value is not suitable for all bandwidths. The recommended are: 20 MHz bandwidth 0the .. 840 For FZ outdoor AP, range of maximum output power is 24 dBm to 37 dBm; cpich-RSCP corresponds to CPICH_RSCP in TS 25.133 for FDD,beand P-CCPCH_RSCP in TS 25.123 for TDD. In order towhich avoid PUCCHInformation overbooking the is following rules respected: Indicates System Block contained in should the SI-2 message. cpich-EcN0 corresponds to CPICH_Ec/No in TS 25.133for forthe FDD only, and is not applicable for TDD. The quantities used toare evaluate condition event. 5 MHz bandwidth 300 The parameter System Information Mapping Information indicates which System Information Blocks is contained in the SI-2 message. following values allowedthe for2triggering Flexi Micro indoor in AP: Indicates which System Information is to contained the SI-3 message. This parameter refers to event B1 forBlock CSFB WCDMA. cpich-RSCP corresponds to CPICH_RSCP in TS 25.133 for FDD. 10 MHz bandwidth 300 (1) if riEnable is set to 'true' 5 MHz bandwidth 0 .. 240 The parameter System Information 3 Mapping Information indicates which System Block is contained in thefor SI-3 message. Selects a working mode for UL power control. Offers various combinations betweenInformation open-loop and closed-loop control PUCCH and PUSCH/SRS power. cpich-EcN0 corresponds to CPICH_Ec/No in TS 25.133 for FDD. 15 maxNumRrcEmergency <= n1PucchAn * cellSrPeriod 10 MHz MHz bandwidth bandwidth 0600 .. 300 values: Minimum required quality level in intra-frequency neighbor cells This parameter refers to event B2 for HO to WCDMA. 20 MHz bandwidth 600 (2) if riEnable is set to 'true' AND riPerM is set to '2' 15 MHz bandwidth 0 .. 360 PuschOLPucchOL: PUSCH open loop, open loop; Not recognized by UEs <<= Rel9 maxNumRrcEmergency nCqiRb 6 *PUCCH cqiPerNp Specifies the minimum required RX *RSRP level for the intra-frequency neighbouring E-UTRA cells. 20 MHz bandwidth 0PUSCH .. 400 PuschOLPucchCL: openriPerM loop, PUCCH closed Dependencies: (3) if riEnable is set to 'true' AND is set to '1' areloop; (Qrxlevmin in 36.304) Defines the minimum PRB allocation for UEs which power limited. PuschCLPucchOL: PUSCH closed addAUeTcHo) loop, PUCCH open loop; maxNumRrc + max(addAUeRrHo, must be less than thetomargin values foristhe usedto bandwidth (see values (480,750,1250,1500)) maxNumRrcEmergency <= nCqiRb * 6 * cqiPerNp/2 This is used for the UEs forforwhich the maximum of PRBs due limited lowgo values <= defined 5).aboveby Minimum quality measure interference-aware UL-PC. Target SINR forpower UEs inlimitation poor conditions cannot below(e.g. a limit this parameter even if the PuschCLPucchCL: PUSCH closed loop, PUCCHnumber closed loop; Defines a minimum quality level in linear scale isrules aismultiplier to to arespected: reference SINR calculated from ulpcRefPwrIAw UE's ULinput, signal plus noise. PuschCLSrsPucchOL: PUSCH closed loop withthat SRS input, PUCCH open loop; PuschCLSrsPucchCL: PUSCH closed and loopthe with SRS PUCCH closed lo Defines minimum UL TBS (segment size). In order to avoid PUCCH overbooking the following should be eNB will the not check these rules when actCompChecks configured 'false'. PuschIAwPucchCL: PUSCH closed loop. block size (TBS) in the Table 7.1.7.2.1-1 in 3GPP TS 36.213. The limit theto range isinterference-aware, defined to thePUCCH minimum transport (1) iflower riEnable isofset 'true'be Minimum bit rate that shall granted equal in DL TTI. - maxNumRrc + max (addAUeRrHo,addAUeTcHo) Minimum bit rate that shall be granted in UL TTI. <= n1PucchAn * cellSrPeriod The limitisof the is defined equalriPerM to the TBS to modulation order 2 and 10 PRBs. (2) ifupper riEnable set to range 'true' and additionally is setbelonging to '2' This parameter+defines the minimum signal difference and the source cell required for triggering an intra-frequency CIO adjustment due to - maxNumRrc max (addAUeRrHo,addAUeTcHo) <= between nCqiRb *the 6 *target cqiPerNp Defines the minimum of PRBs whichriPerM may beisassigned (3) if riEnable is set tonumber 'true' and additionally set to '1' to a UE scheduled in UL when restricted PRB assignment in uplink is enabled. However, a low Note that the actual amount of PRBs UL allocation be of* the form 2^i*3^j*5^k where i, j and k are non-negative integers, so effectively the value will be - maxNumRrc + max(addAUeRrHo,addAUeTcHo) <=must nCqiRb 6 * cqiPerNp/2 Minimum required quality level in the in cell. Not recognized by UEs required < Rel9. RX RSRP level in the cell. Specifies the minimum eNB will notincheck these rules when actCompChecks is configured to 'false'. (Qrxlevmin 36.304) Minimum required quality level and quality level offset in the cell. Not recognized by UEs < Rel9. Minimum number of TTIs (ms) that must pass before another UL power decision is made for a UE. The Mobile Country Code parameter indicates the Mobile Country Code and is part of the PLMN identifier. Indicates the Mobile Country Code of the PLMN ID that shall be mapped to a Mobility Profile. Indicates the Mobile Network Code of the PLMN ID that shall be mapped to a Mobility Profile. The Mobile Network Code parameter indicates the Mobile Network Code and is part of the PLMN identifier. The actual range of the MNC depends on the MNC length in the configured entry of the Mobility Profiles Mapping List. The Mobile Network Code length parameter indicates the length of the Mobile Network Code, either 2 or 3 digits. Indicates the length of the Mobile Network Code of the PLMN ID that shall be mapped to a Mobility Profile. Identifier of the Mobility Profile, which shall be mapped to one or more SPIDs and/or PLMN IDs. This parameter maps UE's serving PLMN ID and the UE's SPID (Subscriber Profile ID) to mobility profiles. Several SPIDs, ranges of SPIDs, PLMN combination of SPIDs or SPID rangesinand The number of cell changes to enter the IDs highormobility state. Corresponds to NCR_H TS PLMN 36.304.IDs can be mapped to a common Mobility Profile.

The number of cell changes to enter the medium mobility state. Corresponds to NCR_M in TS 36.304. The additional duration for evaluating criteria to enter the normal mobility state. Corresponds to TCRmaxHyst in TS 36.304. Value in seconds, s30 correspond The duration for evaluating criteria to enter mobility states. Corresponds to TCRmax in TS 36.304. Value in seconds, s30 corresponds to 30 s and so on. This parameter selects the cell load evaluation profile. The selected profile controls the cell resources that are included in the determination of the load condi The parameter defines the length of the modification period. Modification period = modificationPeriodCoeff * defaultPagingCycle ms.used for generated downlink interference. That is, for a non-existing UE the downl The dlInterferenceModulation parameter defines modulation scheme/ 10 to be Modification period is equal or lower than 1024. (n2 corresponds to value 2, n4 corresponds to value 4 and n8 corresponds to value 8.)

Multiplication factor for the QCI1 traffic (based on GBR) to achieve the qci1MaxThroughputDl. Multiplication factor for the QCI1 traffic (based on GBR) to achieve the qci1MaxThroughputUl. Multiplier M for defining periodic RI feedback reporting period. It defines the multiplier for the cqiPerNp which results in the periodicity for RI periodic reports. R alternate). Determine if congestion handling shall be applied if congestion is detected by layer 2. It issetting highly recommended to in configure the value to 'true' ifUL-PC 'Nominal bitrate for non-GBR bearers' is activated, i.e. if actNbrForNonGbrBearers is set to 'true'. P0 that is broadcast SIB2 if interference-aware is activated. ulpcAlpha beofset "alpha 1" bearer for interference-aware Defines themust value thetonon-GBR weights sum thatUL-PC. leads to a non-GBR load value of 100%. Example: set nomNumPrbNonGbr = 1/20 if a weight sum

This parameter defines the cell specific nominal power to be used for PUCCH power calculation in UE uplink power control equation (P2), for controlling mea This parameter defines the cell specific nominal power for the PUSCH. Used for P0_PUSCH calculation in UE uplink power control equation (P1) for controlli The parameter defines the number of cell changes to enter the high mobility state. For the idle mode, it corresponds to NCR_H in TS 36.304. The parameter defines the number of cell changes to enter the medium mobility state. For idle mode, it corresponds to NCR_M in TS 36.304. This parameter determines the total number of non-dedicated RA preambles that a UE can select from (i.e. for contention based RA). The minimum cannot b Offset to the signaled qQualMinR9 taken into account in the Squal evaluation as a result of a periodic search for a higher priority PLMN while camped normal Not by UEsstate < Rel9. Thisrecognized is the operational of the cell, the value is set by the system. Orientation of major axis of uncertainty ellipsoid measured clockwise from north Timer to guard against gathering of all measurements requested by eSMLC for Location Services. The fine-tuning parameter for adjustment of measured and averaged CQI towards lower or higher aggregation in PDCCH Link Adaptation. Supported measurements are The parameter defines default aggregation for UE to be used in PDCCH Link Adaptation when enableAmcPdcch has been disabled or when enableAmcPdcc - Angle of Arrivalgives (AoA) The parameter the initial starting point for PDCCH shift dynamic control in case actOlLaPdcch is true. allocationType balance -PDCCH Timing Advance 2 initial between UL and DL for load adaptive PDCCH parameter defines reserved number of Control Channel for boosting dedicatedinRandom Access Message 4 assignment on PDCCH. -The Timing Advance Type the 1CQI The configured PDCCH shift value is automatically adjusted Elements for control(CCEs) channels need basis. The parameter determines initial value the PDCCH allocation balance constant between uplink and downlink. The Load Adaptive PDCCH algorithm optimizes -PDCCH RSRP measurement (periodic/reportStrongestCells) aggregation for paging defines how many CCEs shall be used for one PDCCH. In fact, the PDCCH UE-specific search space capacity is divided into uplink and downlink based on the parameter before dynamic schedulings. - RSRQ measurement (periodic/reportStrongestCells) PDCCH aggregation for Random Access message definesconstant) how many CCEs used for one PDCCH. The parameter pdcchUlDlBal (PDCCH LAresponse UL DL allocation balance has beenare originally introduced as fixed factor of split of UL and DL PDCCH reso PDCCH for secondary system information defines how CCEs should be used for one PDCCH. The timeraggregation is stopped when all collected measurements are ready to many be sent to the eSMLC. The parameter defines the aggregation level by means of control channel elements (CCEs) for preamble assignments on PDCCH. The preamble assignmen Please note that the parameter is ignored if dlChBw is set to '1.4 MHz'. The parameter defines the limit for PDCCH allocations. PDCCH UE-specific search space capacity is multiplied by this factor. BLER target for PDCCH outer loop link adaptation in percent. The parameter will beError ignored if dlChBw is set to '1.4and MHz'. Defines target Block ULvalue HARQ responseafor initial downlink for PDCCH Outer Loop Link Adaptation in perce This parameter defines theRatio high (BLER) load for of thePDCCH PDCCH. The represents percentage of thetransmissions available PDCCH resources in the cell. If PDCCH OLLA is additionally based on PUSCH TX/DTX detection, the parameter defines target Block Error Ratio (BLER) of PDCCH and PUSCH missed de This parameter high load for the PDCCH. value represents If dlChBw equalsdefines '3 MHz'the it is recommended to set theThe parameter to '1.0'. a percentage of the available PDCCH resources in the cell. A cell is considered 'non-balanced' if any load component has reached its highLoad threshold. Target load for usage of PDCCH Uu I/F resources. A cell is considered 'non-balanced' if any load component has reached its highLoad threshold. Indicates the duration of PHICH. When phichDur is set to value (Normal), PHICH is transmitted in the first OFDMA symbol, and when phichDur is set to value If all load components (GBR, non-GBR, PDCCH) indicated by the load evaluation profile selected in 'mlbEicicOperMode' are below their individual target load The Physical Hybrid ARQ Indicatior Channel (PHICH) carries the hybrid-ARQ ACK/NAK. Multiple PHICHs mapped to the same set of resource elements cons Target Load represents in thesystem operating point = load at which the to its the traffic model. phichDur is transmitted information as information is cell cell should specific,work andaccording all UEs need todimensioning know whetherand to receive PHICH from 1 or 3 symbols. Defines frame and subframe for random access attempts, and the preamble format. Becauseallowed of usingsystem the minimum of the values, numbers if either targetLoadGbrDl or targetLoadNonGbrDl or targetLoadPdcch are set to 0%, the cell will never offer any Preamblealso cyclic shift theon configuration which is used for preamble generation. The Therefore, configuration determines many cyclic(Extended), shifts are needed to gen phichDur puts a defines lower limit the size of the control region signalled by the PCFICH. when phichDurhow is set to value three OFDMA Configuration also defines the zero zone and respective maximum cell range. Defines the location in frequency forcorrelation the PRACH transmissions. For scheduling its recommended PRACH determines is located next to PUCCH either on the or upper edge bandwidth because UL PRB allocation fo HintUL for cellsflag withfor bandwidth 1.4 MHz:that High speed PRACH preamble generation whether an unrestricted or alower restricted set has to of bethe used by the UE. number ofimproved PRBs forPDCCH PUCCH, so PHICH that PRACH is located nextbe to achieved PUCCH. if extended PHICH is configured. A slightly and performance could false = Unrestricted; true Restricted Number of DL Frames that=are used for PRS per PRS occasion for FDD. With this PRS transmission can be repeated within a PRS occasion in order to incre It is recommended to set set the to value such that PRACH does notDuration") overlap with RBs are anddistributed is located over adjacent to PUCCH; thusso recommended parameter a Rationale: with phichDur 1 (meaning "extended PHICH thePUCCH PHICH REs 3 OFDMA symbols, both time diversity for PH If Diversity is enabled for PRS transmission, then precoding vector switching willedge, be used 1)Tx roundup((MaxPucchResourceSize+blankedPucch)/2) if it is located at the lower or and therefore all configured Tx antennas will be used for the tran Activates the PRBs)-6-roundup((MaxPucchResourceSize+blankedPucch)/2 transmission of PRS signals according to the PRS configuration. 2) ulChBw(in ) if it is located at the upper edge of the PUSCH area PRS Bandwidth in terms of PRBs The MaxPucchResourceSize in above defines the maximum number of allocated PUCCH RBs, and it defined in nCqiRb parameter. Determines the periodicity and offset of the PRS occasions for FDD Defines the PRS Muting pattern that is applied. 151-157: period if the parameter is omitted Muting will160ms be deactivated The prsMutingInfo is a bit string consisting of 16 bit. Only the first prsMutingInfoPatternLen bits will be taken into account starting from prsMutingInfoBit1. 471-477: 320ms period This means the first prsMutingInfoPatternLen of the bit string will determine PRS Muting Info pattern a givenstarts periodicity. Details of The prsMutingInfoPatternLen determines howbits many PRSprsMutingInfo Muting Info Bits are used to describethe PRS muting sequence. Thewith sequence from the prsMutin 1111-1117: 640ms period Muting configuration allows to increase the reuse of the PRS signal. PRS of individual cells can be muted in order to increase hearability of cells with the sam Power Boosting for PRS increases hearability and allows for a more flexible use of the DL Tx power. 2391-2397: 1280ms period The offset be computed according to 3GPP TS 36.211 The periodicity parameter and nCqiRb is can the number of Physical Resource Blocks that areRel9 reserved for PUCCH formats 2/2a/2b/3. With de-boosting it is possible to lower PRS power in interference sensitive areas. Number of cyclic shifts for PUCCH formats 1/1a/1b in a resource block used for a mix of formats 1/1a/b and 2/2a/2b. PRS power is related to DL RS power, and when prsPowerBoost is set to value 0dB, and dlRsBoostAll is other set toparameters same 0dB value, PRS and DL RS has same pow It is part of the set which defines the maximum PUCCH allocation called MaxPucchResourceSize. are related to each other according to The parameter defines the delta offset index for the decoding of the HARQ ACK / NACK information on PUSCH channel. MaxPucchResourceSize = nCqiRb + roundup{[((rounddown (((maxNrSymPdcch * 12 - X) * dlChBw - roundup (phichRes * (dlChBw / 8)) * 12 - 16) / 36)) + n1 The parameter defines the delta offsetisindex for Power the decoding Channel Qualitybut Indicator (CQI) / precoding indicator information on PUSCH chan Note also the case when actPrsTxDiv TRUE. is sameofinthe each TX Antenna, as PRS is transmitted atmatrix the same time from each used TX Antenna, where The parameter defines the delta index for the of the'TXDiv', Rank Indicator the PUSCH channel. X=4; when maxNrSymPdcch = 1 offset or dlMimoMode setdecoding to 'SingleTX', 'Dynamicinformation Open LooponMIMO' or 'Closed Loop Mimo' Example 1: X=8 > 1 of and dlMimoMode setintothe '4-way TXDiv' or 'Closed Loop MIMO (4x2)' Tablewhen whichmaxNrSymPdcch defines the location the PUSCH mask UL spectrum. dlMimoMode is set to TxDiv, value -3 dB sets the sum of PRS power to equal to DL RS power. Paging nB defines the number of possible paging occasions per radio frame, i.e. the density of paging occasions. This parameter is used to calculate the num All parameters in this formula are configuration parameters, while MaxPucchResourceSize is a calculated value that has a maximum allowed value, which sh Percentage of MaxPucchResourceSize UE to be selected for IdleisMode Load Balancing.the correct offset allocation of the PRACH resources and to verify that the maximal allowed am Example Therefore2:the utilized to determine dlMimoMode setperiodic to 4-wayBuffer TxDiv,Status value Report -6 dB sets the reporting sum of PRS power to equal to DLbuffer RS power. Time period ofisthe for the of the UE transmission utilization. In order to avoid PUCCH overbooking the following rules should be respected: Parameter determines if Wideband CQI or UE_selected subband CQI report mode for periodic CQI reporting on PUCCH or PUSCH should be used. Example 3: set to 'true' AND riPerM set to '2' (1) If riEnable If periodicCqiFeedbackType set to UE_selected subband CQI this means that UEs supporting subband CQI (prooved via check of FGI) use it and UEs whic Periodic subband CQI cyclesisK dlMimoMode is+set to (addAUeRrHo,addAUeTcHo) Closed Loop MIMO (4x2), value dB sets- blankedPucch) the sum of PRS* power to equal to DL RS power. -Between maxNumRrc max <= -3 (nCqiRb * cqiPerNp consecutive periodicperiodic wideband CQIheadroom reporting occurrences each subband6CQI report might be transmitted as many times as the parameter shows. UE configuration for sending power reports. (2) If riEnable set to 'true' AND riPerM set to '1' Note for the case where periodic subband CQI reporting is enabled together with DRX functionality (actDrx): parameter offset for periodic Rank Indicator reporting instance.CQI The the time shiftthe for DRX the periodic CQI/PMI instance. The -The +defines max(addAUeRrHo,addAUeTcHo) <= (nCqiRb - the blankedPucch) * 6report *offset cqiPerNp/2 It maxNumRrc may not be possible tothe synchronize DRX start offset such that wideband istells received during OnDuration (duereporting to periodicities) and tha Configuration ofrestriction. periodical measurements for Location Services because of this This structure must be configured to enable the eNB to support LPPa Location Service requests for RSRP and RSRQ measurements.

Periodicity of this SI-Message. For SI-message containing SIB10/11/12 (warning notifications) a small value, for example 80ms should be used. This SI-Message is broadcasted with the administered periodicity. Indicates the periodicity of the SI-2 message. The parameter System period Information Periodicity indicates the repetition period of the SI-2 message. Indicates the repetition of the2SI-3 message. The parameter System Information Periodicity Physical layer cell identity defines a 3cell uniquely.indicates the repetition period of the SI-3 message. It consists of twodefines parts; physical layer cell physical identity, andhas is calculated with the following formula: This parameter the maximum timeidentity intervalgroup whichand may elapse layer from when a UE left a cell by handover till when it returns to that cell by another han physical layer cell identity = 3 x physical layer cell identity group + physical layer identity. Pmax to be used for the intra-frequency neighboring EUTRA cells. If pmax is absent, the maximum power according to the UE capability is used. UE specificforpower offset to be used for Sounding Reference Signal transmission power calculation in UE uplink power control equation (P3). Guidance configuration: The powercells ramping step size parameter defines increment for Random Access which preamble transmission. Neighbor should have different values, and the in apower three cell eNB allstep cellssize should have phyCellId belongs to same physical layer cell identity group. F Note: The actual power offset depends on value of deltaTfEnabled. The parameter defines the initial power for Random Access preamble transmission. For deltaTfEnabled = 'true' (KS = 1.25) the actual parameter value is "srsPwrOffset-3" corresponding to the dB-range of -3 dB to 12 dB in steps of 1 dB. For d The preamble transmission maximum defines the maximum number of Random Access transmissions. Note: Thewhether values n50, n100 and n200cells should be used. Indicates all the neighboring usenot Antenna Port 1. When set to TRUE, the UE may assume that at least cell-specific antenna ports are used in all neighboring cells. Minimum intermediate time between two consecutive two Power Headroom Reports. Affects the minimum required RX level in the cell. This specifies the Squal threshold used by the UE on the serving cell when reselecting towards a lower priority RAT/ frequency. Not recognized by UEsthe < Rel9 The timer determines maximum time between QCI1 bearer establishment and the release of the UE to RRC idle mode. QCI1 establishment starts a configurable timer which thegroups UE in of RRC connected mode even if there is no activity (e.g. during ringtone) until timer expiry Path loss threshold in dB required for selecting one ofkeeps the two Random Access preambles. The UE will only use preambles from group B if it needs to send a large Msg3 AND its measured path loss number. is less than Pmax - PREAMBLE_INITIAL_RECEIV The premable generation is started from the Root Sequence which is pointed by the logical root sequence 64 preambles can be transmitted in the PR value. RACH root sequence is transmitted in system information. FZM: parameter is not shown at the GUI and set to deafult value as "0 dB", handled via PSD Parameter ripAlarmingConfig is used to activate/deactivate as well as to configure the threshold and duration for RIP alarming. Threshold for RSRP of serving cell for start of CDMA2000-1XRTT measurements when UE has QCI1 bearer. Threshold Forstart a UE QCI1 bearer andor if RSRP value is belowmeasurements threshold2CkQci1 (event A2) then CDMA2000-1XRTT measurem Threshold for for RSRP RSRP of of serving serving cell. cell for of with CDMA2000-eHRPD CDMA2000-1XRTT If actServBasedMobThr (LTE2112/LTE64) is disabled or this parameter is not configured, then threshold2C2k(LTE738) is used Structure containing the RSRQ parameters for mobility triggers Threshold for RSRP of serving cell. If value below threshold2Cdma2k (event A2) then CDMA2000-eHRPD or CDMA2000-1XRTT measurements are started. Structure containing the RSRQ parameters for 9.1.4 redirection. Value-Range follows 3GPP TS chapter Value-Range follows 3GPP TS 36.133 36.133 chapterstructure 9.1.4 "RSRQ redirection parameters" are also set. It is recommended that parameters of parent Defines the size of the Random Access preambles Group A. The dBmAccess value is isResponse mapped to toWindow the 3GPP 3GPP IEparameter value according according tothe TSwindow 36.133:size for the random access response in TTIs. Random SizeIE definesto The dBm value mapped the value TS 36.133: -140 dBm dBm means means a threshold threshold lower lower than -140 dBm **Defines -140 the randomachallenge value. than -140 dBm ** values between -139 dBm and -44 but higher or to -- 1 values between dBm -44 dBm dBm mean mean a a threshold threshold lower lower than than the the configured configured value value but higher than than or equal equal to the the (value (valueprocedure; 1 dB) dB) This parameter is -139 sentofin theand RRC during CDMA2000 1xRTT pre-registration and it is also sen the number PCIs in theCSFBParametersResponseCDMA2000 range or (including startPCI). If Parameter messages rangePCI is only one, PCI (startPCI) is specified. *Indicates * -43 -43 dBm dBm means means a a threshold threshold higher higher than than or equal equal to to -44 -44 dBm dBm Determines whether RI reporting is enabled (true) or not (false). Rank Threshold for activation of closed loop MIMO dual codeword transmission (not applicable if actFastMimoSwitch set to 'true') Rank threshold for activation of Open Loop MIMO Spatial Multiplexing. Rank Threshold for fallback to closed loop MIMO single codeword transmission (not applicable if actFastMimoSwitch set to 'true') Rank threshold for fallback to Open Loop MIMO diversity. Margin factor for the comparison of the measured AMBR and the UE AMBR in uplink. Controls Target SINR in interference-aware UL-PC: provides an equal shift of Target SINR for all UEs in the cell, regardless of their pathloss ratios. Related hysteresis of threshold for RSRP of serving cell for start of CDMA2000-eHRPD or CDMA2000-1XRTT measurements Related Hysteresis of Handover Margin for Better Cell Handover of Intra-Frequency Parameter is is used used within within the the entry entry and and leave leave condition condition of of the the A3 A2 triggered triggered reporting reporting condition. The IE value is multiplied by 2. Parameter Related Hysteresis of Threshold for RSRQ of serving cell for mobility measurementscondition. activation. Parameter is used within the entry and leave condition of the A2-RSRQ triggered Related Hysteresis of Threshold for RSRQ of serving cell for redirection trigger. reporting condition. The dB values are within mapped 3GPP IE leave valuescondition according 36.331: triggered IE value =reporting value [dB] *2 Parameter is used thetoentry of to theTS A2-RSRQ condition. Related Hysteresis of Threshold forand RSRP of serving cell for start of GERAN measurements The IE value is multiplied by 2. Parameter is used within the entry leave of for thestart A2 triggered reporting condition. The IE value is multiplied by 2. Related Hysteresis of Threshold forand RSRP of condition serving cell of WCDMA measurements Parameter is used within the entry leave of for thestart A2 triggered reporting condition. The IE value is multiplied by 2. Related Hysteresis of Threshold forand RSRP of condition serving cell of inter frequency measurements Parameter is used within the entry leave of for thestopping A2 triggered reporting(InterFreq) condition. The IE value is multiplied by 2. Related Hysteresis of Threshold forand RSRP of condition serving cell of Inter-RAT Measurements Parameter is used within the entry and leave condition of the A1 triggered reporting condition. The IE value is multiplied by 2. Related Hysteresis of Threshold for RSRP of serving cell for redirection trigger Parameter is used within the entry and leave condition of the A2 triggered reporting condition. The IE value is multiplied by 2. Related Hysteresis of Handover Margin for Coverage Handover of Intra-Frequency Parameter is used must withinbe theset entry and leavehandled condition the A5 triggered reporting condition. The IE value is multiplied by 2. FZM, this attribute fix to ‘none’, viaofPSD

Indicates the repetition of the SI-2 message within the SI window. Number of SI-Message Repetitions This SI-Message shouldofbe "Repetition" in each of its related SI-Message broadcast windows. The repetitions can be used by UE for enha Indicates the repetition thebroadcasted SI-3 message within thetimes SI window. is exceeded, asSystem the message size would be too big to transmit otherwise). The parameter Information 3 Repetition indicates the repetition of the SI-3UE message withinServices the SI window. Number of periodic ReportStrongestCells measurement reports configured at the for Location Time interval between two consecutive periodic ReportStrongestCells measurement reports configured at the UE for Location Services Defines the maximum and minimum number of PRBs which may be assigned to a UE scheduled in UL when restricted PRB assignment in uplink is enabled. Time when the regular BSRs are repeated when the UE has data available for transmission and no corresponding UL grant is received so far. Defines the common System Information scheduling window. The parameter Window Lengthindefines the common System Information scheduling window for all SIs. Indicates which SI SIB is contained the SI-Message This Information Element is contained the SI-Message scheduled in the System Information Scheduling List This SIB parameter activates/deactivates SRS in (sounding reference symbol) feature in the cell.

Defines the scheduling method which shall be applied in the cell for the UL branch. Selects the method for the scheduling of the UEsBearer in UL. 1Three can bescheduler chosen - in the channel unaware UL scheduler, the interference aware UL sched Downlink scheduling weight for Signalling Radio and 2methods for the uplink MAC.

Uplink scheduling weight for Signalling Radio Bearer 1 and 2 for the uplink scheduler in MAC. This Parameter contains the HRPD Sector ID used for HRPD handover pre-registration and defined as specified in 3GPP2 C.S0024-A. Factor with which the DRX Inactivity Timer of the DRX profile as applied for a UE is multiplied in order to determine how long to keep a UE UL synchronized f The parameter must be added as character string in hexadecimal notation with leading '0x'. Factor is used for the calculation of the Short Term Inactivity Timer (STIS) when Smart DRX is used. It is used to populate the CDMA2000 sector ID (128 bits) using hexadecimal characters. smartStInactFactor is calculation multiplied toofthe duration to provide STIT Smart value for smart DRX profile. Factor is used for the theshort ShortDRX Termcycle Inactivity Timer (STIS) when DRX is used. smartStInactFactor is calculation multiplied toofthe short DRX cycle duration to provide STIT value DRX Factor is used forleading the the Short Term Inactivity Timer (STIS) '0' when Smart DRX used. In addition to the '0x' it shall only contain hexadecimal characters to '9', 'A' tofor 'F',smart 'a'isto 'f'. profile. smartStInactFactor is multiplied to the short DRX cycle duration to provide STIT value for smart DRX Factor is used for the calculation of the Short Term Inactivity Timer (STIS) when Smart DRX is used profile. The format of SectorisID equals the format ofDRX an IPv6 address buttowithout colons.value for smart DRX profile smartStInactFactor multiplied to the short cycle duration provide Defines the Modulation and Coding Scheme (MCS) to be used for the smallSTIT size random access message 3 in case of UL or DL data arrival.

Defines the data volume to be used for small size Random Access message 3 in case of UL or DL data arrival. Parameters to determine mobility state and related scaling parameters. Start PRB of the PUSCH mask in the UL spectrum. Indicates the lowest PCI in the range This parameter defines the uplink CAC value that will be sent in the X2 Resource Status Update message when ulCacSelection is set to 'ulFixedCac'. Single SPID value or first SPID value of a range which shall be mapped to a Mobility Profile. 3GPP 36.300 defines the following range: The parameter determines whetherSPID Primary and Secondary Synchronization Signals (PSS, SSS) are transmitted into a cell via one antenna port (SingleTx) o Values 1-128 are Operator specific SPIDs Scheduling information for mandatory SIB 2 Scheduling information for mandatory SIB 3 Values 129-256 are Reference SPID values List of scheduled containing optional SIBs Reference SPIDs SI-Messages have the following meaning: List SI-Messages containing optional SIBs ... SIB13). This is broadcasted in SIB1. 3 or 1st scheduled uplink transmission. SPID 256 High prio to eUTRA, to(SIB4 UTRAN, Low prio totolist GERAN TPCofcommand indicated in the Medium Randomprio Access response related Random Access message SPID 255 High prio to UTRAN, Medium prio to GERAN, Low prio to eUTRA BLER target value for link adaption while in TTI Bundling mode SPID 254 High prio to GERAN, Medium prio to UTRAN, Low prio to eUTRA Controls the BLER threshold for switching UEs from non-bundling mode into TTI-Bundling mode SINR threshold for switching UEs from TTI-Bundling mode into non-TTI-bundling mode This parameter activates the feature LTE825 'Uplink outer region scheduling' by selecting the target UL outer scheduling region for PUSCH and PRACH. Whe The feature LTE825 outer region scheduling' is deactivated if measurements parameter is set to 'None'. Configuration for start'Uplink of CDMA2000-eHRPD or CDMA2000-1XRTT The outer region is conform to the blanked PUCCH PRBs. Threshold for RSRP of serving cell for start of inter frequency measurements when UE has QCI1 bearer Defines thefor threshold servingcell. cellIfRSRP event,value as a trigger to start Inter-Frequency handovers. If value iswith below threshold2InterFreqQci1 (event A2) Threshold RSRQ offorserving RSRQofofA2 serving < threshold2MobRsrq then mobility measurements measurement gaps are activated. The dB values are mapped to 3GPP IE values according to TS 36.133: Threshold for RSRP of serving cell for stopping of Inter-RAT and Inter-Frequency Measurements when UE has QCI1 bearer The value is mapped tolower the 3GPP IE value according to TS 36.133: - -20dBm dB means a threshold than -19.5 Threshold for RSRP of serving Forstopping a UEdB with bearer, if Inter-RAT and Inter-Frequency measurements are active and RSRP value exceeds thresho for RSRQ serving cell. cell for of QCI1 Inter-RAT (Inter-Freq) measurements. *Threshold -140 dBm means a of threshold than -140 - values between -19.5 dB and lower -3.5 dB mean a dBm threshold higher than or equal to the configured value but lower than (value + 0.5 dB) The RSRP based A1 of event reports also the RSRQ value which is compared with this threshold inhigher eNB. is Threshold for RSRQ intra-frequency serving cell. If RSRQ of serving value < Th4Rsrq thenbut re-direct triggered. *- -3 values between -139 dBm and -44 dBm mean a threshold lower than the configured value than or equal to the (value - 1 dB) means a threshold higher than orIEequal toaccording -3 dB The dB dBm value mapped the 3GPP value to TS 36.133: When RSRP of is serving celltobecomes better than UE sends the A1 event. If the reported RSRQ of that A1 event of serving cell is also better th * -43 parameter dBm means a threshold higher than ortagging equalthreshold2a toUE’s -44 location dBmthe w.r.t This is used in the scheduler for cell’s range expansion (CRE) area based on the non-ABS related CQI value. The sum * -140check dBm is means a lower than -140 dBm This done atthreshold each time the A1 report received to in eNB until either the RSRQ value fits or the leaving condition for this A1 event is fullfilled. The dB values are mapped to 3GPP IE valuesisaccording TS ABSs. 36.133: Said tagging used in dBm the prioritized scheduling UEsinduring the is threshold for the serving frequency used reselection evaluation towards lower priority frequency RAT. - 1 dB) *Specifies values between -139 and -44 dBm mean aof threshold lower than the configured value but higherEUTRAN than or equal to theor(value - -20 dB means a threshold lower than -19.5 dB *Threshold -43dB dBm means aRSRP threshold than or equal to -44 dBm Th1 are for-19.5 values mapped to higher 3GPP IE mean values TS 36.133: -The values between dB and -3.5 dB a according threshold to higher than or equal to the configured value but lower than (value + 0.5 dB) If RSRP of for serving cell greater than only the cell is measured. -Threshold dBmeans means threshold lower than -19.5 RSRP of is serving cell for Th1, start ofdB GERAN - -20 -3 dB aathreshold higher than or equal to -3serving dBMeasurements -Threshold values between -19.5 dB and cell. -3.5 dB mean a threshold higher than or equal to the configured value but lower than (value + 0.5 dB) for RSRP RSRP of serving serving If the value is belowMeasurements threshold2GERAN A2) , GERAN Threshold for of cell for start of GERAN when(event UE has QCI1 bearermeasurements are started. The dBm valueaisthreshold mapped higher to the 3GPP valuetoaccording to TS 36.133: - -3 dB means than orIEequal -3 dB Threshold for RSRPa of serving lower cell forthan start-140 of WCDMA Measurements * -140 dBm means threshold dBm The dBm value is mapped to the 3GPP IE value according to TSif 36.133: Threshold for of serving cell. For a value UE with QCI1 bearer, value is below threshold2GERANQci1 (event A2) GERAN measurements are started. Threshold for RSRP RSRP of dBm serving cell. IfdBm the isa below threshold2Wcdma (event A2)QCI1 , WCDMA measurements arethen started. Threshold for RSRP of serving cell for start of WCDMA Measurements when UE has bearer ** values between -139 and -44 mean threshold lower than the configured value but higher than or equal to the (value - 1 dB) -140 dBm means a threshold lower than -140 dBm *Threshold -43 dBm means a threshold higher than or equal to -44 dBm for RSRP of dBm serving for start of inter frequency measurements * values between -139 andcell -44 dBm mean aaccording threshold lower than the configured value but higher than or equal to the (value - 1 dB) The dBm is to 3GPP IE value to The dBm value value is mapped mapped to the the 3GPP IE value to TS TSif 36.133: 36.133: Threshold for RSRP of serving cell. For a UE withaccording QCI1 bearer, value is below threshold2WcdmaQci1 (event A2) then WCDMA measurements are started. If value is below threshold2InterFreq (event A2) inter frequency measurements are started. *Threshold -43 dBm means aathreshold than or equal to -44 dBm for RSRP servinghigher cell for stopping ofthen Inter-RAT (InterFreq) Measurements -140 dBm means threshold lower than -140 dBm ** -140 dBm means a of threshold lower than -140 dBm Threshold for RSRP of serving cell. If Inter-RAT (InterFreq) measurements are active and value exceeds Th2a (event then Inter-RAT ** values between -139 dBm and -44 dBm mean a threshold lower than the configured value but higher than or to the (value -- 1 Threshold for RSRP of serving cell. If RSRP of serving cell is lower than threshold3 and RSRP of neighbor cell is greater than threshold3a, a handover is are trigg values between -139 dBm and -44 dBm mean aaccording thresholdtolower than the configured value but higher than or equal equal toA1) the (value 1 dB) dB) measurements The dBm is mapped 3GPP IE value The dBm value value is a mapped to to the the 3GPP IEor value according to TS TS 36.133: 36.133: ** -43 means higher than equal to -44 dBm -43 dBm dBm means aathreshold threshold higher than or equal to If -44 dBm of serving cell is lower than threshold3 and RSRP of neighbor cell is greater than threshold3a, a Threshold for RSRP of intra-frequency neighbor cell. RSRP ** -140 dBm means threshold lower than -140 dBm -140 dBm meansmapped a threshold lower than -140 dBm The dBm value to the 3GPP IE value to TS The dBmbetween value is is -139 mapped toand the -44 3GPP IEmean value aaccording according tolower TS 36.133: 36.133: values dBm dBm threshold than the the configured value but higher higher than or or equal equal to to the the (value (value -- 1 1 dB) dB) Threshold for RSRP intra-frequency neighbor If RSRP of serving value < Th4 then re-direct is triggered. *** values between -139 dBm andlower -44 dBm mean acell. threshold lower than configured value but than -140 dBm dBm means a of threshold than -140 dBm dBm *The -140 means a threshold lower than -140 is a mapped to the 3GPP IEor value according to TS 36.133: -43dBm dBmvalue means a threshold higher than or equal to -44 -44 dBm dBm ***Determines -43 dBm means threshold higher than equal to the maximum allowed Time offset. If the value is the exceeded, TA command is sentthan to the to adjust timing. values between between -139 dBm dBm and -44 -44 dBmAlignment mean a a threshold threshold lower than the configured value but but higher higher than orUE equal to the the UL (value -1 1 dB) dB) ** values -139 and dBm mean lower than configured value or equal to (value -140 dBm means a threshold lower than dBm dBm value is a mapped to the 3GPP IE -140 value according to TS 36.133: *The -43 means higher than equal to -44 dBm the number of subframes afteror athreshold assumes itthan is out-of-sync in UL value if no Time Alignment command was received. -43 dBm dBm means a threshold threshold higher than orwhich equal toUE -44 dBm **Determines values between -139 dBm and -44 dBm mean a lower the configured but higher than or equal to the (value 1 dB) * -140 dBm means a threshold lower than -140 dBm defines lead and with respect taTimer to send the periodic -43parameter dBm means a threshold higher thantomean orthe equal to -44expiration dBm **The values between -139 dBm -44 dBm a threshold lower time than for thestarting configured value but higher timing than oradvance equal tocommand. the (value - 1 dB) interval for sending averaged SINRtovalues to the decision matrix to determine power corrections in closed loop uplink power control. *Time -43 dBm means a threshold higherRSSI thanand or equal -44 dBm Time to trigger for A2-RSRQ. Duration for which the event A2-RSRQ must beinvalid, such that mobility measurements withthe measurement gaps are activated. The timeToTrigger in ReportConfigEUTRA and ReportConfigInterRAT are multiplied with scaling factor applicable for the UE's speed state, that is, if the The timeToTrigger in ReportConfigEUTRA and in ReportConfigInterRAT are multiplied with the scaling factor applicable for the UE's speed state, that is, if the Time to trigger deactivation of all measurements Duration for which the event A1 must be valid, such that Inter-Frequency/Inter-RAT measurements are deactivated Time to trigger for A2-RSRQ. Duration for which event A2-RSRQ must be valid, that redirect is raised. Time during which the specific RSRP criteria for the eventsuch A2 needs to be met in order to trigger a measurement report

Time to trigger activation of GERAN measurements Duration for which the event A2 must be valid, such that GSM measurements are activated Time to trigger activation of WCDMA measuremenrts Duration for which the event A2 must be activated Duration for which the event A2 must be valid, valid, such such that that WCDMA additionalmeasurements InterFrequencyare measurements are activated Duration for which the event A2 must be valid, such that redirect is raised tExtendedWait suppresses the reselection of a cell for a while. eNB parameter the connection UE in the message RRC CONNECTION REJECT and RRC CONNECTION RELEASE, and only in case of Delay Tolerant ac Timersends T300 this supervises the to RRC establishment procedure. Start: Transmission of RRCConnectionRequest Stop: Reception of RRCConnectionSetup or RRCConnectionReject message, cell re-selection and upon abortion of connection establishment by upper layer At expiry: Perform the actions as specified in 36.331, 5.3.3.6

Timer T301 supervises the RRC connection re-establishment procedure. Start: Transmission of RRCConnectionReestabilshmentRequest eNB sends this parameter to the UE in the message RRC CONNECTION REJECT. Stop: Reception of RRCConnectionReestablishment or RRCConnectionReestablishmentReject message as well as when the selected cell becomes unsuitab The UE will consider access to the as Re-Establishment) barred for the time for specified by of t302. 3GPP defined Timer T304 (used forcell RRC the case eNACC to GSM This timer value is to the UE in an RRC: MobilityFromEUTRANCommand usedWCDMA by the UE to identify Failure This timer Go value is passed used eNodeB internally to estimate the time the UE may spendmessage to accessand the is target system after CCO receiving RRC:MOBILITY FROM At expiry: to RRC_IDLE This timer value is used eNodeB internally to estimate the time the UE may spend to access the target GSM system after receiving RRC:MOBILITY FROM EU Despite this supervises timer is transparently provided by GERAN Target system value is needed in LTE to calculate TS1RELOCOverall Timer T304 the successful completion of a handover or cellitschange. Timer T310 supervises the recovery from physical layer problems. Timer T311 supervises the RRC connection re-establishment. T320 defines the validity time of dedicated priorities defined in IdleModeMobilityControlInfo. Timer TCRmax defines the duration for evaluating the criteria to enter mobility states. For idle mode, it corresponds to TCRmax in TS 36.304. Timer TCRmaxHyst defines the additional duration for evaluating the criteria to enter normal mobility state. For idle mode, it corresponds to TCRmaxHyst in T A RRC connection setup request which is correlated to (i.e. matches by s-TMSI) a S1 paging with priority will be prioritized ("emergency callback"). The timer When the parameter is setan to UE value "0" any correlation is disabled. This timer is started when enters a cell by handover or RRC Re-Establishment. A code that commonly identifies the tracking area for all PLMNs listed for this cell. The timer controls how long the context needed to send an X2AP: HANDOVER REPORT is stored in the new cell after handover. As per basic system behavior, a SIB message (SIB2 and higher) is transmitted one time per each SI window, and further transmissions might be added if the No special action is triggered on timer expiry and The higher. parameter defines the period in sent Transport Blocks (TBs) when uplink Adaptive Modulation and Coding inner loop functionalities should be executed. Up to four transmissions can be done in a SIB window. Any further transmission is done as “best effort” and may or may not happen. Defines target Block Error Ratio for uplink Adaptive Modulation and Coding. Dedicated Target BLER for AMC UL for with QCI15 MHz or below is possible but not recommended for reasons of DL performance. Setting sib2xTransmit=true in a system The parameter defines the period in MCS increase/decrease events when uplink Adaptive Transmission Bandwidth (ATB) functionality should be performed. Even without sib2xTransmit set eNodeB to 'true', waits SIB repetitions sent (UL) if thisHandover is required by message size and the code ratethe defined for SIB messages. Defines the amount of time the to receivewill anbe Uplink Preparation Transfer message from UE after sending a Handover From If siMessageRepetition is set to a value of 2 or higher, eNB tries (on best-effort basis only) to send SIB repetitions on top of the minimum number of transmiss Scheduler Type for FD scheduler Defines the scheduling method which applied infor frequency domainfrom for the This structure holds parameters for theshall loadbe thresholds load balancing LTEscheduler to UTRANin UL - The "RoundRobinFD" scheduler assigns the physical resources equally fair to the UEs selected by the TD scheduler until the PRBs are sufficient for the ser Uncertainty of altitude - The "ExhaustiveFD" scheduler assigns in the priority sequence defined by the TD scheduler as many physical resources as possible to the UEs until the num Relation between coded Uncertainty altitude K and absolute uncertainty of altitude h (0 <= h <= 990.5 metres) it encodes is the following: Semi-major of uncertainty - The "MixedFD" schedulerellipsoid is a joint FD scheduler which assigns the PRBs for SRB and GBR bearers by the exhaustive FD scheduler and the PRBs for the n Relation between coded Uncertainty Semi-minor of uncertainty ellipsoid semi-major K and absolute semi-major uncertainty r (0 <= r <= 1800 metres) it encodes is the following: h = 45*(1.025^K-1) Relation between coded Uncertainty K and absolute semi-minor uncertainty r (0 <= r <= 1800 metres) it encodes is the following: Unique sector electronics ID providedsemi-minor by operator. r = 10*(1.1^K-1) This parameter allows the operator to assign a unique sector electronics a cell period.related calculations. This parameter indicates whether the Uplink CAC will be ignored or usedID in to load balancing r = 10*(1.1^K-1) This parameter selects the value to report in the Resource Status Update message for the uplink CAC. When set to 'ulFixedCac' uplinkthe CAC in for thethe X2 eNB Resource Status Update bealso the value setthe in number ulStaticCac. Uplink channel bandwidththe defines UL reported bandwidth transmission in a cell,will and defines of available Physical Resource Blocks. Identifies the uplink combination mode, possibilities are MRC and IRC. When set tochannel 'ulReflectDlCac' the uplink CAC reported in the X2Resource ResourceBlocks Statusis: Update will be set to the same value as the downlink CAC. The uplink bandwidth mapping to number of Physical 2-way RX latency diversityreaction will be automatically onUE thehas number of RX antenna lineseither whichthe areinitial configured LCELL Improved timer in uplinkselected defines by theeNB timedependent in which the to send useful data after dummyingrant or resourceList. a previous reception 5.0 MHz = 25 UL PRBS For optimal performance of the IRC mode it is recommended to deploy phase synchronization via GPS. Uplink power configuration for PUCCH component 10.0 MHz = 50control UL PRBS Uplink power configuration for PUSCH / SRS component 15.0 MHz = 75control UL PRBS 20.0 MHz = 100 ULofPRBS Defines cyclic shift uplink reference signals. Upper threshold of the power control window for the RSSI (signal level) for PUCCH component. Maximum 10 MHz uplink channel bandwidth may be used with single FSMD to configure more than 2 cells or with single FSME to configure more than 3 cells Upper threshold of the power control window for the RSSI (signal level) for PUSCH / SRS component. Upper threshold of the power control window for the SINR (signal quality) for PUCCH component. Upper threshold of the power control window for the SINR (signal quality) for PUSCH/SRS component. Determines whether PRBs partly allocated for transmission of Primary (PSS) and Secondary synchronization Signals (SSS) and Physical Broadcasting Chan This timer defines the periodicity according which neighbor cells are requested to report their available resource status. It is recommended to stay with the default value 'PRBs with PSS or SSS and PBCH used' if dlChBw is set to '3 MHz'. This Structure contains a list of eHRPD Sector-IDs which shall be used to address eHRPD-AN when tunneling cdma2000 HRPD PDU for Pre-Registration wi Each Sector-ID must is associated with a for loadbalancing factor tocell. allow loadbalancing multiple eHRPD-AN This parameter bethat configured anare inter-frequency It will be taken asbetween an intra-frequency cell if this parameter is set to ownCarrierFreq Value "not used" mean partial PRBs not used.

Range:

0 (120ms), 1 (240ms), 2 (480ms), 3 (640ms), 4 (1024ms), 5 (2048ms), 6 (5120ms), 7 (10240ms), 8 (1min), 9 (6min), 10 (12min), 11 (30min), 12 (60min) 0 (disabled), 1 (enabled) -15..15 0 (120ms), 1 (240ms), 2 (480ms), 3 (640ms), 4 (1024ms), 5 (2048ms), 6 (5120ms), 7 (10240ms), 8 (1min), 9 (6min), 10 (12min), 11 (30min), 12 (60min) 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (120ms), 1 (240ms), 2 (480ms), 3 (640ms), 4 (1024ms), 5 (2048ms), 6 (5120ms), 7 (10240ms), 8 (1min), 9 (6min), 10 (12min), 11 (30min), 12 (60min) 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 1 (barred), 2 (Not barred) Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 10..2047 1 (barred), 2 (Not barred) Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s)

0 (4s), 1 (8s), 2 (16s), 3 (32s), 4 (64s), 5 (128s), 6 (256s), 7 (512s) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (0%), 1 (5%), 2 (10%), 3 (15%), 4 (20%), 5 (25%), 6 (30%), 7 (40%), 8 (50%), 9 (60%), 10 (70%), 11 (75%), 12 (80%), 13 (85%), 14 (90%), 15 (95%) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (QPSK), 1 (16QAM), 2 (16QAMHighMCS) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (off), 4 (slowAmcOllaATB), 5 (eUlLa), 6 (fUlLa) 0 (false), 1 (true) 0..30 0..30 0..840 0..4500 0..4500 0..600 0..600 0..1200 0..1200 1..32 1 (unlocked), 2 (shutting down), 3 (locked) 1..5 -126..-75 0 (false), 1 (true) 0 (alpha 0), 1 (alpha 0.4), 2 (alpha 0.5), 3 (alpha 0.6), 4 (alpha 0.7), 5 (alpha 0.8), 6 (alpha 0.9), 7 (alpha 1) 0..32767 0..35 58 (58mm), 75 (75mm) 0..3599 0 (FBT1), 1 (FBT2) 0 (extendedDrxOnly), 1 (allDrx), 2 (allUEs) 0..17 30..3600 30..3600 0.05..1 0 (allEqual), 1 (onlyX2) 0..60

1 (forbidden), 2 (R81xCsfbEnforced), 3 (R9e1xCsfb) 0..1 100..9000 0..4095 0..65535 0..15 0..255 100..15500 100..10000 100..15500 100..9000 100..9000 2 (2ms), 5 (5ms), 10 (10ms), 20 (20ms), 40 (40ms), 80 (80ms) 0..16 0..16 0..16 0..16 0..255 0 (barred), 1 (notBarred) 1..100 -10..0 0..10 0 (-24dB), 1 (-22dB), 2 (-20dB), 3 (-18dB), 4 (-16dB), 5 (-14dB), 6 (-12dB), 7 (-10dB), 8 (-8dB), 9 (-6dB), 10 (-5dB), 11 (-4dB), 12 (-3dB), 13 (-2dB), 14 (-1dB), 1..80 0..0 0 (-6 dB), 1 (-4 dB), 2 (-2 dB), 3 (0 dB) 0 (-6 dB), 1 (-4 dB), 2 (-2 dB), 3 (0 dB) 0..7 0 (0dB), 1 (1dB), 2 (2dB), 3 (3dB), 4 (4dB), 5 (5dB), 6 (6dB), 7 (8dB), 8 (10dB), 9 (12dB), 10 (14dB), 11 (16dB), 12 (18dB), 13 (20dB), 14 (22dB), 15 (24dB) 0..7 0 (0.25), 1 (0.5), 2 (0.75), 3 (1) 0 (0.25), 1 (0.5), 2 (0.75), 3 (1) 1..100 0 (Not Reserved), 1 (Reserved) 0 (Not Reserved), 1 (Reserved) 15 0 (none), 1 (DLonly), 2 (DLandUL) 0 (5ms), 1 (10ms), 2 (20ms), 3 (40ms), 4 (80ms) 0 (very_small), 1 (small), 2 (medium) 0.5..1.4 0..100 0 (DCI format 1C) 1..100 1..100 0..100 0.9..0.99 0 (false), 1 (true) 1..100 1..100 0..100 1..1.5 0.1..99.9 2..20 0 (false), 1 (true) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80)

1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10) 20 (20), 200 (200), 300 (300), 500 (500), 750 (750), 1280 (1280), 1920 (1920), 2560 (2560) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 200 (200) 1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10) 750 (750), 1280 (1280), 1920 (1920), 2560 (2560) 200 (200), 300 (300), 500 (500), 750 (750), 1280 (1280), 1920 (1920), 2560 (2560) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80) 1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100), 200 (200), 300 (300), 500 (500), 750 (750), 1 1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100), 200 (200), 300 (300), 500 (500), 750 (750), 1 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 200 (200), 300 (300), 500 (500), 750 (750) 40 (40ms), 80 (80ms) 160 (160ms), 320 (320ms) 640 (640ms), 1280 (1280ms), 2560 (2560ms) 40 (40ms), 80 (80ms), 160 (160ms) 320 (320ms), 640 (640ms), 1280 (1280ms), 2560 (2560ms) 20 (20ms), 40 (40ms) 40 (40ms), 80 (80ms) 160 (160ms), 320 (320ms) 640 (640ms), 1280 (1280ms), 2560 (2560ms) 20 (20ms), 40 (40ms) 40 (40ms), 80 (80ms), 160 (160ms), 320 (320ms), 640 (640ms) 1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100), 200 (200) 6 (6), 8 (8), 10 (10), 20 (20) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100), 200 (200) 1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10) 1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100) 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100), 200 (200) 1 (1), 2 (2), 3 (3), 4 (4), 5 (5), 6 (6), 8 (8), 10 (10) 6 (6), 10 (10), 20 (20), 30 (30), 40 (40), 50 (50), 60 (60), 80 (80), 100 (100) 5 (5) 4 (4) 3 (3) 3 (3) 4 (4) 1 (1) 2 (2) 103 (103) 5 (5) 102 (102) 2 (2) 101 (101) 0..50 0..50 0..50 0..50 0..50

0..50 0..50 0..50 0..50 0..50 0..50 0..50 1 (1), 2 (2), 4 (4), 6 (6), 8 (8), 16 (16) 1 (1), 2 (2), 4 (4), 6 (6), 8 (8), 16 (16) 4 (4), 6 (6), 8 (8), 16 (16), 24 (24), 33 (33) 4 (4), 6 (6), 8 (8), 16 (16), 24 (24), 33 (33) 4 (4), 6 (6), 8 (8), 16 (16) 1 (1), 2 (2), 4 (4), 6 (6), 8 (8), 16 (16) 4 (4), 6 (6), 8 (8), 16 (16), 24 (24), 33 (33) 1 (1), 2 (2), 4 (4), 6 (6), 8 (8), 16 (16) 4 (4), 6 (6), 8 (8), 16 (16), 24 (24), 33 (33) 4 (4), 6 (6), 8 (8), 16 (16), 24 (24), 33 (33) 4 (4), 6 (6), 8 (8), 16 (16), 24 (24), 33 (33) 10 (10ms), 20 (20ms), 40 (40ms), 80 (80ms), 160 (160ms) 10 (10ms), 20 (20ms), 40 (40ms) 20 (20ms), 40 (40ms) 10 (10ms), 20 (20ms), 40 (40ms), 80 (80ms), 160 (160ms), 320 (320ms), 640 (640ms) 1..16 1..16 1..16 1..16 0 (4n), 1 (8n), 2 (16n), 3 (32n), 4 (64n) 0..15 0 (32rf), 1 (64rf), 2 (128rf), 3 (256rf) 0..8388607 -8388608..8388607 1..3 -1..6 0 (-2), 1 (0), 2 (2) 0 (1), 1 (3), 2 (5) 0 (-2), 1 (0), 2 (1), 3 (2) 0 (-2), 1 (0), 2 (2) 0 (-2), 1 (0), 2 (2) 1 (height), 2 (depth) 0 (SingleTX), 10 (TXDiv), 30 (Dynamic Open Loop MIMO), 40 (Closed Loop Mimo) 0..6 0..6 50 (5 MHz), 100 (10 MHz), 150 (15 MHz), 200 (20 MHz) 0..15 0 (1 db), 1 (3 db), 2 (6 db), 3 (infinite) 700 (-3dB), 1000 (0dB), 1177 (1.77dB), 1300 (3dB), 1477 (4.77dB), 1600 (6dB) 0..268435455 0..65535 0..65535 -

0..16777215 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (false), 1 (true) 0 (notEnergySaving), 1 (energySaving) 1 (2.1km), 2 (5km), 3 (10km), 4 (15km), 5 (30km), 6 (60km), 7 (100km) 10..50 20..50 0.5..0.9 1..6 1..4 1..5 -10..0 0..3000000 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (fc0), 1 (fc1), 2 (fc2), 3 (fc3), 4 (fc4), 5 (fc5), 6 (fc6), 7 (fc7), 8 (fc8), 9 (fc9), 10 (fc11), 11 (fc13), 12 (fc15), 13 (fc17), 14 (fc19) 0 (none), 1 (l2only), 2 (l2andl3) 0..29 1..5 1 (scenario1), 3 (scenario 3) 0 (interSubFrame) 0..90 0..90 0..90 0..255 0..1048575 0..100 5..65535 0..28 0..20 1..100 10..300 -

0..62 0..31 10..300 0..62 0..100 0..100 1..30 0..100 0..100 0 (-24dB), 1 (-22dB), 2 (-20dB), 3 (-18dB), 4 (-16dB), 5 (-14dB), 6 (-12dB), 7 (-10dB), 8 (-8dB), 9 (-6dB), 10 (-5dB), 11 (-4dB), 12 (-3dB), 13 (-2dB), 14 (-1dB), 0 (allowed), 1 (notAllowed) 0..62 0..31 0..62 0..65535 0..15 2..256 1 (north), 2 (south) 1..100 0 (slow), 1 (medium), 2 (fast) 0..19 1..32 1..32 1000 (1000ms), 2000 (2000ms), 5000 (5000ms), 10000 (10000ms) 1000 (1000), 2000 (2000), 5000 (5000), 10000 (10000) 0..255 0..255 -127..0 -127..0 -47..80 -47..80 0..999 0..10 0..999 2..3 0..50 0..600 0..4500 0..50 1..100 4..28 1..4 -30..33 -10..-4 -16..-10 30..90 10..90 30..90 1..20

1..20 1000..300000 0 (ueCapability), 1 (OaM) 1000..75000 0.05..0.5 0.05..0.5 0.05..0.5 0.05..0.5 0 (8ms), 1 (16ms), 2 (24ms), 3 (32ms), 4 (40ms), 5 (48ms), 6 (56ms), 7 (64ms) 0..840 1..16 1..16 1..7 1..7 1..4 1..100 1..100 0..840 0..840 0 (n1), 1 (n2), 2 (n3), 3 (n4), 4 (n5), 5 (n6), 6 (n8), 7 (n10) 1..31 1..8 0 (n1), 1 (n2), 2 (n3), 3 (n4), 4 (n6), 5 (n8), 6 (n10), 7 (n20) 17..37 0 (cpichRSCP), 1 (cpichEcN0) 0 (cpichRSCP), 1 (cpichEcN0) 0 (SIB2) 1 (SIB3) 0 (PuschOLPucchOL), 1 (PuschOLPucchCL), 2 (PuschCLPucchOL), 3 (PuschCLPucchCL), 4 (PuschCLSrsPucchOL), 5 (PuschCLSrsPucchCL), 6 (PuschIAw -34..-3 -140..-44 1..100 0..5 32..1544 5..300000 5..75000 -8..8 1..100 -34..-3 -140..-44 6..80 0..999 0..999 0..999 0..999 2..3 2..3 1..16 1..16 1..16 0 (30s), 1 (60s), 2 (120s), 3 (180s), 4 (240s), 5 (spare3), 6 (spare2), 7 (spare1) 0 (30s), 1 (60s), 2 (120s), 3 (180s), 4 (240s), 5 (spare3), 6 (spare2), 7 (spare1) 0 (nonGbrOnly), 1 (nonGbrPdcch), 2 (allUes) 0 (2), 1 (4), 2 (8), 3 (16) 0 (QPSK), 1 (16QAM), 2 (64QAM)

1..4 1..4 0 (1), 1 (2) 0 (false), 1 (true) -110..-70 1 (0.001), 2 (0.002), 5 (0.005), 10 (0.01), 20 (0.02), 50 (0.05), 100 (0.1), 200 (0.2), 500 (0.5), 1000 (1), 2000 (2), 5000 (5), 10000 (10) -127..-96 -126..24 1..16 1..16 0 (4), 1 (8), 2 (12), 3 (16), 4 (20), 5 (24), 6 (28), 7 (32), 8 (36), 9 (40), 10 (44), 11 (48), 12 (52), 13 (56), 14 (60), 15 (64) 1..8 0 (disabled), 1 (enabled) 0..179 100..10000 -10..10 0 (1), 1 (2), 2 (4), 3 (8) 0..0.9 4..8 4..8 4..8 4..8 4..8 0.5..2 0.1..3 1..100 1..100 0..100 0 (Normal), 1 (Extended) 0 (N = 1/6), 1 (N = 1/2), 2 (N = 1), 3 (N = 2) 3..8 0..12 0..94 0 (false), 1 (true) 1..2 0 (false), 1 (true) 0 (false), 1 (true) 6 (6 PRB), 15 (15 PRB), 25 (25 PRB), 50 (50 PRB), 75 (75 PRB), 100 (100 PRB) 151 (151), 152 (152), 153 (153), 156 (156), 157 (157), 471 (471), 472 (472), 473 (473), 476 (476), 477 (477), 1111 (1111), 1112 (1112), 1113 (1113), 1116 (111 Bit 0: prsMutingInfoBit16, Bit 1: prsMutingInfoBit15, Bit 2: prsMutingInfoBit14, Bit 3: prsMutingInfoBit13, Bit 4: prsMutingInfoBit12, Bit 5: prsMutingInfoBit11, Bi prsMutingInfoBit1 2 (2 bits), 4 (4 bits), 8 (8 bits), 16 (16 bits) -12..7.78 1..98 0..0 0..10 2..15 0..12 2 (oneT), 3 (halfT), 4 (quarterT), 5 (oneEighthT), 6 (oneSixteenthT), 7 (oneThirtySecondT) 0..100 0 (5ms), 1 (10ms), 2 (16ms), 3 (20ms), 4 (32ms), 5 (40ms), 6 (64ms), 7 (80ms), 8 (128ms), 9 (160ms), 10 (320ms), 11 (640ms), 12 (1280ms), 13 (2560ms), 1 0 (wideband), 1 (UE_selected) 1..4 0 (10sf), 1 (20sf), 2 (50sf), 3 (100sf), 4 (200sf), 5 (500sf), 6 (1000sf), 7 (infinity) -1..0 -

0 (80ms), 1 (160ms), 2 (320ms), 3 (640ms), 4 (1280ms), 5 (2560ms), 6 (5120ms) 0 (80ms), 1 (160ms), 2 (320ms), 3 (640ms), 4 (1280ms), 5 (2560ms), 6 (5120ms) 0 (80ms), 1 (160ms), 2 (320ms), 3 (640ms), 4 (1280ms), 5 (2560ms), 6 (5120ms) 0..503 100..20000 -30..33 0..15 0 (0dB), 1 (2dB), 2 (4dB), 3 (6dB) 0 (-120 dBm), 1 (-118 dBm), 2 (-116 dBm), 3 (-114 dBm), 4 (-112 dBm), 5 (-110 dBm), 6 (-108 dBm), 7 (-106 dBm), 8 (-104 dBm), 9 (-102 dBm), 10 (-100 dBm 0 (3), 1 (4), 2 (5), 3 (6), 4 (7), 5 (8), 6 (10), 7 (20), 8 (50), 9 (100), 10 (200) 0 (false), 1 (true) 0 (0sf), 1 (10sf), 2 (20sf), 3 (50sf), 4 (100sf), 5 (200sf), 6 (500sf), 7 (1000sf) 2..16 0..31 0..180 0 (-infinity), 1 (0 dB), 2 (5 dB), 3 (8 dB), 4 (10 dB), 5 (12 dB), 6 (15 dB), 7 (18 dB) 0..837 0..14 -140..-43 -140..-43 0 (4), 1 (8), 2 (12), 3 (16), 4 (20), 5 (24), 6 (28), 7 (32), 8 (36), 9 (40), 10 (44), 11 (48), 12 (52), 13 (56), 14 (60) 0 (2), 1 (3), 2 (4), 3 (5), 4 (6), 5 (7), 6 (8), 7 (10) 0..4294967295 0 (n4), 1 (n8), 2 (n12), 3 (n16), 4 (n24), 5 (n32), 6 (n48), 7 (n64), 8 (n84), 9 (n96), 10 (n128), 11 (n168), 12 (n252), 13 (n504) 0 (false), 1 (true) 1..2 1..2 1..2 1..2 1..1.5 -110..-70 0..15 0..15 0..15 0..15 0..15 0..15 0..15 0..15 0..15 0..15 0 (none) 1..4 1..4 1..4 1 (1), 2 (2), 4 (4), 8 (8), 16 (16), 32 (32), 64 (64) 120 (120ms), 240 (240ms), 480 (480ms), 640 (640ms), 1024 (1024ms), 2048 (2048ms), 5120 (5120ms) 0 (320 ms), 1 (640 ms), 2 (1280 ms), 3 (2560 ms), 4 (5120 ms), 5 (10240 ms) 0 (1ms), 1 (2ms), 2 (5ms), 3 (10ms), 4 (15ms), 5 (20ms), 6 (40ms) 2 (SIB4), 3 (SIB5), 4 (SIB6), 5 (SIB7), 6 (SIB8), 7 (SIB10), 8 (SIB11), 9 (SIB12), 10 (SIB13) 0 (false), 1 (true) 0 (channel unaware), 1 (channel aware), 2 (interference aware) 1..1000

1..100 34 1..10 2..124 2..124 2..124 2..124 0..15 0 (56 bits), 1 (144 bits), 2 (208 bits), 3 (256 bits) 0..99 0..503 0..100 1..256 0 (SingleTx), 1 (TxDiv) -6..8 5..25 8..50 -10..10 0 (None), 1 (UpperEdge), 2 (LowerEdge) -140..-43 -20..-3 -140..-43 -20..-3 -20..-3 1..4 0..62 -140..-43 -140..-43 -140..-43 -140..-43 -140..-43 -140..-43 -140..-43 -140..-43 -140..-43 -140..-43 0..5 0 (500), 1 (750), 2 (1280), 3 (1920), 4 (2560), 5 (5120), 6 (10240) 0..2560 10..2000 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (0.25), 1 (0.5), 2 (0.75), 3 (1.0) 0 (0.25), 1 (0.5), 2 (0.75), 3 (1.0) 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 0 (0ms), 1 (40ms), 2 (64ms), 3 (80ms), 4 (100ms), 5 (128ms), 6 (160ms), 7 (256ms), 8 (320ms), 9 (480ms), 10 (512ms), 11 (640ms), 12 (1024ms), 13 (1280m 1..1800 0 (100ms), 1 (200ms), 2 (300ms), 3 (400ms), 4 (600ms), 5 (1000ms), 6 (1500ms), 7 (2000ms)

0 (100ms), 1 (200ms), 2 (300ms), 3 (400ms), 4 (600ms), 5 (1000ms), 6 (1500ms), 7 (2000ms) 1000..16000 0 (100ms), 1 (200ms), 2 (500ms), 3 (1000ms), 4 (2000ms), 5 (4000ms), 6 (8000ms) 0 (100ms), 1 (200ms), 2 (500ms), 3 (1000ms), 4 (2000ms), 5 (4000ms), 6 (8000ms) 1 (100ms), 2 (200ms), 3 (500ms), 4 (1000ms), 5 (2000ms), 6 (4000ms), 7 (8000ms) 0 (50ms), 1 (100ms), 2 (150ms), 3 (200ms), 4 (500ms), 5 (1000ms), 6 (2000ms) 0 (0ms), 1 (50ms), 2 (100ms), 3 (200ms), 4 (500ms), 5 (1000ms), 6 (2000ms) 0 (1000ms), 1 (3000ms), 2 (5000ms), 3 (10000ms), 4 (15000ms), 5 (20000ms), 6 (30000ms) 5 (5min), 10 (10min), 20 (20min), 30 (30min), 60 (60min), 120 (120min), 180 (180min) 0 (30s), 1 (60s), 2 (120s), 3 (180s), 4 (240s) 0 (30s), 1 (60s), 2 (120s), 3 (180s), 4 (240s) 0..10000 100..20000 0..65535 0 (false), 1 (true) 10..500 1..50 2..20 1..50 100..9000 0 (RoundRobinFD), 1 (ExhaustiveFD), 2 (MixedFD) 0..127 0..127 0..127 1..80 0 (false), 1 (true) 0 (ulReflectDlCac), 1 (ulFixedCac) 50 (5 MHz), 100 (10 MHz), 150 (15 MHz), 200 (20 MHz) 0 (MRC), 1 (IRC) 0..2000 0..7 -127..0 -127..0 -47..80 -47..80 0 (not used), 1 (PRBs with PSS or SSS used), 2 (PRBs with PSS or SSS and PBCH used) 1000 (1000ms), 2000 (2000ms), 5000 (5000ms), 10000 (10000ms) 0..65535

Step:

Unit:

0.5 1 -

dB -

Formula for getting internal value

= UI_value * 2

= UI_value

Default value 4 1 3 3 8 3 8

36

5 5 1 1 1 1 1 1 1 1 1 0.1 1 1 1 1 1 1 0.05 2

% % min dBm % s s -

= UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value * 100

= UI_value = UI_value

false true false false false true false false false false false false 0 false true true false false false false false 5 false 5 10 70 35 60 15 20 15 20 1 3 5 -86 false 7 0

= UI_value 1 0 = UI_value = UI_value = UI_value = UI_value * 100

300 3600 0.5

= UI_value

0 0

1 100 1 1 1 1 100 100 100 100 100 0.1 0.1 0.1 0.1 1 1 1 1 0.1 1 1 1 0.1 1 1 1 1 0.01 1 1 1 0.01 0.1 0.1 -

ms ms ms ms ms ms dB dB characters dB s characters % % % % % % % % % -

= UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

= UI_value * 10 = UI_value * 10 = UI_value * 10 = UI_value * 10 = UI_value = UI_value = UI_value = UI_value

= UI_value * 10

1 0 1000

7000 5000 1000 7000 5000 20 8 8 7 7 1 100 -10 10 15 0 1 1


2 1 1 1

= UI_value 0 0

= UI_value * 10 = UI_value = UI_value = UI_value = UI_value = UI_value * 100 = UI_value = UI_value = UI_value = UI_value * 100 = UI_value * 10 = UI_value * 10

0 2 1 1 0 0 70 80 50 0.98 true 90 80 75 1.03 10 10 true 10

1 1 1 1 1

-

4 20 10 4 2560 500 10 50 50 10 80 320 2560 160 1280 40 80 320 2560 40 160 6 10 10 6 10 6 6 10 10 6 6

= UI_value = UI_value = UI_value = UI_value = UI_value

5 4 3 3 4 1 2 103 5 102 2 101 30 10 20 30 40

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0.1 0.1 1 1 1 1 -

dB dB -

= UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

= UI_value = UI_value = UI_value = UI_value


= UI_value * 10 = UI_value * 10

= UI_value

= UI_value = UI_value = UI_value

30 45 10 20 30 40 30 4 4 16 16 4 4 16 4 16 16 16 80 40 40 80 4 5 1 16

4 2 2

2 1 1 0 1 1 1

10 0 0 100 0 1 1000

0 18000

1 5 5 0.05 1 1 1 1 1 1 0.2 1 1 1 1 1 1 1 1 1 1 5 -

kHz s % % % % s s -

= UI_value false true true true true true true true true true false false false false false false true false 0 4 = UI_value = UI_value = UI_value * 20 = UI_value = UI_value = UI_value = UI_value = UI_value

30 30 0.8 3 1 1 -2 4 4 4 4 4 2 4 4

= UI_value = UI_value * 10

= UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

0 0 1

0 2 2 2

100 30 4 5 10 60

2 1 5 2 1 1 1 1 1 2 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0.01 1 1 1 1 1 1 1 4 1 1 1 2 5 5 5 1

dB dB s dB % % s % % dB dB dB dBm dBm dB dB dB dBm dB dB % % % -


60 16 60 95 12

= UI_value

85

= UI_value

0 15 0



62

5



= UI_value * 100 = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

1 4 2 2 10000 2000 1 1 -118 -103 -1 0

0

50 100 240 0 10 12 2 -6 -12 75 30 90 14

1 500 500 0.01 0.01 0.01 0.01 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 0.2 8 5 5 1 1 1 2 1 1 1 1 1 1 1 1 1 1 -

kb/s kb/s PRB PRB dBm dB dBm kb/s kb/s dB PRB dB dBm TTI -

= UI_value = UI_value = UI_value = UI_value * 100 = UI_value * 100 = UI_value * 100 = UI_value * 100 = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

14 170000 0 60000 0.26 0.12 0.12 0.12 7 440 5 5 5 5 3 50 50 300 240 0 16 5 6

= UI_value * 10 0 0 0 1 0 = UI_value = UI_value = UI_value = UI_value * 5 = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

3 2 104 30 30 0 1 -130

= UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

25


10 5 0 0 2 0 0

0.2 0.2 1 1 1 1 1 1 1 100 0.1 0.05 4 4 4 4 4 0.05 0.1 1 1 1 1 1 1 1 0.01 1 1 1 1 1 10 1 1 -

dBm dBm dBm dB degrees ms % % % % dB % -

= UI_value * 10 = UI_value * 10


1.6 1.6 1 true -100 10 -116 -80 10 5 9

= UI_value = UI_value = UI_value = UI_value * 10 = UI_value * 20 = UI_value = UI_value = UI_value = UI_value = UI_value = UI_value * 20 = UI_value * 10 = UI_value = UI_value = UI_value


0 0 3000 -5 2 0.5 8 4 4 4 4 0.8 1 95 95 90 0 0 3 4 false 1 false false 151

= UI_value * 100 = UI_value = UI_value = UI_value = UI_value = UI_value

= UI_value


0 2 0 10 8 10 4 0 1 0 1 1 0

1 100 1 1 2 1 1 1 1 1 1 1 0.05 0.05 0.05 0.05 0.01 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 1 1 1 1

ms dBm dB dB s dB dBm dBm dBm dB dB dB dB dB dB dB dB dB dB -


3000 7 1 12 6 0


40 4


0

= UI_value + 140 = UI_value + 140

-110 -112

7 7 = UI_value

= UI_value * 20 = UI_value * 20 = UI_value * 20 = UI_value * 20 = UI_value * 100 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value * 2 = UI_value = UI_value = UI_value

false 1.6 1.6 1.4 1.4 1.02 -104 0 0 0 0 0 0 0 2 0 0 0 1 1 1 2 640 0

= UI_value

false 0 10

1 1 2 2 2 2 1 1 1 1 1 2 0.5 1 0.1 1 0.5 1 0.5 0.5 1 2 1 1 1 1 1 1 1 1 1 1 0.01 1 10 1 -

characters dB % % dB dBm dB dBm dB dB dB dBm dBm dBm dBm dBm dBm dBm dBm dBm dBm µs subframes ms s -

= UI_value

10

= UI_value = UI_value = UI_value = UI_value = UI_value = UI_value

1 6 124 4 32 5 1


100 0

= UI_value / 2 = UI_value * 2 = UI_value = UI_value * 10

4 6 15 1 0

= UI_value + 140 = (UI_value + 20) * 2 = UI_value + 140 = (UI_value + 20) * 2 = UI_value * 2 = UI_value = UI_value = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value + 140 = UI_value * 100

-105 -15 -94 -12 -19 2 4 -50 -117 -115 -115 -113 -100 -96 -116 -114 -122 0.52 6 2000 1050 9 1 1 9 9 9 8 8 9 7 300 3


= UI_value

1000 100 100 1 10 1 1 1 100 1 1 1 5 1 1 1 1 1 1

ms ms ms tb % % ms characters ms dBm dBm dB dB -

= UI_value


3 8000 5 2 3 5 6 1 180 0 0 3000 2000


false 30 10 10 1 1000 2


0 0 0

= UI_value

false 0 100 0 0


0 -113 -88 2 20 2 1000

= UI_value

65536

Default value notes

QPSK

eUlLa

default value for 10MHz BW default value for 10MHz BW default value for 10MHz BW The recommended default value depends on min(ulChBw, dlChBw) with following condition default value for 10MHz BW min(ulChBw, dlChBw) = '1.4value MHz',depends recommended default 6 dlChBw) with following condition The recommended default on min(ulChBw, default value dlChBw) for 10MHz BW min(ulChBw, = '1.4 '3 MHz', recommended default 3512 min(ulChBw, dlChBw) = MHz', recommended default default value depends on min(ulChBw, dlChBw) with following condition default value dlChBw) is set for = dlChBw) setdefault to '10 MHz' min(ulChBw, dlChBw) =min(ulChBw, '5 MHz', MHz', recommended recommended default 35 min(ulChBw, '3 60 min(ulChBw, dlChBw) = '5 Mhz', recommended default 15 default value dlChBw) depends =on'10 min(ulChBw, dlChBw) with following condition min(ulChBw, MHz', recommended default 35 default value dlChBw) is set for = dlChBw) setdefault to '10 MHz' min(ulChBw, dlChBw) =min(ulChBw, '5 MHz', recommended 60 min(ulChBw, '10 Mhz',recommended recommended default 15 min(ulChBw, dlChBw) = '5 Mhz', default 15 min(ulChBw, dlChBw) = '15 MHz', recommended default 90 min(ulChBw, dlChBw) = '10 MHz', recommended default 60 min(ulChBw, dlChBw) dlChBw) = = '10 '15 Mhz', MHz', recommended recommended default default 20 30 min(ulChBw, min(ulChBw, dlChBw) dlChBw) = = '15 '20 MHz', MHz', recommended recommended default default 120 135 min(ulChBw, min(ulChBw, dlChBw) dlChBw) = = '15 '20 MHz', MHz', recommended recommended default default 30 40 min(ulChBw, min(ulChBw, dlChBw) = '20 MHz', recommended default 150 min(ulChBw, dlChBw) = '20 MHz', recommended default 40

FBT2 (Aperiodic reporting family 3.x)

allEqual

Default value update based on best field test results Default value update based on best field test results Not barred

0dB

Not reserved for operator use Not reserved for operator use

20ms

no information available DCI format 1C

TRUE means DRX Apply Device Type

160ms

64n 128rf

corresponding to 2 dB in range of -2 dB to 12 dB

TXDiv

the default profile 3 db is default

enabled Better cell HO by default enabled Coverage HO by default enabled

15km

fc4 fc4 fc4 fc4 fc2

Default of 100% provides same behavior than in legacy case.

0dB

The size of the large size Random Access Msg3 may be restricted depending on the setting of raLargeMcsUl: ulChBw = '1.4 Mhz', if raLargeMcsUl is equal to its default the TBS of Msg3 is 328 bit ulChBw = '3 Mhz', if raLargeMcsUl is equal to its default the TBS of Msg3 is 504 bit

2000 ms

default value for 10MHz BW The default value is set for min(ulChBw, dlChBw) set to '10 MHz' . default value depends on min(ulChBw, dlChBw) with following condition min(ulChBw, dlChBw) = '5 Mhz', default 75 dlChBw) with following condition The recommended default valuerecommended depends on min(ulChBw, min(ulChBw, Mhz',recommended recommendeddefault default480 100 min(ulChBw, dlChBw) dlChBw) = = '10 '5 MHz', min(ulChBw, dlChBw) dlChBw) = = '10 '15 MHz', MHz', recommended recommended default default 600 100 min(ulChBw, min(ulChBw, dlChBw) dlChBw) = = '15 '20 MHz', MHz', recommended recommended default default 1200 100 min(ulChBw, min(ulChBw, dlChBw) = '20 MHz', recommended default 1200

the default value depends on dlChBw parameter setting: dlChBw = '1.4 MHz', '3 MHz' or '5 MHz', recommended default is 7 dlChBw = '10 MHz', recommended default is 14 dlChBw = '15 MHz', recommended default is 17 dlChBw = '20 MHz', recommended default is 20

the default value depends on dlChBw parameter setting: dlChBw = '5 MHz', recommended default is 7 dlChBw = '10 MHz', recommended default is 14 ueCapability dlChBw = '15 MHz', recommended default is 17 dlChBw = '20 MHz', recommended default is 20

The default value is set for min(ulChBw, dlChBw) set to '10 MHz' .

If dlChBw is equal to '3 MHz' it is recommended to set the parameter to '3'. The recommended default values are: -The if ulChBw set to MHz':6 default is value is '1.4 set for min(ulChBw, dlChBw) set to '10 MHz' . - if ulChBw is set to '3 MHz': 15 -The if ulChBw is set to '5 MHz': 25 depends on min(ulChBw, dlChBw) with following condition: recommended default value - if ulChBw is dlChBw) set to '10=MHz': 50 recommended default 20 min(ulChBw, '1.4 Mhz', -min(ulChBw, if ulChBw is dlChBw) set to '15=MHz': 75 recommended default 80 '3 Mhz', -min(ulChBw, if ulChBw is dlChBw) set to '20=MHz':100 '5 Mhz', recommended default 300 min(ulChBw, dlChBw) = '10 Mhz', recommended default 300 min(ulChBw, dlChBw) = '15 MHz', recommended default 600 min(ulChBw, dlChBw) = '20 MHz', recommended default 600 cpichRSCP

2

Same periodicity as chosen for CQI

north direction

if dlChBw set to '3 MHz' it is recommended to configure '1.0'

Normal

High speed is not supported

quarterT

20 ms = 20sf

0 ms = 0sf

value 4 means 10dB With the default value of '0', maximum sensitivity is used.

1

channel unaware

Default is proposed w.r.t the default values of parameters drxLongCycle and drxShortCycle. Maximum value of parameter range is proposedin order to keep the UE as long as possible in-synch, when drxSmartProfile2 is configured w/o any GBR bear Default is proposed w.r.t the default values of parameters drxLongCycle and drxShortCycle. Default is proposed w.r.t the default values of parameters drxLongCycle and drxShortCycle.

None

-96 dBm

-123 dBm Corresponds to 16*Ts

4000ms

MixedFD no uncertainty no uncertainty no uncertainty

MRC

ownCarrierFreq

Required on creation Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Optional Optional Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Optional Optional Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory

Special value

Related functions - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - Packet Scheduler Control - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast

System information

Modification onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine

Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Mandatory Mandatory Optional Mandatory Mandatory Optional Optional Mandatory Mandatory

- System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - Packet Scheduler Control - Packet Scheduler Control - DRX Control - DRX Control - Packet Scheduler Control - Packet Scheduler Control - Operability - MIMO Control - Packet Scheduler Control -- Radio Radio Link Link Quality Quality Control Control - Bearer Management - Radio Link Quality Control - Packet Scheduler Control - DRX Control - Operability - Handover Control - Handover Control - Radio Link Quality Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - System Information Broadcast

0

- Radio L1/2 Configuration - Radio Link Quality Control - RAN Common Signalling - Packet Scheduler Control - BTS Site Configuration - BTS Site Configuration - Admission Control -- Packet Scheduler DRX Control - Radio Admission Control - Operability - Operability - Packet Scheduler Control - Handover Control - Handover Control - Radio L1/2 Configuration

onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine objectLocking onLine objectLocking onLine onLine objectLocking onLine onLine onLine unmodifiable objectLocking objectLocking onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine unmodifiable objectLocking onLine objectLocking onLine onLine onLine onLine onLine objectLocking

Optional Optional Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Optional Optional Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Optional Optional Mandatory Mandatory Mandatory

- Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Radio L1/2 Configuration - Packet Scheduler Control - Packet Scheduler - Packet Scheduler Control - Packet Scheduler - Packet Scheduler Control - Load Control - Load Control - Load Control - Handover Control - BTS Site Configuration - System Information Broadcast - System Information Broadcast - System Information Broadcast

- System Information Broadcast - System Information Broadcast - UE Control - System Information Broadcast - System Information Broadcast - Radio Admission Control - Scheduling Request Configuration - Load Control -- Packet Scheduler Radio Link QualityControl Control - RAN Common Signalling - Load Control - Load Control - Load Control - Packet Scheduler Control - Packet Scheduler Control - Load Control - Load Control - Load Control - Packet Scheduler - Packet Scheduler Control - DRX Control - DRX Control

onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine unmodifiable onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking objectLocking objectLocking objectLocking onLine onLine unmodifiable onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine

Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory

- DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control

onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable unmodifiable onLine onLine onLine onLine onLine

Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Optional Value set by the system Mandatory Mandatory Optional

0

- DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - Packet Scheduler - Packet Scheduler - System Information Broadcast - RAN Common Signalling - RAN Common Signalling - Packet Scheduler - Power Control - Power Control - Power Control - Power Control - Power Control - Power Control - Power Control - RAN Common Signalling - Packet Scheduler Control - Radio L1/2 Configuration - Radio L1/2 Configuration - Packet Scheduler Control - Packet Scheduler Control - Packet Scheduler Control - Packet Scheduler - Radio L1/2 Configuration - RAN Common Signalling - Radio L1/2 Configuration - Radio L1/2 Configuration - Packet Scheduler Control - Operability

onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine objectLocking onLine unmodifiable objectLocking objectLocking objectLocking

Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Value set by the system Mandatory Optional Optional Optional Optional Optional Optional Optional Optional Optional Mandatory Optional Optional Mandatory Mandatory Optional Optional Optional Optional Mandatory Mandatory Mandatory Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Optional

- RAN Common Signalling - Packet Scheduler - Packet Scheduler - Packet Scheduler Control - Packet Scheduler Control - Packet Scheduler - Packet Scheduler Control - Packet Scheduler -- Aperiodic Configuration Handover CQI Control - Handover Control - Packet Scheduler - Radio L1/2 Configuration - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler Control - Periodic CQI Configuration - Radio Link Quality Control - Operability - Radio Link Quality Control - Radio Link Quality Control - Radio Link Quality Control - Radio Link Quality Control - Radio Link Quality Control - Radio Link Quality Control - Radio Link Quality Control - Power Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - System Information Broadcast - Packet Scheduler Control - Packet Scheduler

0

- Handover Control - UE Control - Packet Scheduler - Load Control - Load Control - Load Control - Packet Scheduler Control Operability -- Packet Scheduler Control -- Operability UE Control - Packet Scheduler Control - Packet Scheduler - Packet Scheduler - Packet Scheduler Control - Load Control - System Information Broadcast

onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine unmodifiable onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking unmodifiable onLine onLine onLine objectLocking objectLocking onLine onLine onLine onLine onLine onLine onLine

Mandatory Mandatory Optional Optional Mandatory Mandatory Mandatory Optional Mandatory Optional Mandatory Mandatory Optional Mandatory Optional Mandatory Mandatory Optional Optional Optional Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Optional Optional Optional Mandatory Optional Optional Mandatory

31

- System Information Broadcast - System Information Broadcast - Handover Control - System Information Broadcast - Load Control - Load Control - Load Control - Load Control - Load Control - Radio Link Quality Control - Radio L1/2 Configuration - Handover Control - Load Control - System Information Broadcast - Load Control - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - System Information Broadcast - Packet Scheduler - Operability - RAN Common Signalling - Packet Scheduler Control - Load Control - Load Control - Load Control - Load Control - Load Control - Load Control - Handover Control - Power Control - Power Control - Power Control - Power Control - Packet Scheduler Control -- Operability Packet Scheduler - Packet Scheduler - MIMO Control - Packet Scheduler Control -- Operability Packet Scheduler Control -- Operability Radio Admission Control - Radio Admission Control - Radio Admission Control - Radio Admission Control - Packet Scheduler Control - Packet Scheduler Control - System Information Broadcast - Packet Scheduler Control -- Operability Packet Scheduler Control -- Operability Radio Admission Control - Packet Scheduler Control - Packet Scheduler Control - Packet Scheduler

onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine unmodifiable unmodifiable onLine onLine objectLocking onLine onLine onLine objectLocking onLine objectLocking onLine unmodifiable onLine onLine onLine onLine objectLocking onLine onLine objectLocking objectLocking objectLocking onLine onLine onLine onLine onLine onLine onLine onLine objectLocking objectLocking onLine onLine onLine onLine

Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Optional Mandatory Mandatory Optional Optional Mandatory Mandatory Optional Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory

- Packet Scheduler - Radio Admission Control - Radio Admission Control - Radio Admission Control - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler - Random Access - Radio Admission Control - Packet Scheduler - Packet Scheduler Control - Packet Scheduler - Packet Scheduler - Packet Scheduler Control - Radio Admission Control - Radio Admission Control - System Information Broadcast - Load Control - Packet Scheduler - System Information Broadcast - Radio L1/2 Configuration - Handover Control - Handover Control - System Information Broadcast - System Information Broadcast - Radio Link Quality Control - System Information Broadcast - System Information Broadcast - Packet Scheduler Control - Radio Link Quality Control - Packet Scheduler Control - Admission Control - Admission Control - Load Control - Packet Scheduler Control - System Information Broadcast - System Information Broadcast - System Information Broadcast - Radio Link Quality Control - System Information Broadcast

- System Information Broadcast - System Information Broadcast

- Handover Control - Handover Control - Handover Control - Handover Control - Load Control -- Packet SystemScheduler InformationControl Broadcast - Radio L1/2 Configuration

onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine unmodifiable unmodifiable onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine

Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Value set by the system Mandatory Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Optional Optional Optional Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Optional

- Periodic CQI Configuration - Packet Scheduler Control - Radio Link Quality Control - Load Control - Power Control - Power Control - System Information Broadcast - System Information Broadcast - Random Access - System Information Broadcast - RAN Common Signalling - RAN Common Signalling - Packet Scheduler Control - Packet Scheduler - Packet Scheduler Control - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler - Radio Link Quality Control - Load Control - Load Control - Load Control - Packet Scheduler - Packet Scheduler - UE Control - UE Control - Packet Scheduler Control - UE Control - System Information Broadcast -- Radio Radio L1/2 L1/2 Configuration Configuration - System Information Broadcast -- Radio Configuration SystemL1/2 Information Broadcast Radio L1/2 Configuration -- System Information Broadcast Radio L1/2 Configuration -- System Information Broadcast Radio L1/2 Configuration -- System Information Broadcast -- Radio Configuration SystemL1/2 Information Broadcast -- Radio Configuration SystemL1/2 Information Broadcast -- Radio Configuration PacketL1/2 Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler - Packet Scheduler Control - System Information Broadcast - UE Control - Radio L1/2 Configuration - Radio L1/2 Configuration - Packet Scheduler Control - Packet Scheduler Control - Radio Admission Control

onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine objectLocking onLine unmodifiable onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking objectLocking

objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking unmodifiable objectLocking objectLocking objectLocking objectLocking onLine onLine onLine onLine objectLocking onLine onLine

Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Optional Mandatory Mandatory Mandatory Optional Optional Mandatory Optional Optional Mandatory Mandatory Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory

- System Information Broadcast - System Information Broadcast - System Information Broadcast - Packet Scheduler Control - Handover Control - System Information Broadcast - Radio L1/2 Configuration

- System Information Broadcast - System Information Broadcast - Packet Scheduler - System Information Broadcast - Random Access - UE Control - Radio L1/2 Configuration - Handover Control - Handover Control - Handover Control - Handover Control - Random Access - Random Access - Handover Control - Handover Control - Radio Link Quality Control - Packet Scheduler Control - Packet Scheduler - Packet Scheduler Control - Packet Scheduler - Packet Scheduler - Radio Link Quality Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - System Information Broadcast - System Information Broadcast - System Information Broadcast - RAN Common Signalling - RAN Common Signalling - Packet Scheduler Control - E-RAB Control - System Information Broadcast - System Information Broadcast - Radio L1/2 Configuration - Packet Scheduler Control

onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking objectLocking onLine onLine onLine onLine onLine onLine objectLocking objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine unmodifiable onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking objectLocking

Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Optional Mandatory Optional Optional Optional Mandatory Optional Optional Mandatory Optional Mandatory Mandatory Optional Mandatory Mandatory Optional Optional Optional Optional Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Optional Mandatory Mandatory Optional Optional Optional Mandatory Mandatory Mandatory

- Handover Control - DRX Control - DRX Control - DRX Control - DRX Control - DRX Control - Packet Scheduler - Packet Scheduler - System Information Broadcast - Packet Scheduler Control - Handover Control - Load Control - Packet Scheduler Control - System Information Broadcast - System Information Broadcast - System Information Broadcast - Power Control - Radio Link Quality Control - Radio Link Quality Control - Radio Link Quality Control - Packet Scheduler Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Packet Scheduler Control -- Radio Quality Control SystemLink Information Broadcast - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Packet Scheduler - Radio L1/2 Configuration - Radio L1/2 Configuration - Power Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Handover Control - Radio Admission Control - System Information Broadcast

onLine onLine onLine onLine onLine onLine unmodifiable onLine onLine objectLocking onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine

Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Optional Mandatory Mandatory Mandatory Mandatory Mandatory Optional Optional Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Mandatory Optional Mandatory

- System Information Broadcast - Admission Control - Handover Control - Handover Control - Handover Control - Handover Control - System Information Broadcast - UE Control - System Information Broadcast - System Information Broadcast - Radio Admission Control - Handover Control - System Information Broadcast - System Information Broadcast - Packet Scheduler - Packet Scheduler Control

0

65536

- Packet Scheduler - Handover Control - Packet Scheduler Control - Load Control - RAN Common Signalling - RAN Common Signalling - RAN Common Signalling - BTS Site Configuration - Load Control - Load Control - Packet Scheduler Control - Radio L1/2 Configuration - Packet Scheduler Control - Power Control - Power Control - Uplink PHY - Power Control - Power Control - Power Control - Power Control - Packet Scheduler - Handover Control - Handover Control

onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine objectLocking onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine onLine

Modified

Supported BTSes

Related parameters

- eCallAcBarred of LNCEL - null actAutoAcBarring LNBTS - null -- dlChBw of LNCELof - null -- acBarSigOvl of LNCEL LNCEL-- null null maxCrSibDl of - dlChBw of LNCEL - null -- acBarOcOvl of LNCELof- LNCEL null acBarMMTelVideoOc - null maxCrSibDl of LNCEL -- dlChBw of LNCEL - null- null -- actAutoAcBarring of LNBTS - null acBarMMTelVoiceOc of- LNCEL - null -- maxCrSibDl of LNCEL null dlChBw of LNCEL - null -- actAutoAcBarring of LNBTS acBarCsfbOcofofLNCEL LNCEL - null- null -- maxCrSibDl dlChBw of LNCEL - null- null actAutoAcBarring of- LNBTS - null --- acBarOc of LNCEL null maxCrSibDl of LNCEL - null - acBarAC of LNCEL - null actAutoAcBarring of-LNBTS - null --- acBarSig of LNCEL null actAutoAcBarring of-LNBTS - null -- acBarAC of LNCEL null eCallAcBarredOvl of LNBTS LNCEL null -- actAutoAcBarring of -- null probFacOvl of LNCEL null actAutoAcBarring of-LNBTS - null --- acBarAC of LNCEL null eCallAcBarredOvl of LNCEL - null probFacOvl of LNCEL - null --- actAutoAcBarring of LNBTS ocAcBarAC of LNCEL - null - null probFacOvl of LNCEL - null --- actAutoAcBarring of LNBTS sigAcBarAC of LNCEL - null - null -- ocAcProbFacOvl actAutoAcBarringof ofLNCEL LNBTS--null null - sigAcProbFacOvl of LNCEL - null

- probFac of LNCEL - null actAutoAcBarring LNBTS - null -- probFac of LNCELof- null -- acBarACOvl of LNCEL - null - null actAutoAcBarring LNBTS - probFac of LNCELof- null acBarACOvl of LNCEL - null --- actAutoAcBarring of LNBTS ocAcProbFac of LNCEL - null- null acBarACOvl of LNCEL - null - null --- actAutoAcBarring of LNBTS sigAcProbFac of LNCEL - null -- ocAcBarACOvl of of LNCEL - null actAutoAcBarring LNBTS - null - deltaPucchShift of LNCEL - null -- sigAcBarACOvl of LNCEL - null dlChBw ofofLNCEL - acBarOc LNCEL- -null null -- maxNumRrc of LNCEL - null acBarSigofofLNCEL LNCEL - null - dlChBw - null -- nCqiRb of LNCEL -ofnull eCallAcBarredOvl LNCEL -: -- eCallAcBarred of LNCEL of LNCEL - null ofnull - dlChBw maxNumRrcEmergency LNCEL - null maxCrSibDl of of LNCEL LNCEL -- null null --- maxCrSibDl dlChBw of LNCEL - null acBarSigOvl of LNCEL - null --- acBarMMTelVideoOcOvl of LNCEL - null of LNCEL - maxCrSibDl dlChBw of LNCEL - null- null -- acBarMMTelVoiceOcOvl of LNCEL - null maxCrSibDl of LNCEL - dlChBw of LNCEL - null- null -- acBarCsfbOcOvl of LNCEL - null eCallAcBarred of LNCEL - probFac of LNCEL - null - null maxCrSibDl of LNCEL -- null --- acBarACOvl of LNCEL null probFac of LNCEL - null - acBarOcOvl of LNCEL - null -- acBarACOvl of LNCEL probFac of LNCEL - null- null -- acBarACOvl of LNCEL ocAcProbFac of LNCEL- -null null ocAcBarACOvlofofLNCEL LNCEL- -null null -- sigAcProbFac - sigAcBarACOvl of LNCEL - null

- acBarAC of LNCEL - null probFacOvl of LNCEL - null -- acBarAC of LNCEL - null probFacOvl of LNCEL - null -- acBarAC of LNCEL - null probFacOvl of of LNCEL LNCEL -- null null -- ocAcBarAC -- ocAcProbFacOvl of LNCEL sigAcBarAC of LNCEL - null- null -- sigAcProbFacOvl of LNCEL - null dlsOldtcTarget of LNCEL - dlsOldtcTarget must be configured if actDlsOldtc is set to 'true'

- cqiPerNp of LNCEL - cqiPerNp is for small bandwdth settings restricted in its range dependent on actDrx -- dlChBw LNCEL- -null for dlChBw '1.4 MHz ' and '3 Mhz' additional restrictions are applicable based on configured actDrx actDrx ofofLNCEL - dlMimoMode of LNCEL - for dlMimoMode 'Closed Loop Mimo' or 'Dynamic Open Loop MIMO' additional restrictions are applicable based on configured actD - ulChBw of LNCEL - null - riEnable of LNCEL - if riEnable is set to 'true' and additionally riPerOffset is not set to '-1' or riPerM is not set to '1', actDrx must be set to 'false' -- ulsSchedMethod of LNCEL - null actSuperCell of LNCEL - if actSuperCell is set 'true', actRIPAlarming must be configured to 'false' - riPerM of LNCEL - if riPerM is not set to '1' andtoadditionally riEnable is set to 'true', actDrx must be set to 'false' -- actUlLnkAdp of LNCEL - nullof LNBTS - only if actVendSpecCellTraceEnh is set to 'true', actRIPAlarming can be configured to 'true' actVendSpecCellTraceEnh - dlChBw of LNCEL - if -dlChBw set to is '1.4 or '-1' '3 MHz', actTtiBundling mustisbeset configured to 'false' riPerOffset of LNCEL if riPerOffset notMHz' set to and additionally riEnable to 'true', actDrx must be set to 'false' - srsActivation of LNCEL - null actUlLnkAdp of if actUlLnkAdp is set to ('eUlLa' 'fUlLa'), actTtiBundling is allowed to to be'true' configured to 'true' cellResourceSharingMode is not drxInactivityT of LNCEL LNCEL drxInactivityT must be configured to or a value greater than '8' if actDrx is set (precondition: --- dlChBw of LNCEL - null -- only actUlpcMethod of LNCEL - null -- eUlLaLowMcsThr of LNCEL - eUlLaLowMcsThr must be configured actTtiBundling set to 'true' actUlLnkAdp set to 'fUlLa') drxOnDuratT of LNCEL - drxOnDuratT must be configured to a valueif greater than '8' is if actDrx is set(precondition: to 'true' (precondition: cellResourceSharingMode is not raRespWinSize LNCEL -null null - actConvVoice of LNBTS --null ulsPuschMask ofof LNCEL -- eUlLaLowPrbThr of LNCEL - eUlLaLowPrbThr must be configured actTtiBundling set to 'true' actUlLnkAdp set to 'fUlLa') drxRetransT LNCEL - -drxRetransT must be configured to a valueif greater than '8' is if actDrx is set(precondition: to 'true' (precondition: cellResourceSharingMode is not s siWindowLenofof LNCEL null -- drxLongCycle of LNCEL drxSmartProfile2-drxLongCycle must be equal to drxSmartProfile2-drxShortCycle in the LNCEL (precondition: actQci1eVTT is set riEnable of LNCEL -ofriEnable be configured to 'true' if actFastMimoSwitch set to 'true' to 'true' if actTtiBundling is set to 'true' enforceTtiBundling LNBTS - qciTabOperator-enforceTtiBundling is allowed toisbe configured drxInactivityT of LNCEL - null must --- dlInterferenceEnable of LNCEL - null drxShortCycle of LNCEL - must drxSmartProfile2-drxShortCycle must be equal is toset drxSmartProfile2-drxLongCycle in the LNCEL (precondition: actQci1eVTT is se -- riPerM of LNCEL riPerM be configured to '1' if actFastMimoSwitch to 'true' harqMaxTrUlTtiBundling LNCEL is 'true' LNCEL-harqMaxTrUlTtiBundling is mandatory required if actTtiBundling is set to 'true' drxLongCycle of LNCEL -ofnull -- ulsFdPrbAssignAlg of LNCEL - null - If LNCEL-actTtiBundling qci1eVTTConfig of LNCEL - qci1eVTTConfig must be configured if actQci1eVTT isisset toto'true' -- riPerOffset of of LNCEL - riPerOffset mustmust be configured tois'-1' actFastMimoSwitch set 'true' LNCEL ttiBundlingBlerTarget mandatory if actTtiBundling set to to 'true' 'true' (precondition: cellResourceSharingMode is not drxOnDuratT LNCEL - drxOnDuratT be configured toifamust value greater than if actDrx isis set - ttiBundlingBlerTarget dlChBw ofof LNCEL - If of dlChBw is-set to '1.4 MHz', actLdPdcch berequired configured to'8''false' gpsInUse BTSSCL - null -- mimoClConfig of LNCEL -ofif LNCEL dlMimoMode isbe setconfigured to ('ClosedtoLoop Mimo' or 'Closed Loop MIMO and set to 'false', mimoClConfig ttiBundlingBlerThreshold ttiBundlingBlerThreshold is mandatory required if actTtiBundling is setactFastMimoSwitch to 'true' drxRetransT of LNCEL drxRetransT must a value greater than '8' if actDrx is (4x2)') set to 'true' (precondition: cellResourceSharingMode is not sm - maxNrSymPdcch LNCEL - actLdPdcch setting depends on maxNrSymPdcch actDrx of LNCEL -ofnull ttiBundlingSinrThreshold of LNCEL - ttiBundlingSinrThreshold is mandatory required actTtiBundling is set(precondition: to 'true' drxRetransT ofofLNCEL - -drxRetransT must be configured to a value greater than '8' if ifactDrx is set to 'true' cellResourceSharingMode is not s -- phichDur of LNCEL - actLdPdcch setting depends on phichDur drxInactivityT LNCEL null -- dlChBw of LNCEL - dlChBwofisLNCEL not allowed to configured '1.4 MHz' or '3 MHz' actNbrForNonGbrBearers is set to 'true' cellResourceSharingMode -must only if be cellResourceSharingMode set to 'none' or 'DLonly' actTtiBundling is allowed to be configured to 'true'is not s drxRetransT of be configured toto a value greater than '8'ififfor actDrx is set to 'true' (precondition: cellResourceSharingMode - pdcchUlDlBal ofLNCEL LNCEL---drxRetransT if actLdPdcch is 'false', pdcchUlDlBal setting is is fixed used UL and DL split drxOnDuratT of LNCEL null -- ulsFdPrbAssignAlg of LNCEL -ifulsFdPrbAssignAlg must be configuredcan to 'Mixed FD' if actNbrForNonGbrBearers is set to 'true' dlOlqcEnable of LNCEL only dlOlqcEnable is 'true', actOlLaPdcch be set to 'true' qci1DlTargetBler of LNCEL null cellType of LNCEL null - cellResourceSharingMode drxRetransT of LNCEL - nullof LNCEL - actLdPdcch setting depends on cellResourceSharingMode actEnhAcAndGbrServices of LNBTS - only if actEnhAcAndGbrServices is setistoset 'true', actNbrForNonGbrBearers can be configured to 'true' --- pdcchCqiShift ofLNCEL LNCEL pdcchCqiShift be'true' configured actOlLaPdcch to 'false' 'true' qci1UlTargetBler of LNCEL - null actSmartDrx ---ifnull actSmartDrx ismust set to actDrx ifcannot be configured to drxInactivityTof of LNCEL maxPrbsPerNbrUe LNCEL - maxPrbsPerNbrUe mustmust be configured if actNbrForNonGbrBearers set to 'true' --- pdcchHarqTargetBler of LNCEL - pdcchHarqTargetBler be configured if actOlLaPdcch is set tois'true' qci1HarqMaxTrDl ofofLNCEL - null drxInactivityT of LNCEL null drxLongCycle of LNCEL null actDrx of LNCEL -of null --- nbrCongHandling LNCEL nbrCongHandling must be configured if actNbrForNonGbrBearers is set to 'true' qci1HarqMaxTrUl of LNCEL -- null drxInactivityT of LNCEL null -- drxOnDuratT of LNCEL null of of LNCEL - null -- drxProfilePriority maxNbrTrafficLimit LNCEL - maxNbrTrafficLimit must be configured if actNbrForNonGbrBearers is set to 'true' LNCEL null drxRetransT ofofLNCEL - -null -- drxInactivityT drxProfilePriority of LNCEL - null drxRetransT of -- drxOnDuratT ofLNCEL LNCEL--null null -- drxLongCycle of LNCEL LNCEL-- null null drxInactivityT of -- drxRetransT drxRetransT of of LNCEL LNCEL -- null null actUeBasedAnrIntraFreqLte of LNBTS - null --- drxOnDuratT of of LNCEL - null deltaTfEnabled LNCEL - null drxRetransT of LNCEL null --- drxRetransT srsPwrOffset of of LNCEL LNCEL --- null null --- btsSyncMode ofLNCEL BTSSCL - null drxInactivityTofof LNCEL null tPeriodicPhr - -null -- maxGbrTrafficLimit of LNCEL - maxGbrTrafficLimit + max(LNCEL-addGbrTrafficRrHo, LNCEL-addGbrTrafficTcHo) =< 90 of LNCEL LNCEL null drxRetransT of -- null - actUlLnkAdp eUlLaAtbPeriod of LNCEL - null -- addGbrTrafficTcHo of LNCEL -- maxGbrTrafficLimit drxOnDuratT of LNCEL null maxGbrTrafficLimit of LNCEL maxGbrTrafficLimit + + max(LNCEL-addGbrTrafficRrHo, max(LNCEL-addGbrTrafficRrHo, LNCEL-addGbrTrafficTcHo) LNCEL-addGbrTrafficTcHo) =< =< 90 90 drxInactivityT of LNCEL null - eUlLaBlerAveWin of LNCEL - null maxNbrTrafficLimit of LNCEL -- maxNbrTrafficLimit >= maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) must be less or equal to 90 actLdPdcch of LNCEL null --- addGbrTrafficRrHo of LNCEL LNCEL-maxGbrTrafficLimit + max(LNCEL-addGbrTrafficRrHo,LNCEL-addGbrTrafficTcHo) drxRetransT of LNCEL null dlChBw of LNCEL - value range eUlLaDeltaMcs of LNCEL - null depends on DL channel bandwidth --- actETWS of LNBTS null maxNbrTrafficLimit of-LNCEL LNCEL -null maxNbrTrafficLimit >= maxGbrTrafficLimit max(addGbrTrafficRrHo,(calculation addGbrTrafficTcHo) cellResourceSharingMode of- LNCEL - null maxNumRrcEmergency of LNCEL - maxNumRrcEmergency is impacted by+ addEmergencySessions in maxNumRrcEmergency, precondition: a eUlLaLowMcsThr of dlChBw ofofLNCEL - null --- actCMAS LNBTS - null - null eUlLaLowPrbThr of LNCEL maxNumRrc of LNCEL null -- dlChBw of LNCEL null actEnhAcAndGbrServices of LNBTS - null eUlLaPrbIncDecFactor of LNCEL - null --- ulChBw of --null maxNumRrc of LNCEL cellType of LNCEL LNCEL null-- null -- dlChBw of LNCEL - value depends on dlChBw srsActivation of LNCEL null -- addAUeRrHo of LNCEL null ulChBw of LNCEL - null- null ofof LNCEL maxNumRrc maxNumRrc impacted by addNumQci1DrbRadioReasHo (calculation in maxNumRrc, precondition: actConvVoice set to 'true') --- drxRetransT dlChBw of LNCEL - value depends on isdlChBw actTtiBundling LNCEL null addAUeTcHo of -- --null -- addAUeRrHo ofofLNCEL LNCEL null LNCEL null ulChBw of LNCEL - value on isulChBw -- actTtiBundling maxNumRrc of LNCEL - maxNumRrc impacted by addNumQci1DrbTimeCriticalHo (calculation in maxNumRrc, precondition: actConvVoice set to 'true') redBwMinRbUl of LNCEL -depends null dlChBw of LNCEL Value depends on dlChBw addNumDrbTimeCriticalHo of LNCEL null -- addAUeTcHo of LNCEL null actInterFreqLB ofofLNBTS addEmergencySessions of-depends LNCEL it is recommended to configure addEmergencySessions to a greater value than addNumQci1DrbRadioReasHo ulChBw of LNCEL -LNCEL value ulChBw fUlLAAtbTrigThr LNCEL -null null -on --- maxNumRrc of LNCEL maxNumRrc is impacted by addAUeRrHo (calculation in maxNumRrc, precondition: riEnable set to 'true') maxNumActDrb of null dlChBw ofofLNCEL - Value depends dlChBw addNumDrbRadioReasHo of LNCEL - null actIdleLB LNBTS - nullof -- maxNumRrcEmergency LNCEL --on maxNumRrcEmergency is impacted by addNumQci1DrbRadioReasHo (calculation in maxNumRrcEmergency, precond addEmergencySessions of LNCEL it is recommended to configure addEmergencySessions to a greater value than addNumQci1DrbTimeCriticalHo actEicic of LNCEL null -- ulChBw of LNCEL Value depends on ulChBw addEmergencySessions of LNCEL null maxNumRrc maxNumRrc is impacted by addAUeTcHo (calculation in maxNumRrc, precondition: riEnable set to 'true') maxNumActDrb of LNCEL - null of LNCEL - of null -- actSmartDrx maxNumRrcEmergency LNCEL maxNumRrcEmergency is impacted by addNumQci1DrbTimeCriticalHo (calculation in maxNumRrcEmergency, precond maxNumRrcEmergency LNCEL maxNumRrcEmergency is impacted by addAUeRrHo (calculation in maxNumRrcEmergency, precondition: actIMSEme null - ulChBw of LNCEL - Value depends ulChBw addEmergencySessions of LNCEL --on null of LNCEL -of null -- drxOnDuratT enableGrflShdn ofofLNBTS - -administrativeState can is beset settoto'true' 'shutting down'checks only if enableGrflShdn is set to 'Enabled' actCompChecks LNBTS when actCompChecks additional are executed - maxNumRrcEmergency of LNCEL maxNumRrcEmergency is impacted by addAUeTcHo (calculation in maxNumRrcEmergency, precondition: actIMSEme null drxInactivityT of LNCEL - null - actCompChecks of LNBTS drxRetransT of LNCEL - null- when actCompChecks is set to 'true' additional checks are executed - drxOnDuratT of LNCEL - null - drxInactivityT of LNCEL - null -- drxRetransT of LNCEL - null actUlpcMethod of LNCEL - if parameter actUlpcMethod is set to 'PuschIAwPucchCL' or 'PuschIAwPucchOL' ulpcAlpha must be configured to 'alpha 1' - drxInactivityT of LNCEL - null - drxRetransT of LNCEL - null actDlIntShaping LNBTS - if actDlIntShaping is set to 'false', amountBlankedRes must be set to '0' - drxLongCycle of of LNCEL - null - drxInactivityT of LNCELof - null antBearingForAoaCalc LNCEL - null -- drxRetransT of LNCEL - null - null antElementSpacing of LNCEL - actUeBasedAnrInterFreqLte of LNBTS - null - drxOnDuratT of LNCEL - null -- dlChBw of LNCEL - if dlChBw drxRetransT of LNCEL - null set to '1.4 MHz', applyOutOfSyncState must be 'extendedDrxOnly' actUlpcMethod of LNCEL - null instance with the configured cellResourceGroupPrId must exist - crgPrId of CRGPR - the CRGPR cellResourceGroupPrId - null -- cellResourceSharingMode ofLNCEL LNCEL - if cellResourceSharingMode is set not to 'none', cellResourceGroupPrId must be configured autoACBarringStopTimerofofLNCEL - null - cellResourceSharingMode of LNCEL - null -- autoAcBarringStartTimer of LNCEL - null loadSettings of LNCEL - null cellType of LNCEL - null - null -- actDlIntShaping of LNBTS -- actEicic of LNCELof - null idleLBCapThresh LNCEL - null - sib2xTransmit of LNCEL - null - maxNumRrc of LNCEL - null - nCqiRb of LNCEL - null - prachFreqOff of LNCEL - null - ulChBw of LNCEL - null - maxNumRrcEmergency of LNCEL - null - selectOuterPuschRegion of LNCEL - null

- dlChBw of LNCEL - if dlChBw is set '1.4 MHz' or '3 MHz' and act1xCsfb is set to 'true' rttCsfbType in the LNCEL must be set to 'forbidden' -- cdfimId of CDFIM - an- ifinstance of CDFIM berttCellIdInfo created if act1xCsfb is set to 'true' and rttCsfbType is not set to 'forbidden' act1xCsfb of LNBTS act1xCsfb is set tomust 'true', must be configured (precondition: rttCsfbType for the cell is set to 'R9e1xCsfb') -- redirRat of REDRT - at- least one REDRT instance configured csFallBPrio and must another configured emerCallPrio (each witch rttCsfbType of LNCEL if rttCsfbType for the cell iswith set to 'R9e1xCsfb', rttCellIdInfo be with configured (precondition: act1xCsfb is setredirRAT to 'true') set to 'cdma2 redrtId of REDRT - at least one REDRT instance with configuredmust csFallBPrio and another with configured emerCallPrio (each witch redirRAT set to 'cdma20 -- act1xSrvcc of LNBTS - if act1xSrvcc is set to 'true', rttCellIdInfo be configured - emerCallPrio of REDRT - at least one REDRT instance with configured emerCallPrio where redirRAT set to 'cdma20001xRTT' must be created if act1xCsfb - act1xCsfb - null csFallBPrioofofLNBTS REDRT - at least one REDRT instance with configured csFallBPrio where redirRAT set to 'cdma20001xRTT' must be created if act1xCsfb is s - rttCsfbType of of LNCEL - null btsSyncMode BTSSCL - If act1xCsfb is equal to 'true' and btsSyncMode is not equal to 'PhaseSync' then for all LNCEL instances: rttCsfbType shall not be - act1xSrvcc of LNBTS - null - sibSchedulingList must contain a siMessageSibType 'SIB8' configuration if rttCsfbType is not set to 'forbidden' (and additionall sibSchedulingList of LNCEL - xparamId of XPARAM - an instance of XPARAM must be created if act1xCsfb is set to 'true' and rttCsfbType is not set to 'forbidden' - act1xCsfb of LNBTS - if act1xCsfb is set to 'true' rttCsfbType is mandatory required, for act1xCsfb set to 'true' and dlChBw set '1.4 MHz' or '3 MHz' rttCsfbTy for all LNCEL instances: rttCsfbType shall not be set to 'R9e1xCsfb' - rand of LNCEL - rand must be configured if act1xCsfb is set to 'true' and rttCsfbType is not set to 'forbidden' - csfbRegParam1xRtt of CDFIM - csfbRegParam1xRtt must be configured if act1xCsfb is set to 'true' and rttCsfbType is not set to 'forbidden' - c2KTimers of LNCEL - c2KTimers must be configured if rttCsfbType is set to 'R9e1xCsfb' (precondition: act1xCsfb is set to 'true') - rttCellIdInfo of LNCEL - rttCellIdInfo must be configured if rttCsfbType is set to 'R9e1xCsfb' (precondition: act1xCsfb is set to 'true') - rttRefCellId of LNCEL - structure rttRefCellId in the LNCEL instance must be configured if act1xCsfb is set to 'true' and rttCsfbType is not set to 'forbidden' - act1xCsfb of LNBTS - if act1xCsfb is set to 'true' and additionally rttCsfbType for the LNCEL instance set to 'R9e1xCsfb', c2KTimers is mandatory required rttCsfbType ofofLNCEL rttCsfbType for the LNCEL instance to 'R9e1xCsfb' and MIMO' additionally act1xCsfb is set to c2KTimers is on mandatory require -- dlMimoMode LNCEL- if- for dlMimoMode 'Closed Loop Mimo'isorset 'Dynamic Open Loop additional restrictions are'true', applicable based configured actD act1xSrvcc ofofLNBTS - if- maxNumRrc act1xSrvcc isrestricts equal toor'true', c2KTimers is mandatory required --- maxNumRrc will be restricted cqiPerNp in maxNumRrc) mimoClCqiThD LNCEL of LNCEL - mimoClCqiThU value must be equal orby greater than(calculation mimoClCqiThD - maxNumRrcEmergency of LNCEL - maxNumRrcEmergency restricts or will be restricted by cqiPerNp (calculation in maxNumRrcEmergency) - mimoOlCqiThD of LNCEL - mimoOlCqiThU must be equal or greater than mimoOlCqiThD - actDrx of LNCEL - depends on actDrx setting further limitation for the value range are appicable dependent on the dlChBw and the dlMimoMode mimoClCqiThUofofLNCEL LNCEL- -drxShortCycle mimoClCqiThU value must bevalue equaloforcqiPerNp greater than mimoClCqiThD -- drxShortCycle depends on the (please refer to calculation in cqiPerNp) mimoOlCqiThU LNCEL - mimoOlCqiThU muston bethe equal or greater than (please mimoOlCqiThD - drxOnDuratT of of LNCEL - drxOnDuratT depends value of cqiPerNp refer to calculation in cqiPerNp) -- drxShortCycle LNCEL - drxShortCycle depends on the value of cqiPerNp (please refer to calculation in cqiPerNp) actDLCAggr ofof LNBTS - null - drxOnDuratT of LNCEL - drxOnDuratT depends on the value of cqiPerNp (please refer to calculation in cqiPerNp) - drxShortCycle of LNCEL - drxShortCycle depends on the value of cqiPerNp (please refer to calculation in cqiPerNp) - drxOnDuratT of LNCEL - drxOnDuratT depends on the value of cqiPerNp (please refer to calculation in cqiPerNp) actIntraFreqLoadBal of LNBTS - if actIntraFreqLoadBal is value set to of 'true', lowerMarginCio must be configured - drxShortCycle of LNCEL - drxShortCycle depends on the cqiPerNp (please refer to calculation in cqiPerNp) -- drxOnDuratT of LNCEL - drxOnDuratT depends on the value (please refer must to calculation in cqiPerNp) actIntraFreqLoadBal of LNBTS - if actIntraFreqLoadBal is set of to cqiPerNp 'true', upperMarginCio be configured - actCompChecks of LNBTS - if actCompChecks is set to 'true' additional conditions need to be fulfilled (conditions defined in maxNumRrc)

- hrpdCResPrio of CDFIM - null - rttCResPrio of CDFIM - null - gCelResPrio of GNFL - null - uCelResPrio of UFFIM - null

- actDrx of LNCEL - null -- drxInactivityT ofLNCEL LNCEL--maxNumRrc null maxNumRrc of restricts or will be restricted by cellSrPeriod (calculation in maxNumRrc) - drxOnDuratT of LNCEL - null - actDrx of LNCEL - null - drxRetransT of LNCEL - null - drxInactivityT of LNCEL - null - drxOnDuratT of LNCEL - null - drxLongCycle of LNCEL - null - drxRetransT of LNCEL - null - drxInactivityT of LNCEL - null - drxRetransT of LNCEL - null - drxInactivityT of LNCEL - null - drxRetransT of LNCEL - null targetLoadGbrDl of LNCEL - null - drxInactivityT of LNCEL - null - actUeBasedAnrIntraFreqLte of LNBTS - null -- actEicic of LNCELof- LNCEL null targetLoadGbrDl - drxRetransT of LNCEL - null- targetLoadGbrDl =< highLoadGbrDl - prodCodePlanned of SMOD - depending on prodCodePlanned cellType is configured - hysteresisLoadDlGbr of -LNCEL drxOnDuratT of LNCEL null - null -- highLoadGbrDl of LNCEL - null actLdPdcch of LNCEL LNCEL actDlsOldtc of -- fnull actDlsOldtc is set to 'true', dlsOldtcTarget must be configured - highLoadGbrDl of LNCEL -ofnull actEnhAcAndGbrServices LNBTS - null - actDlIntShaping of LNBTS - if actDlIntShaping is set to 'false', actDlIsh must be set to 'false' - drxRetransT of LNCEL - null -- targetLoadNonGbrDl of LNCEL actTtiBundling of LNCEL - null - null targetLoadNonGbrDl LNCEL - targetLoadNonGbrDl =< highLoadNonGbrDl - actIdleLB of LNBTS - of null actSmartDrx of LNCEL - null -- hysteresisLoadDlNonGbr of LNCEL - null drxOnDuratT LNCEL null - null is set to 'true', rcAmbrMgnDl must be configured --- highLoadNonGbrDl of -LNCEL rcEnableDl of of LNCEL if- rcEnableDl drxInactivityT of LNCEL - null - null -- highLoadNonGbrDl of LNCEL dlOlqcEnableofofLNCEL LNCEL- -null if dlOlqcEnable is set to 'true', dlTargetBler must be configured -- drxRetransT pdcchHarqTargetBler of- -qci1DlTargetBler LNCEL -- dlTargetBler <= dlTargetBler is greater than 1%, dlTargetBler value shall be at least twice of pdcchHarqTargetBler drxOnDuratTofofLNCEL LNCEL null - if pdcchHarqTargetBler - actTtiBundling LNCEL - null drxRetransT ofof LNCEL - null -- drxInactivityT of LNCEL actDrx of LNCEL - null - null -- drxRetransT of LNCEL cellType of LNCEL - null- null drxInactivityT of LNCEL -- actEicic of LNCEL - null - null - drxRetransT of LNCEL - null - actUeBasedAnrInterFreqLte of LNBTS - null - drxOnDuratT of LNCEL - null - drxRetransT of LNCEL - null - cellResourceGroupPrId of LNCEL - null - idleLBCapThresh of LNCEL - null - actUtranLoadBal of LNBTS - null

- actSmartDrx of LNCEL - if actSmartDrx is set to 'true' drxInactivityT must be configured to a value greater than '8' (precondition: cellResourceSharingMode i - cellResourceSharingMode of LNCEL - if cellResourceSharingMode is not set to 'none' drxInactivityT must be configured to a value greater than '8' (precond

- actDrx of LNCEL - if actDrx is set to 'true' drxInactivityT must be configured to a value greater than '8' (precondition: cellResourceSharingMode is not set to ' -- cellResourceSharingMode of LNCEL - ifdepends cellResourceSharingMode is not set to 'none' drxInactivityT must be configured to a value greater than '8' (precond drxLongCycle of LNCEL - drxInactivityT on drxLongCycle setting - drxLongCycle of LNCEL - drxInactivityT depends on drxLongCycle setting - actDrx of LNCEL - null drxLongCycle of LNCEL -- actDrx of LNCEL - null - null -- cellType of LNCEL -- null cellType LNCEL null - actDrx ofof LNCEL - null -- actEicic of LNCEL - null- if actSmartDrx is set to 'true' drxInactivityT must be configured to a value greater than '8' (precondition: cellResourceSharingMode i actSmartDrx of LNCEL - cellType of LNCEL - null -- cellResourceSharingMode of LNCEL - ifiscellResourceSharingMode is notbe setconfigured to 'none' drxInactivityT must than be configured to a value greater than '8' (precondi actSmartDrx of LNCEL - if actSmartDrx set to 'true' drxInactivityT must to a value greater '8' (precondition: cellResourceSharingMode -- taTimer of taTimer is less than 1280, drxLongCycle must be '40ms' of LNCEL LNCEL -- ifnull - actEicic cellResourceSharingMode of LNCEL - if cellResourceSharingMode is not set to 'none' drxInactivityT must be configured to a value greater than '8' (precond -- actDrx of LNCEL - null - drxInactivityT depends on drxLongCycle setting drxInactivityT of LNCEL - actEicic of LNCEL - null - drxInactivityT of LNCEL - null - drxInactivityT of LNCEL - drxInactivityT depends on drxLongCycle setting - cellType of LNCEL - null - actETWS of LNBTS - If actETWS is 'true' , drxLongCycle must be set to '640'(precondition: actEicic is 'true' AND cellType is NOT 'large') - actEicic of LNCEL - null - cellType of LNCEL - :If cellType is NOT 'large' , drxLongCycle must be set to '640'(precondition: actEicic is 'true' AND actETWS is 'true' ) - actEicic of LNCEL - If actEicic is 'true' , drxLongCycle must be set to '640'(precondition: actETWS is 'true' AND cellType is NOT 'large') - drxShortCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle), drxShortCycle must be configured equal to drxLongCycle (pre -- smartStInactFactor of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) drxShortCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) -- actQci1eVTT of LNCEL - if actQci1eVTT is set to 'true', drxShortCycle must be configured equal to drxLongCycle smartStInactFactor of LNCEL smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) - drxShortCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) smartStInactFactor - smartStInactFactor*drxShortCycle >=tomax(200ms, drxLongCycle) -- actETWS of LNBTSof- IfLNCEL actETWS is 'true',drxLongCycle must be set '640' (precondition: actEicic is 'true' AND cellType is NOT 'large') - cellType of LNCEL - If cellType is NOT 'large',drxLongCycle must be set to '640' (precondition: actEicic is 'true' AND actETWS is 'true') - drxShortCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) - smartStInactFactor of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) -- dlChBw to '1.4 MHz' or '3MHz' drxProfile3-drxOnDuratT must be greater than 3 actEicic of of LNCEL LNCEL -- if If dlChBw actEicic is is set 'true',drxLongCycle must be set to '640' (precondition: actETWS is 'true' AND cellType is NOT 'large') - actDrx of LNCEL - if actDrx is set to 'true' drxOnDuratT must be configured to a value greater than '8' (precondition: cellResourceSharingMode is not set to ' - actOtdoa of LNCEL - if actOtdoa is 'true' drxProfile3-drxOnDuratT must be greater than 3 - cellResourceSharingMode of LNCEL - if cellResourceSharingMode is not set to 'none' drxOnDuratT must be configured to a value greater than '8' (precondi -- actUeBasedAnrIntraFreqLte - if actUeBasedAnrIntraFreqLte is setbetoconfigured 'true' drxOnDuratT be configured actEicic of LNCEL - if actEicicofisLNBTS set to 'true', drxProfile3-drxOnDuratT must to a valuemust greater or equal toto'6'a value greater than '8' (preconditio - cellResourceSharingMode of LNCEL - if cellResourceSharingMode is not set to 'none' drxOnDuratT must be configured to a value greater than '8' (precondi

- cqiPerNp of LNCEL - drxOnDuratT depends on cqiPerNp (calculation in cqiPerNp) -- actOtdoa actOtdoa is depends set to 'true', drxOnDuratT must greater than 3 cqiPerNp of of LNCEL LNCEL -- If drxOnDuratT on then cqiPerNp (calculation in be cqiPerNp) -- actSmartDrx of LNCEL actOtdoa - if actSmartDrx set tothen 'true'drxOnDuratT drxOnDuratTmust must begreater configured to a value greater than '8' (precondition: cellResourceSharingMode i is depends set tois 'true', - actOtdoa cqiPerNp of of LNCEL LNCEL -- If drxOnDuratT on cqiPerNp (calculation in be cqiPerNp) than 3 cellResourceSharingMode of LNCEL - ifiscellResourceSharingMode is notbe setconfigured to 'none' drxOnDuratT must than be configured to a value greater than '8' (precondii -- actSmartDrx of LNCEL - if actSmartDrx set to 'true' drxOnDuratT must to a value greater '8' (precondition: cellResourceSharingMode -- cqiPerNp LNCEL- if- drxOnDuratT on cqiPerNp (calculation in cqiPerNp) actEicic ofofLNCEL actEicic is setdepends to- 'true',drxSmartProfile2-drxOnDuratT must be configured to a value than ortoequal to '6' - cellResourceSharingMode of LNCEL if cellResourceSharingMode is not set to 'none' drxOnDuratT must greater be configured a value greater than '8' (precondi -- actDrx is set to to 'true' drxOnDuratT must be configured to a value greater than (precondition: cellResourceSharingMode is not set to ' actEicicofofLNCEL LNCEL- -if ifactDrx actEicic is set 'true',drxSmartProfile2-drxOnDuratT must be configured to a'8'value greater than or equal to '6' -- actOtdoa of LNCEL - if actOtdoa is 'true'- ifdrxProfile2-drxOnDuratT must is beset greater than 3 actUeBasedAnrInterFreqLte of LNBTS actUeBasedAnrInterFreqLte to 'true' drxOnDuratT must be configured to a value greater than '8' (preconditio cellResourceSharingMode of of LNCEL LNCEL -- if if cellResourceSharingMode cellResourceSharingMode is is not not set set to to 'none' 'none' drxOnDuratT drxOnDuratT must must be be configured configured to to a a value value greater greater than than '8' '8' (precondi (precondi -- cellResourceSharingMode - actEicic of LNCEL - if actEicic is set to 'true', drxProfile2-drxOnDuratT must be configured to a value greater than or equal to '6'

- drxProfilePriority of LNCEL - own drxProfilePriority must be lower drxProfilePriority of of LNCEL LNCEL -- drxProfilePriority own drxProfilePriority must be must lowerbe greater -- drxProfilePriority (drxProfile1) -- drxProfilePriority drxProfilePriority must be must lowerbe greater drxProfilePriority of of LNCEL LNCEL --- own drxProfilePriority (drxProfile2) - drxProfilePriority of LNCEL drxProfilePriority (drxProfile3) must be greater -- drxProfilePriority drxProfilePriority must be must lowerbe greater drxProfilePriority of of LNCEL LNCEL --- own drxProfilePriority (drxProfile3) -- drxProfilePriority of LNCEL drxProfilePriority (drxProfile3) must drxProfilePriority of LNCEL - drxProfilePriority (drxProfile2) must be be greater greater - drxProfilePriority of LNCEL - drxProfilePriority (drxProfile2) must be greater

- drxProfilePriority of LNCEL - drxProfilePriority must be greater than drxProfile4-drxProfilePriority -- actSmartDrx of LNCEL - only if actSmartDrx is set to 'true' drxProfile1-drxProfilePriority > drxSmartProfile2-drxProfilePriority is applicable drxProfilePriority of LNCEL - drxSmartProfile5-drxProfilePriority must be less than drxSmartProfile4-drxProfilePriority - drxProfilePriority of LNCEL - drxProfilePriority (drxProfile1) must be greater than drxProfilePriority (drxSmartProfile2) (precondition: actSmartDrx is set to 'tru - drxProfilePriority of LNCEL - drxSmartProfile4-drxProfilePriority must be less than drxSmartProfile3-drxProfilePriority drxProfilePriority of of LNCEL LNCEL -- drxSmartProfile3-drxProfilePriority drxSmartProfile4-drxProfilePriority must must be be less greater than drxSmartProfile5-drxProfilePriority -- drxProfilePriority than drxSmartProfile2-drxProfilePriority -- drxProfilePriority than drxSmartProfile4-drxProfilePriority drxProfilePriority of of LNCEL LNCEL -- drxSmartProfile3-drxProfilePriority drxSmartProfile2-drxProfilePriority must must be be greater less than drxProfile1-drxProfilePriority (precondition: actSmartDrx is set to 'true') - actSmartDrx of LNCEL - only if actSmartDrx is set to 'true' drxProfile1-drxProfilePriority > drxSmartProfile2-drxProfilePriority is applicable - drxProfilePriority of LNCEL - drxSmartProfile2-drxProfilePriority must be greater than drxSmartProfile3-drxProfilePriority - actSmartDrx of LNCEL - if actSmartDrx is set to 'true' drxRetransT must be configured to a value greater than '8' (precondition: cellResourceSharingMode is cellResourceSharingMode - if cellResourceSharingMode is not set 'none'greater drxRetransT be configured to a value greater thanis'8'not (precondit -- actDrx of LNCEL - if actDrxof is LNCEL set to 'true' drxRetransT must be configured to atovalue than '8'must (precondition: cellResourceSharingMode set to 'n cellResourceSharingMode of LNCEL - if cellResourceSharingMode is not set to 'none' drxRetransT must be configured to a value greater than '8' (precondit -- earfcnDL of LNCEL - :pubic;LNCEL-dlChBw: -- actDrx dlChBwofofLNCEL LNCEL- -null null cellResourceSharingMode --- earfcnDL of LNCEL- -null null of LNCEL - null dlChBw of LNCEL actMBMS of LNBTS - of null --- actUeBasedAnrUtran - null earfcnDL of LNCEL nullLNBTS - actDrx of LNCEL - if actDrx is set to 'true' drxRetransT must be configured to a value greater than '8' (precondition: cellResourceSharingMode is not set to 'n cellResourceSharingMode ofofLNCEL - nullactUeBasedAnrIntraFreqLte is set to 'true' drxRetransT must be configured to a value greater than '8' (preconditio --- actUeBasedAnrIntraFreqLte LNBTS cellResourceSharingMode of LNCEL - if- ifcellResourceSharingMode is not set to 'none' drxRetransT must be configured to a value greater than '8' (precondit -- earfcnDL actMBMSof ofLNCEL LNBTS--null null of LNCEL - if cellResourceSharingMode is not set to 'none' drxRetransT must be configured to a value greater than '8' (precondit - cellResourceSharingMode actUeBasedAnrInterFreqLte of LNBTS -isnull --- actSmartDrx of LNCEL if actSmartDrx set to 'true' drxRetransT must be configured to a value greater than '8' (precondition: cellResourceSharingMode is actMBMS of LNBTS - null cellResourceSharingMode of of LNCEL LNCEL -- if null --- cellResourceSharingMode is notbeset to 'none' drxRetransT must than be configured to a value greater than '8' (precondit actSmartDrx of LNCEL - if actSmartDrx iscellResourceSharingMode set to 'true' drxRetransT must configured to a value greater '8' (precondition: cellResourceSharingMode is - actMBMS of LNBTS - null -- cellResourceSharingMode of LNCEL if cellResourceSharingMode is not set to 'none' drxRetransT must be configured to a value greater than '8' (precondit earfcnDL of LNCEL - :pubic;LNCEL-dlChBw: -- actDrx of LNCEL - null - if actSmartDrx is set to 'true' drxRetransT must be configured to a value greater than '8' (precondition: cellResourceSharingMode is actSmartDrx of LNCEL -- cellResourceSharingMode of -- null cellResourceSharingMode of LNCEL LNCELdepends if cellResourceSharingMode is not set to 'none' drxRetransT must be configured to a value greater than '8' (precondit - cqiPerNp of LNCEL - drxShortCycle on cqiPerNp (calculation in cqiPerNp) - actMBMS of LNBTS - null drxLongCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) --- cqiPerNp of LNCEL drxShortCycle depends on cqiPerNp (calculation in cqiPerNp) mbsfnEarfcn of MBSFN - null -- drxLongCycle of - -smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle), drxShortCycle must be configured equal to drxLongCycle (prec cqiPerNp of LNCEL - drxShortCycle depends on cqiPerNp (calculation in cqiPerNp) mbsfnDlChBw of LNCEL MBSFN null actQci1eVTT of LNCEL --MBSFN ifsmartStInactFactor*drxShortCycle actQci1eVTT is set to 'true', drxShortCycle must bedrxLongCycle) configured equal to drxLongCycle --- drxLongCycle of LNCEL >= max(200ms, subfrPShareRequired of null cqiPerNp of LNCEL - drxShortCycle depends on cqiPerNp (calculation in cqiPerNp) - drxLongCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle)

- modPeriodCoeff of LNCEL - The product of parameter modPeriodCoeff and defPagCyc (givin in rf) must not exceed 1024

- n1PucchAn of LNCEL - if n1PucchAn is set to '10', deltaPucchShift must be set to '1' - nCqiRb of LNCEL - deltaPucchShift is used in calculation of MaxPucchResourceSize (calculation in nCqiRb)

- cqiPerNp of LNCEL - null -- dlpcMimoComp of -LNCEL - null dlChBw of LNCEL if dlChBw set to '1.4 MHz', dlPcfichBoost must be configured to 0 dB - nCqiRb of LNCEL - null - dlChBw of LNCEL - if dlChBw set to '1.4 MHz', dlPhichBoost must be configured to 0 dB - riEnable of LNCEL - null cqiAperEnable of -LNCEL -- riPerM of LNCEL null - null -- cqiPerNp ofofLNCEL - null actDlIntShaping of LNBTS riPerOffset LNCEL - null - if actDlIntShaping is set to 'true', dlIshConfig must be configured -- deltaPucchShift of LNCEL LNCEL -- null nullshaping profile with ishPrId equal to dlIshConfig-ishPrId must exist - syncSigTxMode ishPrId of ISHPRof- interference -- dlsUsePartPrb of LNCEL - null resourceList of LCELL - null -- furtherPlmnIdL of LNCEL dlRsBoost of LNCEL - null- null -- dlChBw of LNCEL - if dlChBw maxCrSibDl of of LNCEL - null mimoClConfig LNCEL - null set to '1.4 MHz', dlRsBoost must be configured to '0dB' - dlMimoMode of LNCEL - If dlMimoMode is set to 'SingleTX', dlRsBoost must be different to '1.77dB' maxNrSymPdcch of LNCEL - null - dlpcMimoComp of LNCEL LNCEL -- null if dlpcMimoComp is set to '3dB', dlRsBoost must be less than or equal to '3dB', if dlRsBoost is not set to '0dB', dlpcMimoComp i maxNumActUE of - maxNumRrc of LNCEL - null -- phyCellId of LNADJL - null maxNumUeDl of LNCEL - null -- earfcnUL of of LNCEL -- null earfcnDL of LNCEL null n1PucchAn LNCEL - null -- eutraCarrierInfo of LNHOIF - null nCqiRb ofofLNCEL - cellType LNCEL--null if cellType is set to ('medium', 'small' or 'verysmall') eIcicPartnerEcgi must be configured (precondition: actEicic is set to 'true') -- addFreqBandInd of MFBIPR- -null null pdcchAggPaging - actEicic of LNCELof- ifLNCEL actEicic is set to 'true' eIcicPartnerEcgi must be configured (precondition: if cellType is set to 'medium', 'small' or 'verysmall') - pdcchAggPreamb of LNCEL - null - pdcchAggRaresp of LNCEL - null - pdcchAggSib of LNCEL - null - phichRes of LNCEL - null - riPerM of LNCEL - null - riPerOffset of LNCEL - null - siWindowLen of LNCEL - null - ulChBw of LNCEL - null

- pwsWithEmAreaId of LNBTS - If pwsWithEmAreaId is set to 'true', emAreaIdList is mandatory required - iniMcsDl of LNCEL - The highest value is 16 if dl64QamEnable is false enableDl16Qam of LNCEL - if false, dl64QamEnable must betofalse -- pdcchCqiAvg of LNBTS - enableLowAgg must be configured 'false' if enableAmcPdcch is set to 'false' -- pdcchCqiShift of LNCEL - pdcchCqiShift must be configured if enableAmcPdcch is set to 'true' iniMcsDl of LNCEL - iniMcsDl must be configured only if dlamcEnable is set to 'false' (precondition: dlOlqcEnable is also set to 'false') - dlTargetBler of LNCEL - dlTargetBler must be configured if dlOlqcEnable is set to 'true' -- iniMcsDl LNCEL--ifiniMcsDl configured only if dlOlqcEnable set to 'false' dlamcEnable is also set to 'false') dlChBw ofofLNCEL dlChBw must set tobe '1.4 MHz', enablePcPdcch must beisconfigured to (precondition: 'true' actOlLaPdcch ofofLNCEL can be be setconfigured to true onlyif ifenablePcPdcch dlOlqcEnable isis'true' -- enableLowAgg LNCEL- -actOlLaPdcch enableLowAgg must set to 'false' - dlChBw of LNCEL - if dlChBw set to '1.4 MHz', cqiAperEnable must be configured to 'false' - actDlIntShaping of LNBTS - if actDlIntShaping is set to 'true', cqiAperEnable must be configured to 'true'

- dl64QamEnable of LNCEL - If true, enableDl16Qam must be true. dl64QamEnable is not applicable if enableDl16Qam is false and must be set to false in th -- iniMcsDl LNCEL--ifMax is 9, is if enableDl16Qam is false actEicic ofofLNCEL actEicic set to 'true', dlInterferenceEnable must be configured to 'false' - enableAmcPdcch of LNCEL - if enableAmcPdcch is set to 'false', enableLowAgg must be configured to 'false' enablePcPdcch of -LNCEL - if enablePcPdcch set to 'false', enableLowAgg be configured to 'false' -- dlChBw of LNCEL if dlChBw set to '1.4 MHz',isrcEnableDl must be configuredmust to 'false' rcAmbrMgnDl of LNCEL - rcAmbrMgnDl must be configured if rcEnableDl is settoto'false' 'true' -- dlChBw of LNCEL - if dlChBw set to '1.4 MHz', rcEnableUl must be configured -- rcAmbrMgnUl of LNCEL - rcAmbrMgnUl must be configured if rcEnableUl set to 'true' to 'false' dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', redBwEnDl mustisbe configured -- redBwMaxRbDl of LNCEL redBwMaxRbDl must be configured if redBwEnDl is setconfigured to 'true' to 'false' dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', redBwRpaEnUl must be - redBwRbUlConfig of LNCEL - redBwRbUlConfig must be configured if redBwRpaEnUl is set to 'true' - actUlLnkAdp of LNCEL - if actUlLnkAdp is set to 'eUlLa' or 'fUlLa' deltaTfEnable must be configured to 'false' - actUlpcMethod of LNCEL - if actUlpcMethod is set to 'PuschIAwPucchCL' or 'PuschIAwPucchOL' deltaTfEnable must be configured to 'false'

- actQci1eVTT of LNCEL - if actQci1eVTT is set to 'true', qci1eVTTConfig must be configured - actUlLnkAdp of LNCEL - eUlLaAtbPeriod must be configured if actUlLnkAdp is set to 'eUlLa' - actUlLnkAdp of LNCEL - eUlLaBlerAveWin must be configured if actUlLnkAdp is set to 'eUlLa' - actUlLnkAdp of LNCEL - eUlLaPrbIncDecFactor must be configured if actUlLnkAdp is set to 'eUlLa' - actUlLnkAdp of LNCEL - eUlLaDeltaMcs must be configured if actUlLnkAdp is set to 'eUlLa' - actUlLnkAdp of LNCEL - eUlLaLowMcsThr must be configured if actUlLnkAdp is set to 'eUlLa' OR (actUlLnkAdp is set to 'fUlLa' AND actTtiBundling is set to -- actTtiBundling of LNCEL - eUlLaLowMcsThr must be configured =< if actTtiBundling is set to 'true' (precondition: actUlLnkAdp is set to 'fUlLa') dlChBw of LNCEL - if dlChBw set to '1.4 MHz', eUlLaLowPrbThr 4 -- actUlLnkAdp must configured if actUlLnkAdp to 'eUlLa' OR (actUlLnkAdp is set to 'fUlLa' AND actTtiBundling is set to actUlLnkAdp of of LNCEL LNCEL -- eUlLaLowPrbThr if actUlLnkAdp is set to be 'fUlLa', fUlLAAtbTrigThr must isbeset configured - actTtiBundling of LNCEL - eUlLaLowPrbThr must be configured if actTtiBundling is set to 'true' (precondition: actUlLnkAdp is set to 'fUlLa') - redBwMinRbUl of LNCEL - redBwMinRbUl must be less than or equal to eUlLaLowPrbThr - measQuantityCSFBUtra of LNCEL - filterCoefficientCSFBCpichEcn0 becomes mandatory if measQuantityCSFBUtra is set to 'cpichEcN0' - measQuantityCSFBUtra of LNCEL - filterCoefficientCSFBCpichRscp becomes mandatory if measQuantityCSFBUtra is set to 'cpichRSCP'

- lnRelGId of LNRELG - if in instance of LNRELG is configured in the LNCEL, filterCoefficientRSSI must be configured - measQuantityUtra of LNCEL - null -- actUeBasedAnrUtran of LNBTS - null measQuantityUtra of LNCEL - null -- actUtranLoadBal of LNBTS - null- null actUeBasedAnrUtran LNBTS - dlChBw of LNCEL - forofdlChBw set to '3 MHz' or '1.4 MHz' the number of allowed list items depends on maxCrSibDl -- actUtranLoadBal of LNBTS null of LNCEL - theof-number list items depends on dlChBw set to '3 MHz' must or '1.4beMHz' - maxCrSibDl actEnhAcAndGbrServices LNBTSof - ifallowed actEnhAcAndGbrServices is maxCrSibDl configured tofor 'false' gbrCongHandling set to 'none'

- actHOtoHrpd of LNBTS - if actHOtoHrpd is set to 'true' hrpdTimers must be configured - prachHsFlag of LNCEL - if prachHsFlag is set to 'true', hsScenario is mandatory required, in case of prachHsFlag set to 'false' hsScenario is not allowed to b

- qci1ProtectionTimer of LNCEL - null - dl64QamEnable of LNCEL - if dl64QamEnable is set to 'true' iniMcsDl can be configured to a higher value than '16' -- dlOlqcEnable of LNCEL - ifofdlOlqcEnable is set to 'false' and in addition dlamcEnable is setvalue to 'false' actModulationSchemeUL LNCEL - If actModulationSchemeUL is 'QPSK', iniMcsUl max is 10iniMcsDl must be configured - dlamcEnable of LNCEL - if dlamcEnable is set to 'false' and in addition dlOlqcEnable is set to 'false' iniMcsDl must be configured - ulChBw of LNCEL - ulChBw restricts the allowed value range for iniPrbsUl - enableDl16Qam of LNCEL - if enableDl16Qam is set to 'false' iniMcsDl can be configured maximal to value '9' - redBwMinRbUl of LNCEL - redBwMinRbUl must be less than or equal to iniPrbsUl

- actInterFreqServiceBasedHo of LNBTS - if actInterFreqServiceBasedHo is set to 'true' iFServiceBasedHoRetryTimer must be configured - iFLBTargetLoadGBRDL of LNCEL - iFLBTargetLoadGBRDL =< iFLBHighLoadGBRDL -- targetLoadGbrDl of LNCEL - targetLoadGbrDl =< iFLBHighLoadGBRDL iFLBTargetLoadPdcch of LNCEL - iFLBTargetLoadPdcch =< iFLBHighLoadPdcch - targetLoadPdcch of LNCEL - targetLoadPdcch =< iFLBHighLoadPdcch - actInterFreqLB of LNBTS - if actInterFreqLB is set to ‘true’ iFLBLoadThresholds must be configured - iFLBTargetLoadNonGBRDL of LNCEL - iFLBTargetLoadNonGBRDL =< iFLBHighLoadNonGBRDL -- targetLoadNonGbrDl of LNCEL - targetLoadNonGbrDl =< iFLBHighLoadNonGBRDL actUlpcMethod of LNCEL - if actUlpcMethod is set to 'PuschIAwPucchOL' or 'PuschIAwPucchCL' ulpcIAwConfig must be configured

- actIntraFreqLoadBal of LNBTS - null - actInterFreqLB of LNBTS - null - actIdleLB of LNBTS - null - actIntraFreqLoadBal of LNBTS - if actIntraFreqLoadBal is set to 'true', intraFreqLbLoadThresholds must be configured - actEicic of LNCEL - null - actAmle of LNBTS - null - actUtranLoadBal of LNBTS - null - actLBPowerSaving of LNBTS - null

- actModulationSchemeUL of LNCEL - If actModulationSchemeUL is 'QPSK', raLargeMcsUl max value is 10 - spid of LNCEL - null - moProfileSelect of LNBTS - null - mcc of LNCEL - null - prachFreqOff of LNCEL - PRACH allocation (prachFreqOff) and PUSCH mask allocation (ulsPuschMask) must be mutually exclusive (for details please refe - mnc of LNCEL - null - ulChBw of LNCEL - the ulChBw determines the allowed range for ulsPuschMaskLength - mncLength of LNCEL - null - ulsPuschMaskStart of LNCEL - dependent on the specified ulsPuschMaskStart, the ulsPuschMaskLength is restricted (in dependency on the configured ulC

- eHrpdSectList of LNCEL - the value of preRegLoadBalFactor depends on the number of eHrpdSectList list items - lcrId of LNCEL - value must be unique in eNB -- lCellId of LCELL the LNCEL must always have related than LCELL instance ulpcUplevCch of -LNCEL - ulpcUplevCch must beagreater or equal to ulpcLowlevCch - ulpcUplevSch of LNCEL - ulpcUplevSch must be greater than or equal to ulpcLowlevSch - ulpcUpqualCch of LNCEL - ulpcUpqualCch must be equal to or greater than ulpcLowqualCch - ulpcUpqualSch of LNCEL - ulpcUpqualSch must be greater than or equal to ulpcLowqualSch

- dlMimoMode of LNCEL - if dlMimoMode is set to ('Closed Loop Mimo' or 'Closed Loop MIMO (4x2)') and actFastMimoSwitch set to 'false', mimoClConfig mu -- actFastMimoSwitch of LNCEL - if actFastMimoSwitch set toOpen 'false'Loop and dlMimoMode is set to ('Closed Mimo' or 'Closed Loop MIMO (4x2)'), mimoClCo dlMimoMode of LNCEL - if dlMimoMode is set to 'Dynamic MIMO', mimoOlCconfig must beLoop specified - dlMimoMode of LNCEL - dlpcMimoComp must be configured if dlMimoMode set different to 'Single TX' -- dlRsBoost dlpcMimoComp is set to '3dB', dlRsBoost must be less than or equal to '3dB', if dlRsBoost is not set to '0dB', dlpcMimoComp is rest mncLengthofofLNCEL LNCEL- -ifnull - mnc of LNCEL - null

- dlChBw of LNCEL - Value depends on dlChBw maxNumRrc of LNCEL -- dlChBw of LNCEL - null- maxNumRrc is impacted by maxNumQci1Drb (calculation in maxNumRrc, precondition: actConvVoice set to 'true') maxNumActDrb of LNCEL - maxNumQci1Drb <= maxNumActDrb/2 -- maxNumRrc of LNCEL - null -- maxNumRrcEmergency ulChBw of LNCEL - null of LNCEL - maxNumRrcEmergency is impacted by maxNumQci1Drb (calculation in maxNumRrcEmergency, precondition: actIMSE - maxNumRrcEmergency of LNCEL - null -- harqMaxTrUl of LNCEL - harqMaxTrUlTtiBundling >= be harqMaxTrUl maxNumQci1Drb of LNCEL - maxNumQci1Drb must half or less than maxNumActDrb -- actTtiBundling of LNCEL - if actTtiBundling is set to 'true' is mandatory required ulsFdPrbAssignAlg of LNCEL - If ulsFdPrbAssignAlg is setharqMaxTrUlTtiBundling to 'RoundRobinFD' ulsMaxPacketAgg must be set to ‘1’ - cellType of LNCEL - null -- actEicic cellType of of LNCEL LNCEL-- null null -- actEicic of LNCEL null addGbrTrafficRrHo- of LNCEL - maxGbrTrafficLimit + max(LNCEL-addGbrTrafficRrHo, LNCEL-addGbrTrafficTcHo) =< 90 -- addGbrTrafficTcHo of LNCEL - maxGbrTrafficLimit + max(LNCEL-addGbrTrafficRrHo, LNCEL-addGbrTrafficTcHo) =< 90 actNbrForNonGbrBearers of LNCEL - if actNbrForNonGbrBearers is set to 'true', maxPrbsPerNbrUe must be configured - maxNbrTrafficLimit of LNCEL - maxNbrTrafficLimit >= maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) - maxGbrTrafficLimit of LNCEL - maxNbrTrafficLimit >= maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) -- addGbrTrafficRrHo LNCEL - maxNbrTrafficLimit >=value maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) dlChBw of LNCEL - of maxNumUeDl range and default depend on dlChBw - addGbrTrafficTcHo of LNCEL - maxNbrTrafficLimit >= maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) - actNbrForNonGbrBearers of LNCEL - if actNbrForNonGbrBearers is set to 'true', maxNbrTrafficLimit must be configured

- dlChBw of LNCEL - maxNumUeUl range and default value depend on dlChBw - minBitrateDl of LNCEL - minBitRateDl shall be less than or equal to maxBitrateDl

- minBitrateUl of LNCEL - minBitRateUl shall be less than or equal to maxBitrateUl - furtherPlmnIdL of LNCEL - number of furtherPlmnIdL list items depend on maxCrSibDl and dlChBw - gnflId of GNFL - the maximum number of GNFL instances depends on on maxCrSibDl and dlChBw - iafimId of IAFIM - the maximum number of IAFIM instances depends on on maxCrSibDl and dlChBw - intrFrBCList of IAFIM - number of intrFrBCList list items depend on maxCrSibDl and dlChBw - intrFrNCList of IAFIM - number of intrFrNCList list items depend on maxCrSibDl and dlChBw - intFrBCList of IRFIM - number of intFrBCList list items depend on maxCrSibDl and dlChBw intFrNCList ofofIRFIM - number -- cellSrPeriod LNCEL - null of intFrNCList list items depend on maxCrSibDl and dlChBw irfimId of IRFIM - themaximum number of IRFIM instances depends on on maxCrSibDl and dlChBw --- cqiPerNp of LNCEL null - qci1HarqMaxTrDl qci1HarqMaxTrDl of LNCEL <= harqMaxTrDl - dlChBw of LNCEL - null - harqMaxTrDl of LNCEL - qci1HarqMaxTrDl <= harqMaxTrDl - maxNumActUE of LNCEL - null -- actTtiBundling of LNCEL of - null LNCEL - if harqMaxTrUlTtiBundling is configured, it must be greater than or equal harqMaxTrUl - harqMaxTrUlTtiBundling maxNumRrc of LNCEL - null qci1HarqMaxTrUl of LNCEL - qci1HarqMaxTrUl <= harqMaxTrUl -- harqMaxTrUl LNCEL - qci1HarqMaxTrUl <= harqMaxTrUl n1PucchAn ofofLNCEL - null actTtiBundling of LNCEL - null on set dlChBw, maxNrSymPdcch is restriced n its range nCqiRb of -- null -- dlChBw of LNCEL LNCEL dependent riEnableofofLNCEL LNCEL - null --- nCqiRb is used in calculation of MaxPucchResourceSize (calculation in nCqiRb) dlChBw of LNCEL -- maxNrSymPdcch redBwMaxRbDl range depends on dlChBw -- riPerM of LNCEL -ofnull pdcchAggPaging LNCEL - for someiscombinations of dlChBw and must maxNrSymPdcch -- redBwEnDl of LNCEL if redBwEnDl set to 'true', redBwMaxRbDl be configuredpdcchAggPaging is restricted ulChBw of of LNCEL LNCEL -- Range and default value of redMaxRbUl depend on ulChBw -- ulChBw pdcchAggPreamb ofnull LNCEL - for some combinations of dlChBw and maxNrSymPdcch pdcchAggPreamb is restricted -- cellSrPeriod - -null addAUeRrHoofofLNCEL LNCEL null- for some combinations of dlChBw and maxNrSymPdcch pdcchAggRaresp is restricted pdcchAggRaresp of LNCEL cqiPerNp LNCEL - null-- for addAUeTcHo of LNCEL LNCEL null -- dlChBw ofofLNCEL - Range depends on dlChBw of dlChBw and maxNrSymPdcch pdcchAggSib is restricted pdcchAggSib of some combinations -- dlChBw - -null blankedPucch LNCEL - null is setrestricts maxNumRrc ofofLNCEL - maxNumRrc or will maxNrSymPdcch be restricted by maxNumActUE (calculation in maxNumRrc) phichDurofofLNCEL LNCEL if phichDur to 'Extended', must be '3' -- n1PucchAn of LNCEL - null actMultBearers of -- depends null ulChBw of LNCEL - Range ulChBw pdcchAggMsg4 of LNBTS LNCEL for someon combinations of dlChBw and maxNrSymPdcch pdcchAggMsg4 is restricted nCqiRb of LNCEL null- if maxNrSymPdcch addNumDrbRadioReasHo LNCEL - null ismust -- maxNumActDrb of-LNCEL -ofmaxNumActDrb be greater than or equal actLdPdcch of LNCEL '1', actLdPdcch can not be settotomaxNumActUE 'true' riEnable of LNCEL - null of LNCEL addNumDrbTimeCriticalHo of LNCEL - null -- maxNumRrcEmergency - maxNumRrcEmergency is impacted by maxNumActUE (calculation in maxNumRrcEmergency, precondition: actIMSEm -- riPerM of LNCELof - null maxNumActDrb LNCEL actCompChecks of LNBTS--null null -- ulChBw of LNCEL - null of LNCEL - null on prodCodePlanned -- Depending on prodCodePlanned, procCodePlanned, pMax the ranges are configured - addEmergencySessions prodCodePlanned of of SMOD SMOD depending is configured - addAUeRrHo of LNCEL - null of LNCEL - null addNumQci1DrbRadioReasHo -- filterCoefficientCSFBCpichEcn0 of LNCEL filterCoefficientCSFBCpichEcn0 is mandatory required if measQuantityCSFBUtra is set to 'cpichEcN0'. addAUeTcHo of LNCEL - null of LNCEL - null addNumQci1DrbTimeCriticalHo -- filterCoefficientCSFBCpichRscp b2Threshold2UtraRscp of- LNHOW - null - filterCoefficientCSFBCpichRscp is mandatory required if measQuantityCSFBUtra is set to 'cpichRSCP'. blankedPucch of LNCEL null maxNumQci1Drb of LNCEL - nullof LNCEL - b2Threshold2UtraEcn0 of -LNHOW actMultBearers of of LNBTS null actEmerCallRedir LNBTS - null - null - actUeBasedAnrUtran LNBTS null- null addNumDrbRadioReasHo of LNCEL actIMSEmerSessR9 ofofLNBTS - -null - actUtranLoadBal of LNBTS LNBTS of null addNumDrbTimeCriticalHo LNCEL - null actCompChecks of -- null -- deltaTfEnabled of LNCEL deltaTfEnabled must be configured to 'false' if actUlpcMethod is set to 'PuschIAwPucchOL' or 'PuschIAwPucchCL' b2Threshold2UtraEcn0Qci1 of LNHOW - null maxNumActDrb of LNCEL - null -- dlOlqcEnable of LNCEL -ofdlOlqcEnable b2Threshold2UtraRscpQci1 of LNHOW - null be configured to 'true' if actUlpcMethod is set to 'PuschIAwPucchOL' or 'PuschIAwPucchCL' maxNumRrcEmergency LNCEL - nullmust -- dlamcEnable must be configured to 'true' if actUlpcMethod is set to 'PuschIAwPucchOL' or 'PuschIAwPucchCL' actConvVoiceof ofLNCEL LNBTS- -dlamcEnable null -- srsPwrOffset of LNCEL - srsPwrOffset must be configured if actUlpcMethod is set to 'PuschCLSrsPucchOL' or 'PuschCLSrsPucchCL' addNumQci1DrbRadioReasHo of LNCEL -channel null ulChBw of of LNCEL - range depends onbe ULconfigured bandwidth --- ulpcAlpha LNCEL - ulpcAlpha must to 'alpha 1' if actUlpcMethod is set to 'PuschIAwPucchOL' or 'PuschIAwPucchCL' addNumQci1DrbTimeCriticalHo of LNCEL - null -- ulpcReadPeriod must be specified only for specific actUlpcMethod configurations (please refer to actUlpcMethod) maxNumQci1DrbofofLNCEL LNCEL- -ulpcReadPeriod null - cellType of LNCEL - cellType is not equal to 'large', if actUlpcMethod is equal to 'PuschIAwPucchOL' OR 'PuschIAwPucchCL'(precondition:actEicic is configu - ulpcPuschConfig of LNCEL - ulpcPuschConfig must be specified only for specific actUlpcMethod configurations (please refer to actUlpcMethod) - maxBitrateDl of LNCEL - value shall be less than or equal to maxBitrateDl - ulpcPucchConfig of LNCEL - ulpcPucchConfig must be specified only for specific actUlpcMethod configurations (please refer to actUlpcMethod) -- maxBitrateUl of LNCEL - value shall be less than or be equal to maxBitrateUl ulpcRssiMaxIAw of LNBTS - ulpcRssiMaxIAw must configured if actUlpcMethod is set to 'PuschIAwPucchOL' or 'PuschIAwPucchCL' actIntraFreqLoadBal of LNBTS - if actIntraFreqLoadBal is set iftoactUlpcMethod 'true', deltaLbCioMargin must be configured or 'PuschIAwPucchCL' - ulpcIAwConfig of LNCEL - ulpcIAwConfig must be configured is set to 'PuschIAwPucchOL' -- actPuschMask of LNCEL - if actPuschMask set to 'true' is not allowed to be configured to 'PuschCLSrsPucchOL' OR 'PuschCLSrsPucchC iniPrbsUl of LNCEL - redBwMinRbUl must beisless than or actUlpcMethod equal to iniPrbsUl -- actEicic of LNCEL LNCEL -- Range actEicicofisredMinRbUl set to 'false',depends if actUlpcMethod is equal to 'PuschIAwPucchOL' OR 'PuschIAwPucchCL' (precondition:cellType is not equal to ' ulChBw of on ulChBw - actUlLnkAdp of LNCEL - redBwMinRbUl is restricted when actUlLnkAdp is set to 'eUlLa' OR (if actUlLnkAdp is set to value 'fUlLa' and actTtiBundling is set t - eUlLaLowPrbThr of LNCEL - redBwMinRbUl must be less than or equal to eUlLaLowPrbThr if actUlLnkAdp is set to value 'eUlLa' - threshServingLowQR9 of LNCEL - if threshServingLowQR9 is set, cellSelectionInfoV920 is mandatory required

- moPrId of LNCEL - null spid of LNCEL - null -- moPrId of LNCEL - null -- spidLast of LNCEL spid of LNCEL - null- null - mncLength of LNCEL - null -- moProfileSelect of LNBTS spidLast of LNCEL - null - null -- mnc of LNCEL null mnc of LNCEL - of nullLNBTS - null - moProfileSelect -- moPrId of LNCEL - null- null mncLength of LNCEL mcc of LNCEL - null -- spid of -- null spid of LNCEL LNCEL null - null mncLength of LNCEL -- spidLast LNCEL- null - null moPrId ofofMOPR -- moProfileSelect moProfileSelect of of LNBTS LNBTS -- null null mcc of of LNCEL LNCEL -- null null -- mcc -- mnc mnc of of LNCEL LNCEL -- null null - mncLength of LNCEL - null

- defPagCyc of LNCEL - The product of parameter modPeriodCoeff and defPagCyc (given in rf) must not exceed 1024 - dl64QamEnable of LNCEL - this parameter has to be set to true before 64QAM can be selected for Interference Generation - enableDl16Qam of LNCEL - this parameter has to be set to true before 16QAM can be selected for Interference Generation

- cqiPerNp of LNCEL - cqiPerNp is restricted under specific condition -- dlMimoMode of LNCEL - for 'Closed Loop Mimo' or 'Dynamic Open nbrCongHandling Loop MIMO' additional are applicable based on configured actD actNbrForNonGbrBearers of dlMimoMode LNCEL - if actNbrForNonGbrBearers is set to 'true', must restrictions be configured - riPerOffset of LNCEL - value depends on riPerM - actDrx of LNCEL - dependent on actDrx setting further limitation for the value range are applicable dependent on the dlChBw and the dlMimoMode - actFastMimoSwitch of LNCEL - if actFastMimoSwitch is set to 'true' riPerM must be configured to '1'

- nCellChgMed of LNCEL - nCellChgHigh >= nCellChgMed - nCellChgHigh of LNCEL - nCellChgHigh >= nCellChgMed - raPreGrASize of LNCEL - shall be less than or equal to raNondedPreamb

- actLPPaEcid of LNBTS - null -- perMeasLocServ enableAmcPdcch of of LNCEL LNCEL -- null if enableAmcPdcch is set to 'true', pdcchCqiShift must be configured reportAmountPerLoc of LNCEL - null --- actOlLaPdcch of LNCEL - if actOlLaPdcch is set pdcchAggDefUe to 'true', pdcchCqiShift dlChBw of LNCEL - for dlChBw set to '1.4 MHz', =< 4 must be configured; pdcchCqiShift is adjusted in runtime and uses the configured va - reportIntervalPerLoc of LNCEL - null - actLdPdcch of LNCEL - if actLdPdcch is 'false', pdcchUlDlBal setting is fixed used for UL and DL split - dlChBw of LNCEL - dependent on dlChBw the pdcchAggMsg4 value might be restricted maxNrSymPdcch LNCEL - dependent onthe maxNrSymPdcch thevalue pdcchAggMsg4 value might be restricted -- dlChBw of LNCELof - dependent on dlChBw pdcchAggPaging might be restricted -- maxNrSymPdcch LNCEL - dependent onthe maxNrSymPdcch thevalue pdcchAggPaging value might be restricted dlChBw of LNCELof - dependent on dlChBw pdcchAggRaresp might be restricted -- maxNrSymPdcch of LNCEL dependent on maxNrSymPdcch the pdcchAggRaresp value might be restricted dlChBw of LNCEL - dependent on dlChBw the pdcchAggSib value might be restricted -- maxNrSymPdcch of LNCEL dependent on maxNrSymPdcch the pdcchAggSib value might be restricted dlChBw of LNCEL - dependent on dlChBw the pdcchAggPreamb value might be restricted - maxNrSymPdcch of LNCEL - dependent on maxNrSymPdcch the pdcchAggPreamb value might be restricted - dlTargetBler of LNCEL - if pdcchHarqTargetBler is greater than 1%, dlTargetBler value shall be at least twice of pdcdhHARQtargetBler -- actOlLaPdcch of LNCEL - if -actOlLaPdcch is 'true', pdcchHarqTargetBler must be configured targetLoadPdcch of LNCEL null - targetLoadPdcch of LNCEL - targetLoadPdcch =< highLoadPdcch - hysteresisLoadPdcch of LNCEL - null highLoadPdcch ofof LNCEL - null -- maxNrSymPdcch LNCEL - maxNrSymPdcch must be set to value 3 if phichDur is set to 'Extended' -- highLoadPdcch of LNCEL - null actLdPdcch of LNCEL - if phichDur actLdPdcch canbenot be set to to 'true' - dlChBw of LNCEL - if dlChBw is set is to'Extended', '1.4 MHz', phichRes must configured 'N = 1/6' - nCqiRb of LNCEL - phichRes is used in calculation of MaxPucchResourceSize (calculation in nCqiRb)

- prachHsFlag of LNCEL - if prachHsFlag is set to 'true', allowed value for rootSeqIndex depends on prachCS value -- rootSeqIndex of LNCEL nCqiRb of LNCEL - null - allowed value for rootSeqIndex depends on prachCS value when prachHsFlag is set to 'true' ulChBw ofofLNCEL -- prachCS LNCEL- -null prachCS value restricts rootSeqIndex range when prachHsFlag is set to 'true' -- blankedPucch ofLNCEL LNCEL--allowed null of rootSeqIndex when prachHsFlag is required set to 'true' depends on prachCS value - rootSeqIndex actOtdoa of LNCEL - if actOtdoa isvalue set tofor 'true' prsNumDlFrames is mandatory -- ulsPuschMaskStart ulCombinationModeofofLNCEL LNCEL- -null only if ulCombinationMode is set to 'MRC' and additionally maximal 2 RX antenna lines are configured in resourceList of the -- actOtdoa of LNCEL if actOtdoa is set to 'true' actPrsTxDiv can be configured to 'true' ulsPuschMaskLength LNCEL - null - resourceList of LCELLof- only if resourceList doesn't contain more than 2 RX antenna lines and additionally ulCombinationMode is set to 'MRC', prachHsFlag -- dlChBw of LNCEL - null selectOuterPuschRegion of LNCEL is - null hsScenario of LNCEL - hsScenario mandatory required if prachHsFlag is set to 'true', in case of prachHsFlag set to 'false' hsScenario is not allowed to be -- siWindowLen of LNCEL - null dlChBw of LNCEL - prsBandwidth depends on dlChBw -- gpsInUse of LNCEL BTSSCL null actOtdoaofof - if- actOtdoa is set to 'true' prsBandwidth is mandatory required - dlChBw LNCEL - null - drxOnDuratT of LNCEL - null - earfcnDL of LNCEL - null - drxOnDuratT of LNCEL - null - siWindowLen of LNCEL - null - btsSyncMode of BTSSCL - null - actETWS of LNBTS - null - actETWS of LNBTS - null - sibSchedulingList of LNCEL - null - sibSchedulingList of LNCEL - null actOtdoa of actOtdoa is set to 'true' prsPowerBoost is mandatory required - actCMAS of LNCEL LNBTS -- ifnull - actCMAS of LNBTS - null -- actOtdoa LNCEL- null - null dlChBw ofofLNCEL - prsPowerBoost of LNCEL - null -- sib2xTransmit LNCEL- -null null ofof LNCEL nCqiRb of LNCEL - pucchNAnCs is used in calculation of MaxPucchResourceSize (calculation in nCqiRb) - dlMimoMode actPrsTxDiv of LNCEL - null -- maxNrSymPdcch of LNCEL - null- null prsConfigurationIndex of LNCEL -- maxNumRrc prsBandwidthofofLNCEL LNCEL- -null null -- n1PucchAn of LNCEL - null - null prsNumDlFrames of LNCEL -- nCqiRb of LNCEL - null - null drxOnDuratT of LNCEL -- phichRes of LNCEL - null actPuschMask LNCEL - if actPuschMask is set to 'true' at least one list item of ulsPuschMask must be configured drxOnDuratT ofofLNCEL - null -- prachFreqOff actLPPaOtdoaofofLNCEL LNBTS- null - null -- pucchNAnCs sib2xTransmitofofLNCEL LNCEL- -null null - riEnable of LNCEL - null - ulChBw of LNCEL - null -- addAUeRrHo cqiPerSbCycKofofLNCEL LNCEL- -null cqiPerSbCycK must be specified if periodicCqiFeedbackType is set to 'UE_selected' addAUeTcHo of LNCEL - null --- lcrId of LNCEL in P-LNCEL the -referred S-LNCEL periodicCqiFeedbackType must be configured identical must be specified periodicCqiFeedbackType of and LNCEL if periodicCqiFeedbackType is specified to 'UE_selected', cqiPerSbCycK - maxNumRrcEmergency of LNCEL - null -- ulsSchedMethod of LNCEL if ulsSchedMethod is set to 'channel aware' or 'interference aware', tPeriodicPhr cannot be configured to 'infinity' actCompChecks of LNBTS - null actUlLnkAdp of LNCEL - if actUlLnkAdp set to tPeriodicPhr cannot are be configured 'infinity'(precondition: ulsSchedMethod is set to 'interference a -- dlChBw of LNCEL - for dlChBw '1.4 MHzis' and '3 'fUlLa', Mhz' additional restrictions applicable to based on configured actDrx -- dlMimoMode of LNCEL for dlMimoMode 'Closed Loop Mimo' or 'Dynamic Open Loop MIMO' additional restrictions are applicable based on configured actD reportAmountPerLoc of -LNCEL - null riPerM of LNCEL - forofriPerM set- null to '1' riPerOffset must be configured to '-1', for riPerM set to '2' riPerOffset must be '0' -- reportIntervalPerLoc LNCEL actDrx of LNCEL - dependent actDrx setting further limitation for the value range are applicable dependent on the dlChBw and the dlMimoMode -- ecidMeasSupervisionTimer of on LNCEL - null - actFastMimoSwitch of LNCEL - if actFastMimoSwitch is set to 'true' riPerOffset must be configured to '-1'

- dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', siMessagePeriodicity must be configured >= '160ms' - dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', siMessagePeriodicity must be configured >= '160ms' - dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', siMessagePeriodicity must be configured >= '160ms' - earfcnDL of LNCEL - phyCellId must be unique for all LNCEL instances having identical earfcnDl - rangeIntraPci of IAFIM - the configured range intrFrNCList-rangeIntraPci must not include phyCellId - startIntraPci of IAFIM - startIntraPci must be different to phyCellId - physCellIdNcl of IAFIM - physCellIdNcl must be different to the phyCellId - ulsSchedMethod of LNCEL - null - actUlLnkAdp of LNCEL - null - srsActivation of LNCEL - null - actUlpcMethod of LNCEL - null - actPuschMask of LNCEL - null

- intFrBCList of IRFIM - modified SIB size restrictions of intFrBCList and intFrNCList are applicable when threshServingLowQR9 is configured intFrNCList of IRFIM - modified -- inactivityTimer of LNCEL - null SIB size restrictions of intFrBCList and intFrNCList are applicable when threshServingLowQR9 is configured cellSelectionInfoV920 of is mandatory required if threshServingLowQR9 is configured -- actRrcConnNoActivity of LNCEL LNBTS -- cellSelectionInfoV920 null - interFrqQThrR9 of IRFIM - interFrqQThrR9 in all IRFIM instances of the LNCEL are mandatory required if threshServingLowQR9 is configured -- prachCS of LNCEL - of null utraFrqQThrHighR9 UFFIM - utraFrqQThrHighR9 in all existing UFFIM instances of the LNCEL are mandatory required if threshServingLowQR9 is config -- prachHsFlag of LNCEL - null - utraFrqQThrLowR9 in all existing UFFIM instances of the LNCEL are mandatory required if threshServingLowQR9 is config utraFrqQThrLowR9 of UFFIM - threshold2aQci1 of LNCEL - null

- actRedirect of LNBTS - only if actRedirect is set to 'Enabled' rsrqRedirectParams is allowed to be configured - raNondedPreamb of LNCEL - shall be equal or greater than raPreGrASize - actEicic of LNCEL - If actEicic is set to 'true', raRespWinSize must be configured to '6' or higher - act1xCsfb of LNBTS - if act1xCsfb is set to 'true' and additionally rttCsfbType is not set to 'forbidden' in the LNCEL instance parameter rand is mandatory re - rttCsfbType of LNCEL - if rttCsfbType is not set to 'forbidden' in the LNCEL instance and additionally act1xCsfb is set to 'true' parameter rand is mandatory r - act1xSrvcc of LNBTS - if act1xSrvcc is set to 'true'rand is mandatory required in the LNCEL instance - cqiPerNp of LNCEL - cqiPerNp restricted under specific condition -- dlMimoMode dlMimoMode is set to 'SingleTX', '4-way TXDiv' riEnable must be set to 'false', otherwise riEnable must be 'true' mimoClRiThDofofLNCEL LNCEL- -IfmimoClRiThD value must be less 'TXDiv' than or or equal to mimoClRiThU - maxNumRrc of LNCEL - maxNumRrc restricts or will be restricted by riEnable (calculation in maxNumRrc) - mimoOlRiThD of LNCEL - mimoOlRiThU must be equal or greater than mimoOlRiThD - maxNumRrcEmergency of LNCEL - maxNumRrcEmergency restricts or will be restricted by riEnable (calculation in maxNumRrcEmergency) -- mimoClRiThU of LNCEL mimoClRiThU be greater than or equal to mimoClRiThD actDrx of LNCEL - actDrx- restricted undermust specific condition mimoOlRiThU of LNCEL - mimoOlRiThU must be equal or greater mimoOlRiThD - actFastMimoSwitch of LNCEL - if actFastMimoSwitch is set to 'true'than riEnable must be configured to 'true' - rcEnableUl of LNCEL - if rcEnableUl is set to 'true', rcAmbrMgnUl must be configured

- threshold2GERAN of LNCEL - if threshold2GERAN is set, hysThreshold2GERAN must be set - lnRelWId of LNRELW - if an instance of LNRELW is configured in the LNCEL, hysThreshold2Wcdma must be configured - actIfHo of LNBTS - if actIfHo is 'enabled' hysThreshold2InterFreq must be configured - actIfHo of LNBTS - if actIfHo is 'enabled', hysThreshold2a must be configured - lnRelWId of LNRELW - if an instance of LNRELW is configured in the cell, hysThreshold2a must be configured - lnRelGId of LNRELG - if an instance of LNRELG is configured in the cell, hysThreshold2a must be configured - dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', siMessageRepetition must be configured to '1' - dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', siMessageRepetition must be configured to '1' - dlChBw of LNCEL - if dlChBw set to '1.4 MHz' or '3 MHz', siMessageRepetition must be configured to '1' - perMeasLocServ of LNCEL - null reportIntervalPerLoc of LNCEL - null -- perMeasLocServ of LNCEL - null -- ecidMeasSupervisionTimer of LNCEL reportAmountPerLoc of LNCEL - null - null is set to 'true', redBwRbUlConfig must be configured - redBwRpaEnUl of LNCEL - if redBwRpaEnUl - ecidMeasSupervisionTimer of LNCEL - null - dlChBw of LNCEL - null -- earfcnDL LNCEL- -for null dlChBw ofofLNCEL dlChBw set to '1.4 MHz' and '3 MHz', some siMessageSibType values are not allowed to be configured -- siMessagePeriodicity of LNCEL - null shall not be less than 3ms if siMessageSibType is configured to 'SIB10' siWindowLenofofLNCEL LNCEL siWindowLen - maxNumRrc - -null siMessagePeriodicity of LNCEL - null --- cdfimId of CDFIM If siMessageSibType is set to 'SIB8', a CDFIM instance is mandatory required (precondition: dlChBw set to '5 MHz or higher) srsPwrOffset of of LNCEL LNCEL -- null null -- srsPwrOffset actETWS of LNBTS - null -- gfimId - If -siMessageSibType is set to 'SIB7', a GFIM instance is mandatory required ulChBwofofGFIM LNCEL null- null -- tPeriodicPhr of LNCEL sibSchedulingList LNCEL - null iafimId of IAFIM - IfofsiMessageSibType --- maxNumRrcEmergency of LNCEL - nullis set to 'SIB4', an IAFIM instance is mandatory required of LNCEL - null -- ulChBw siMessagePeriodicity of LNCEL - null is set to 'SIB5', an IRFIM instance is mandatory required irfimId of IRFIM - If siMessageSibType -- ulsSchedMethod of LNCEL - null ulsFdPrbAssignAlg of LNCEL - null actCMAS of LNBTS null --- uffimId of UFFIM - If -siMessageSibType is set to 'SIB6', an UFFIM instance is mandatory required actUlLnkAdp of LNCEL LNCEL - null null -- srsActivation of actOtdoa of LNCEL -- null -- actETWS of LNBTS If actETWS is set to 'true', siMessageSibType set to 'SIB10' and 'SIB11' is mandatory required actPuschMask of of LNCEL LNCEL -- null null -- actPuschMask of LNCEL - null - prsConfigurationIndex sibSchedulingList of LNCEL - sibSchedulingList can include only unique values of siMessageSibType -- sib2xTransmit of LNCEL - null actCMAS of LNBTS - If actCMAS is set to 'true', siMessageSibType set to 'SIB12' is mandatory required - act1xCsfb of LNBTS - If act1xCsfb is equal to ‘true’ and rttCsfbType for the cell is not equal to 'forbidden', SIB8 must be present in sibSchedulingList - rttCsfbType of LNCEL - If rttCsfbTypefor the cell is not equal to ‘forbidden’and act1xCsfb is equal to 'true' , SIB8 must be present in sibSchedulingList - actDualRx1xCsfb of LNBTS - if actDualRx1xCsfb is equal to 'true' SIB8 must be present in sibSchedulingList

- drxLongCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) drxShortCycle of of LNCEL LNCEL -- smartStInactFactor*drxShortCycle smartStInactFactor*drxShortCycle >= >= max(200ms, max(200ms, drxLongCycle) drxLongCycle) -- drxLongCycle -- drxShortCycle of LNCEL LNCEL -- smartStInactFactor*drxShortCycle smartStInactFactor*drxShortCycle >= >= max(200ms, max(200ms, drxLongCycle) drxLongCycle) drxLongCycle of -- drxShortCycle of LNCEL smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) drxLongCycle of LNCEL - smartStInactFactor*drxShortCycle >= max(200ms, drxLongCycle) drxShortCycleofofLNCEL LNCEL- -dependent smartStInactFactor*drxShortCycle >= max(200ms, -- raSmallVolUl on configured raSmallVolUl for ulchBw setdrxLongCycle) to '1.4 MHz' and '3 MHz' raSmallMcsUl range is restricted ulChBw of LNCEL - for ulchBw set to '1.4range MHz' and '3 MHz' dependent raSmallVolUl raSmallMcsUl rangeset is to restricted -- raSmallMcsUl of LNCEL - raSmallMcsUl is limited dependent on on configured raSmallVolUl for ulchBw '1.4 MHz' and '3 MHz' -- actModulationSchemeUL of LNCEL If actModulationSchemeUL is 'QPSK', raSmallMcsUl max value isrange 10 is restricted ulChBw of LNCEL - for ulchBw set to- '1.4 MHz' and '3 MHz' dependent on raSmallVolUl raSmallMcsUl

- prachFreqOff of LNCEL - PRACH allocation (prachFreqOff) and PUSCH mask allocation (ulsPuschMask) must be mutually exclusive (for details please refe - ulChBw of LNCEL - the ulChBw determines the allowed range for ulsPuschMaskStart - ulsPuschMaskLength of LNCEL - the ulsPuschMaskLength is restricted dependent on the specified ulsPuschMaskStart (in dependency on the configured u

- moPrId of LNCEL - null -- spidLast of LNCEL - null- if dlMimoMode is SingleTX, syncSigTxMode must be set to SingleTx dlMimoMode of LNCEL - moProfileSelect of LNBTS - null - mcc of LNCEL - null - mnc of LNCEL - null - dlChBw of LNCEL - null mncLength of LNCEL - null - earfcnDL of LNCEL - null - siWindowLen of LNCEL - null - actTtiBundling of LNCEL - if actTtiBundling is set to 'true' ttiBundlingBlerTarget is mandatory required - prsConfigurationIndex of LNCEL - null -- ulTargetBler LNCEL - ulTargetBler must be less than ttiBundlingBlerThreshold act1xCsfb of of LNBTS - null -- actTtiBundling of -- if actTtiBundling of LNCEL LNCEL if actTtiBundling actTtiBundling is is set set to to 'true' 'true' ttiBundlingBlerThreshold ttiBundlingSinrThreshold is is mandatory mandatory required required rttCsfbType of LNCEL - null -- actDualRx1xCsfb of LNBTS null nCqiRb of LNCEL - null -- act1xSrvcc of of LNBTS - null prachFreqOff LNCEL null - actHOtoHrpd of LNBTS -- null -- ulChBw of LNCEL null act1xSrvcc of LNBTS null - threshold2InterFreq of-LNCEL - null - blankedPucch of LNCEL - null -- threshold2aQci1 LNCEL- -threshold4Rsrq null threshold4Rsrq ofofLNCEL < threshold2MobRsrq -- threshold2aRsrq of LNCEL threshold1 of LNCEL - null - threshold2aRsrq > threshold2MobRsrq -- threshold2a of LNCEL null - threshold2MobRsrq < threshold2aRsrq threshold2MobRsrq of -LNCEL - actIfHo of LNBTS - null - threshold2MobRsrq of LNCEL - threshold2MobRsrq > threshold4Rsrq (precondition: rsrqMobilityParams is configured) - lnRelWId of LNRELW - null -- cellType - null lnRelGId of of LNCEL LNRELG - null -- actEicic of LNRELX LNCEL - -null lnrelxId of null -- threshold2GERANQci1 LNCEL - null threshold2a of LNCEL - of threshold2a must be less than threshold1 threshold2WcdmaQci1 of LNCEL -must null be less than threshold1 (precondition: threshold2a not configured) --- threshold3 of LNCEL threshold3 threshold2a of LNCEL - threshold2a must be greater than or equal to threshold2GERAN - threshold2C2kQci1 of LNCEL - null lnRelGId of LNRELG if in instance LNRELG is configured in the LNCEL, threshold2GERAN must be configured --- threshold2GERAN of -LNCEL - null - of threshold2InterFreqQci1 of LNCEL null -- threshold2GERANQci1 of LNCEL in the same LNCEL instance threshold2GERANQci1 is configured, threshold2GERAN must be configured threshold2aQci1 of LNCEL - null - Ifmust - threshold2a of LNCEL - threshold2a be greater than or equal to threshold2Wcdma lnRelWId of LNRELW - if an instance of LNRELW is configured in the LNCEL, threshold2Wcdma must be configured -- threshold2Wcdma of LNCEL - null threshold2WcdmaQci1 of LNCEL - if in the same LNCEL instance threshold2WcdmaQci1 is configured, threshold2Wcdma must be configured --- threshold2aQci1 of LNCEL threshold2a of LNCEL - null- null -- actIfHo of LNBTS null threshold1 of LNCEL - null -- threshold2InterFreq of -LNCEL - null must be greater than threshold3 threshold3a of LNCEL threshold3a - threshold2Wcdma of LNCEL - null - threshold3 of LNCEL - threshold3 must be less than threshold3a - threshold2GERAN of LNCEL - null -- threshold3InterFreq of -LNHOIF - threshold3InterFreq must be greater than threshold4 lnRelWId of LNRELW null -- b2Threshold1GERAN LNHOG - b2Threshold1GERAN must be greater than threshold4 lnRelGId of LNRELG - of null -- b2Threshold1Utra ofnull LNHOW - b2Threshold1Utra must be greater than threshold4 of LNRELX - lnrelxId taTimerMargin of LNCEL - Must be less than or equal to (taTimer-300ms) -- b2Threshold1Hrpd of- LNHOH - b2Threshold1Hrpd > threshold4 of LNNEIH null- drxLonCycle -- lnNeiHId drxLongCycle of LNCEL be 40 if taTimer is less than 1280 taTimer of LNCELof- taTimerMargin mustmust be less or equal to (taTimer-300ms) -- b2Threshold1Rtt LNHOX - b2Threshold1Rtt> threshold4 threshold2C2k of LNCEL - null actUlpcMethod of LNCEL - of if actUlpcMethod - b2Threshold1GERANQci1 LNHOG - null is set to 'PuschOLPucchCL', 'PuschCLPucchOL', 'PuschCLPucchCL', 'PuschCLSrsPucchOL', 'PuschCLSrsPuc - b2Threshold1UtraQci1 of LNHOW - null - threshold3InterFreqQci1 of LNHOIF - null - actIfHo of LNBTS - if actIfHo is 'enabled' then a1TimeToTriggerDeactInterMeas must be configured - lnRelWId of LNRELW - if an instance of LNRELW is configured in the LNCEL then a1TimeToTriggerDeactInterMeas must be configured - lnRelGId of LNRELG - if an instance of LNRELG is configured in the LNCEL then a1TimeToTriggerDeactInterMeas must be configured - lnrelxId of LNRELX - if an instance of LNRELX is configured in the LNCEL then a1TimeToTriggerDeactInterMeas must be configured - lnRelGId of LNRELG - if an instance of LNRELG is configured in the LNCEL, a2TimeToTriggerActGERANMeas must be configured - lnRelWId of LNRELW - if an instance of LNRELW is configured in the LNCEL, a2TimeToTriggerActWcdmaMeas must be configured - actIfHo of LNBTS - if actIfHo is 'enabled' a2TimeToTriggerActInterFreqMeas must be configured

- lnRelWId of LNRELW - if an instance of LNRELW is configured in the LNCEL, t304InterRAT must be configured

- actHighPrioServices of LNBTS - if actHighPrioServices is set to 'true' tPageCorrInt must be configured

- dlChBw of LNCEL - null - earfcnDL of LNCEL - null - siWindowLen of LNCEL - null - ttiBundlingBlerThreshold of LNCEL - if ttiBundlingBlerThreshold is configured, it must be greater than ulTargetBler - actETWS of LNBTS - null -- ulTargetBler of LNCEL - qci1UlTargetBler <= ulTargetBler sibSchedulingList of LNCEL - null -- actTtiBundling of LNCEL actCMAS of LNBTS - null- null - actOtdoa of LNCEL - null - prsConfigurationIndex of LNCEL - null - ulsSchedMethod of LNCEL - if ulsSchedMethod is set to 'channel aware' or 'interference aware' ulsFdPrbAssignAlg must be set to 'MixedFD' - cellType of LNCEL - null -- ulsMaxPacketAgg LNCEL - ulsMaxPacketAgg must be set to '1' if ulsFdPrbAssignAlg is set to 'RoundRobinFD' actUtranLoadBal ofofLNBTS - actMBMS of LNBTS - null - null - cellType of LNCEL - null - eIcicMaxMutePattern of LNCEL - null - actNbrForNonGbrBearers of LNCEL - if actNbrForNonGbrBearers is set to 'true', ulsFdPrbAssignAlg must be configured to 'MixedFD' - actEicic of LNCEL - null - actEicic of LNCEL - null - actLiquidCell of LNCEL - null

- dlChBw of LNCEL - null maxNumActUE of LNCEL - null -- prachHsFlag of LNCEL - prachHsFlag can only be set to 'true' if ulCombinationMode is set to 'MRC' and maximal 2 RX antennas are configured in resource maxNumRrc of of LCELL LNCEL--prachHsFlag null -- resourceList can only be set to 'true' if maximal 2 RX antennas are configured in resourceList and ulCombinationMode is set to 'MR - maxNumUeUl of LNCEL - null actUlpcMethod of LNCEL -- nCqiRb of LNCEL - null - if actUlpcMethod is set to 'PuschOLPucchCL', 'PuschCLPucchCL', 'PuschCLSrsPucchCL' or 'PuschIAwPucchCL', ulpcPucchCon actUlpcMethod LNCEL - if actUlpcMethod is set to 'PuschCLPucchOL', 'PuschCLPucchCL', 'PuschCLSrsPucchOL' or 'PuschCLSrsPucchCL', ulpcPuschC - prachFreqOff ofof LNCEL - null - raRespWinSize of LNCEL - null - raSmallMcsUl of LNCEL - null - ulpcLowlevCch of LNCEL - ulpcLowlevCch must be less than or equal to ulpcUplevCch - raSmallVolUl of LNCEL - null -- ulpcLowlevSch LNCEL- null - Parameter must be less than or equal to ulpcUplevSch addAUeRrHo ofofLNCEL ulpcLowqualCch of LNCEL - ulpcLowqualCch value must be less than or equal to ulpcUpqualCch - addAUeTcHo of LNCEL - null -- blankedPucch of of LNCEL - null ulpcLowqualSch LNCEL - ulpcLowqualSch must be less than or equal to ulpcUpqualSch - redBwMaxRbUl of LNCEL - null - dlChBw of LNCEL - if dlChBw is set to '1.4 MHz', dlsUsePartPrb must be configured to 'PRBs with PSS or SSS and PBCH used' - redBwMinRbUl of LNCEL - null - addNumDrbRadioReasHo of LNCEL - null - preRegLoadBalFactor of LNCEL - the -value addNumDrbTimeCriticalHo of LNCEL null of preRegLoadBalFactor depends on the number of eHrpdSectList list items - actHOtoHrpd of LNBTS -ofif LNCEL actHOtoHrpd maxNumRrcEmergency - null is set to 'true' eHrpdSectList must be configured - addNumQci1DrbRadioReasHo of LNCEL - null - addNumQci1DrbTimeCriticalHo of LNCEL - null - maxNumQci1Drb of LNCEL - null - ulsSchedMethod of LNCEL - null - ulsMinRbPerUe of LNCEL - null - srsActivation of LNCEL - null - ulsPuschMaskStart of LNCEL - null - actPuschMask of LNCEL - null - selectOuterPuschRegion of LNCEL - null

Parameter relationships

If parameters acBarSigOvl or parameter acBarOcOvl is configured, eCallAcBarredOvl shall be configured If dlChBw is set to '1.4 MHz' AND maxCrSibDl is less than 0.24, acBarMMTelVideoOcOvl must not be configured. eCallAcBarredOvl shall be set to 'barred' if eCallAcBarred is set to 'barred' AND actAutoAcBarring is set to 'true' If dlChBw is set to '1.4 MHz' AND maxCrSibDl is less than 0.24, acBarMMTelVoiceOcOvl must not be configured. acBarMMTelVideoOcOvl shall be configured , if acBarMMTelVideoOc is configured and actAutoAcBarring is set to 'true' If dlChBw is set to '1.4 MHz' AND maxCrSibDl is less than 0.24, acBarCsfbOcOvl must not be configured. acBarMMTelVoiceOcOvl shall be configured , if acBarMMTelVoiceOc is configured and actAutoAcBarring is set to 'true' The following checks are applicable on LNCEL instance level. acBarCsfbOcOvl shall be configured , if acBarCsfbOc is configured and actAutoAcBarring is set to 'true' The following checks are applicable on LNCEL instance level. If parameter acBarOcOvl is configured, eCallAcBarredOvl must be configured If at least one bit of acBarACOvl AC 11 ... AC 15 is set to '1', probFacOvl must be configured to '0%'. If parameter is configured, eCallAcBarredOvl must be configured. Only if all one bitsacBarSigOvl of AC AC 11 ... AC 15 are probFacOvl can be be configured to any value. If at FDD: least bitacBarACOvl of acBarACOvl 11AND ... AC 15 isset settoto'0', probFacOvl configured to '0%'. For if dlChBw is set to '1.4 MHz' maxCrSibDl is'1', less than 0.21,must acBarOcOvl must not be configured. Only if all one bits of AC AC 11 ... 15 are be be configured to any value. If at least bitacBarACOvl of acBarACOvl 11AC ... AC 15 isset settoto'0', '1',probFacOvl probFacOvlcan must configured to '0%'. The corresponding bits of acBarACOvl shall be set to 1, if any bits for AC11 to AC15 of LNCEL-acBarMMTelVoiceOc-acBarAC is set to 1 and actAutoAcBarrin Only if all bits of acBarACOvl AC 11 ... AND AC 15 are set1 to '0', probFacOvl canacBarSigOvl be to any value. acBarOcOvl shall beisconfigured if acBarOc is configured and actAutoAcBarring is set to 'true' If ocAcBarACOvl has any bits for,MHz' AC11 to 15 set to then canconfigured take only value With this restriction, values other than 0%(0) for ocAcP For FDD: if dlChBw set to '1.4 maxCrSibDl is ocAcProbFacOvl less than 0.21, must not 0%(0). be configured. The corresponding bits of acBarACOvl shall be set to 1, if any bits for AC11 to AC15 of LNCEL-acBarCsfbOc-acBarAC is set to 1 and actAutoAcBarring is set If sigAcBarACOvl has any bits for AC11 to 15 set to 1 then sigAcProbFacOvl can take only value 0%(0). With this restriction, values other than 0%(0) for sigA The corresponding corresponding bits of ocAcBarACOvl acBarACOvl shall be set to 1, bits forfor AC11 to AC15 of LNCEL-acBarMMTelVideoOc-acBarAC is set to is 1 and actAutoAcBarrin The bits of shall set to if1,any ifand any bits AC11 to AC15 of is set to 1 and actAutoAcBarring set to 'true'. acBarSigOvl shall be configured , if acBarSig isbe configured actAutoAcBarring is set to ocAcBarAC 'true' The corresponding bits of sigAcBarACOvl shall be set to 1, if any bits for AC11 to AC15 of sigAcBarAC is set to 1 and actAutoAcBarring is set to 'true'.

If at least one bit of acBarACOvl AC 11 ... AC 15 is set to '1', probFacOvl must be configured to '0%'. Only if all one bits of AC AC 11 ... 15 are be be configured to any value. If at least bitacBarACOvl of acBarACOvl 11AC ... AC 15 isset settoto'0', '1',probFacOvl probFacOvlcan must configured to '0%'. Only if all one bits of AC AC 11 ... 15 are be be configured to any value. If at least bitacBarACOvl of acBarACOvl 11AC ... AC 15 isset settoto'0', '1',probFacOvl probFacOvlcan must configured to '0%'. probFacOvl shall be equal or smaller than LNCEL-acBarMMTelVideoOc-ProbFac, if LNCEL-acBarMMTelVideoOc-ProbFac is configured and actAutoAcBarrin Only if all bits of acBarACOvl ... AC 15 set areto set1 to '0',ocAcProbFacOvl probFacOvl can be to any0%(0). value. With this restriction, values other than 0%(0) for ocAcP If ocAcBarACOvl has any bitsAC for 11 AC11 to 15 then canconfigured take only value probFacOvl shall be equal or smaller than LNCEL-acBarCsfbOc-ProbFac, if LNCEL-acBarCsfbOc-ProbFac is configured and actAutoAcBarring is set to 'true If sigAcBarACOvl has any bits for AC11 to 15 set to 1 then sigAcProbFacOvl can take only value 0%(0). With this restriction, values other than 0%(0) for sigA ProbFacOvl shall shall be equal or smaller than than LNCEL-acBarMMTelVoiceOc-ProbFac, if LNCEL-acBarMMTelVoiceOc-ProbFac is configured and actAutoAcBarrin ocAcProbFacOvl be equal or smaller ocAcProbFac, if ocAcProbFac is configured and actAutoAcBarring is set to 'true'. n1PucchAn is used in calculation of MaxPucchResourceSize (calculation defined in nCqiRb). sigAcProbFacOvl shall be equal or smaller than sigAcProbFac, if sigAcProbFac is configured and actAutoAcBarring is set to 'true'. If at least one of the parameter acBarSig and acBarOc is configured, eCallAcBarred must be set to 'barred' or 'Not barred'. If n1PucchAn is set to '10' than deltaPucchShift must be set to '1'. The following checks are applicable on LNCEL instance level. eCallAcBarredOvl be configured to 'barred' less if (eCallAcBarred is set tomust 'barred' actAutoAcBarring is set to 'true'). If dlChBw is set to shall '1.4are MHz' AND maxCrSibDl than 0.21, acBarSig not AND be configured. The following checks applicable on LNCELisinstance level. For FDD, the following are dlChBw applicable on LNCEL instance level. If n1PucchAn is not setchecks to '10' and is not set to '1.4 MHz' or '3 MHz', the result of ( n1PucchAn MODULO (36/deltaPucchShift) ) must be '0' If dlChBw parameter acBarSig configured, eCallAcBarred configured. If is set to '1.4 is MHz' maxCrSibDl is lessshall thanbe 0.24, acBarMMTelVideoOc be configured. -The n1PucchAn considered inAND calculation of n1PucchAn P-LNCEL, for details pleasemust refernot to maxNumRrc following is checks are applicable on LNCEL instance in level. If dlChBw is set to '1.4 MHz'inAND maxCrSibDl is less than 0.24, acBarMMTelVoiceOc must not be configured. - n1PucchAn is considered calculation of n1PucchAn in PCell, for details please refer to maxNumRrcEmergency. The followingshall checks are shall applicable on LNCEL level. acBarSigOvl be configured if acBarSig configured and actAutoAcBarring set to 'true'. acBarMMTelVideoOcOvl be, configured , isif instance acBarMMTelVideoOc is configuredisand actAutoAcBarring is set to 'true' If is to MHz' maxCrSibDl is less than 0.24, must notconfigured. be configured. If dlChBw dlChBw is set set toof'1.4 '1.4 MHz' AND AND maxCrSibDl isset less than 0.21, acBarCsfbOc acBarOc must not be If at least one bit acBarAC AC 11 ... AC 15 is to '1', probFac must be configured to '0%'. acBarMMTelVoiceOcOvl shall be configured , if acBarMMTelVoiceOc is configured and actAutoAcBarring is set to 'true' Only if all one bits of AC AC 11 ... 15 are probFac be configured to any value. If at least bitacBarAC of acBarAC 11AC ..., ifAC 15 isset settoto'0', '1', probFaccan must configured to '0%'. acBarCsfbOcOvl shall beconfigured, configured acBarCsfbOc is configured andbe actAutoAcBarring is set to 'true' If parameter acBarOc is eCallAcBarred shall be configured. Only if all bits of acBarAC AC 11 ... AC 15 are set to '0', probFac can be configured to any value. If at least one bit of acBarAC AC 11 ... AC 15 is set to '1', probFac must be configured to '0%'. The corresponding bits of LNCEL-acBarMMTelVoiceOcOvl-acBarACOvl shall be set to 1, if any bits for AC11 to AC15 of LNCEL-acBarMMTelVoiceOc-acBarA Only if all one bitsshall of AC 11AC 15AC are15 can be configured to value. If at least bitacBarAC ofbeocAcBarAC 11 ... is to set'0',toprobFac '1',and ocAcProbFac must beisconfigured to '0%'. acBarOcOvl configured ,...if AC acBarOc isset configured actAutoAcBarring setany to 'true' The corresponding bits of LNCEL-acBarMMTelVideoOcOvl-acBarACOvl shall be set to 1, if any bits for AC11 to AC15 of LNCEL-acBarMMTelVideoOc-acBarA Only if all one bits of AC AC 11 ... 15 are setset to to '0','1', ocAcProbFac can be configured to any value. If at least bitocAcBarAC of sigAcBarAC 11AC ... AC 15 is sigAcProbFac must be configured to '0%'. The corresponding bits of LNCEL-acBarCsfbOcOvl-acBarACOvl shall be set to 1, if any bits for AC11 to AC15 of LNCEL-acBarCsfbOc-acBarAC is set to 1 a Only if all bits of sigAcBarAC AC 11 ... AC 15 are set to '0', sigAcProbFac can be configured to any value. The corresponding bits of ocAcBarACOvl shall be set to 1, if any bits for AC11 to AC15 of ocAcBarAC is set to 1 and actAutoAcBarring is set to 'true'. The corresponding bits of sigAcBarACOvl shall be set to 1, if any bits for AC11 to AC15 of sigAcBarAC is set to 1 and actAutoAcBarring is set to 'true'

If at least one bit of acBarAC AC 11 ... AC 15 is set to '1', probFac must be configured to '0%'. Only if all one bits of AC AC 11 ... 15 are be be configured to any value. If at least bitacBarAC of acBarAC 11AC ... AC 15 isset settoto'0', '1',probFac probFaccan must configured to '0%'. Only if all one bits of AC AC 11 ... 15 are be be configured to any value. If at least bitacBarAC of acBarAC 11AC ... AC 15 isset settoto'0', '1',probFac probFaccan must configured to '0%'. LNCEL-acBarMMTelVideoOcOvl-probFacOvl shall be equal or smaller than LNCEL-acBarMMTelVideoOc-ProbFac, if LNCEL-acBarMMTelVideoOc-ProbFac Only if all one bits of AC 11AC ... AC 15AC are15 setis to can be configured to any value. If at least bitacBarAC of ocAcBarAC 11 ... set'0',toprobFac '1', ocAcProbFac must be configured to '0%'. LNCEL-acBarMMTelVoiceOcOvl-probFacOvl shall be equal or smaller than LNCEL-acBarMMTelVoiceOc-ProbFac, if LNCEL-acBarMMTelVoiceOc-ProbFac i Only if all one bits of AC AC 11 ... 15 are setset to to '0','1', ocAcProbFac can be configured to any value. If at least bitocAcBarAC of sigAcBarAC 11AC ... AC 15 is sigAcProbFac must be configured to '0%'. LNCEL-acBarCsfbOcOvl-probFacOvl shall be equal or smaller than LNCEL-acBarCsfbOc-ProbFac, if LNCEL-acBarCsfbOc-ProbFac is configured and actAu Only if all bits of sigAcBarAC AC 11 ... AC 15 are set to '0', sigAcProbFac can be configured to any value. If actDlsOldtc is set to 'true', dlsOldtcTarget must be configured. ocAcProbFacOvl shall be equal or smaller than ocAcProbFac, if ocAcProbFac is configured and actAutoAcBarring is set to 'true'. sigAcProbFacOvl shall be equal or smaller than sigAcProbFac, if sigAcProbFac is configured and actAutoAcBarring is set to 'true'. (1) actDrx must be configured to 'false' if one of the following conditions is fulfilled - riEnable is set to 'true' can and be additionally riPerOffset actDrxDuringMeasGap set to 'true' only if is not set to '-1' - riEnable is set to 'true' and additionally riPerM is not set to '1'. actDrx equals 'true'. The following checks have to be perfomed in LNCEL scope: actPuschMask can only be configured to 'true' if ulChBw is not set to to '1.4 MHz' or '3 MHz' or '5 MHz'. If actSuperCell to 'true', actRIPAlarming be configured (2) actDrx mustisbeset configured to 'true' if one ofmust the following condition'false'. is fulfilled actTtiBundling is set allowed to be configured to 'true' only if all of the following conditions are fulfilled: - actSmartDrx is to 'true' If actPuschMaskcan is set to be 'true', at least one list item in ulsPuschMask must be configured. actRIPAlarming configured - actUlLnkAdp is and set only to 'eUlLa' or actDrxDuringMeasGap is set to 'fUlLa' 'true'. to 'true' if the feature flag LNBTS-actVendSpecCellTraceEnh is set to 'true'. For both, macro non-macro: I.e. when LNBTS-actVendSpecCellTraceEnh is changed from 'true' to 'false', actRIPAlarming must be set to 'false'. -(1) cellResourceSharingMode is set to 'none' or if actEicic is is 'true', following conditions must'DLonly' be fulfilled: If actQci1eVTT of the following conditions need to be fulfilled: actPuschMask isset setto to'true' 'true'alland ulsSchedMethod is equal to 'channel aware' then srsActivation must be set to 'false'. (3) For dlChBw set to '1.4 MHz' AND dlMimoMode set'3toMHz' 'Closed Loop Mimo' or 'Dynamic Open Loop MIMO' all of following conditions need to be fulfilled: - dlChBw must be neither setmust to '1.4 nor -(1a) drxSmartProfile2-drxLongCycle beMHz' equal to to drxSmartProfile2-drxShortCycle in the LNCEL If actFastMimoSwitch is set to 'true' following conditions need to be fulfilled: if dlChBw set to set '1.4toMHz' or '3 MHz', actTtiBundling must be configured to 'false'. (3.1) actDrx 'false' (1b) -for cellResourceSharingMode must be set to 'none' qci1eVTTConfig configured actPuschMask ismust setconfigured tobe'true' and actUlLnkAdp is equal to 'fUlLa', then srsActivation must be set to 'false'. --if riPerOffset must be to '-1' If is set to 'true' the following conditions must be fulfilled: -actLiquidCell cqiPerNp must be equal tothen '10ms' (1c) - loadSettings (struct) must beall configured --if -riPerM must beisconfigured tofollowing '1' four condition LCELL-resourceList must contain antennas with or TXRX configured in txRxUsage in all antennas where all resourceList items must have a configured su actTtiBundling setbe to configured 'true' need toequal be applied: riPerM must equal to '2' actLdPdcch canbe only to 'true' if all ofthan following are (1d) -ifraRespWinSize must have a value greater 6conditions Only actConvVoice is set to 'true', actQci1eVTT isthe allowed to be configured tofulfilled 'true'. -- -riEnable must be configured 'true'subCellId assigned. LCELL instance must the resourceList items with the same subCellId must be assigned to the same rModId.) required the harqMaxTrUlTtiBundling, ttiBundlingBlerTarget, ttiBundlingBlerThreshold and ttiBundlingSinrThreshold are mandatory riPerOffset must behave equal totosame '0' -(1e) phichDur is parameter set to can 'Normal' AND -LNCEL drxProfile2-drxOnDuratT must have a value greater than or equal to '6'to ULAMC_INI_MCS be located only between MCS0 and MCS20, MCS21 MCS24 dlMimoMode must be configured to ('Closed Mimo' be or 'Closed Loop Mimo (4x2)').shall not be applicable even if actModulationSchemeUL = "16QAMHig ---(3.2) dlMimoMode set to than 'Closed Loop Mimo' LNBTS-qciTabOperator-enforceTtiBundling isLoop allowed configured for actDrxmust set to 'true' maxNrSymPdcch isbe greater - drxProfile3-drxOnDuratT must'1'have a value greatertothan or equal toto'6''true' The following checks have beisperformed with LNCEL scope: dlChBw be be setequal to '10to when in must addition actUlLnkAdp set to MHz' 'fUlLa' following condition betofulfilled: cqiPerNp must toMHz' -- -cellResourceSharingMode is'20ms' setor to '20 'none' - drxSmartProfile2-drxOnDuratT must havethe a value greater than ormust equal '6' actNbrForNonGbrBearers only be ifconfigured to is 'true' iftoall following conditions are fulfilled: if actFastMimoSwitch set tocan 'false' and dlMimoMode set ('Closed Mimo' or 'Closed Loop Mimo (4x2)'), mimoClConfig must be configured actOlLaPdcch can only be set to 'true' dlOlqcEnable is set to 'true'. IfLoop dlOlqcEnable -> must be configured eUlLaLowMcsThr, eUlLaLowPrbThr must be configured. -liquidCellConfigInfo riPerM must be equal to '1' - drxSmartProfile3-drxOnDuratT must have a value greater than or equal to '6' is set to 'false', actOlLaPdcch must be configured to 'false'. -- -actEnhAcAndGbrServices isto‘false’ equal to 'true' actSuperCell must be set to riPerOffset must be equal '-1' If actLdPdcch is setmust to 'false', UL and DLor split of PDCCH resources (pdcchUlDlBal) is fixed used. (1f) - siWindowLen haveconfigured a value greater than equal to '20ms' If actOlLaPdcch is set set to 'true' allto of'eUlLa' the following conditions need tomay be fulfilled: -(1g) actEicic mustisbe to 'false' Note: If actLdPdcch to 'true', UL and DL split ofisPDCCH resources be adjusted runtime based on load and the configured value (pdcchUlDlBal) defines th - actUlLnkAdp be or 'fUlLa' actSmartDrx canset bemust only setset toset 'true' if actDrx 'true'. If actNbrForNonGbrBearers is to ‘true’ all of thr following conditions must fulfilled -(1h) pdcchHarqTargetBler must be configured prachHsFlag set to 'false' If actTtiBundling is set 'true' and is in TTI mode, configured values for qci1DlTargetBler, qci1HarqMaxTrDl and qci1H (4) For dlChBwmust set tobe'3to MHz' AND dlMimoMode setBundling to 'Closed Loopfhe Mimo' orbe 'Dynamic Open Loop MIMO' all ofqci1UlTargetBler, following conditions need to be fulfilled: - dlInterferenceEnable must bethe setUE to 'false' --(4.1) dlChBw is not configured to '1.4 MHz' or '3 MHz' pdcchCqiShift must be configured. actOtdoa must be set to 'false' for actDrx set to 'false' If dlChBw is set toset '1.4 MHz', actLdPdcch must be configured tomust 'false'. (1i) if (actDrx isis'true') AND (cellType is NOT ‘large’) If actSmartDrx to ‘true’, then rxProfile1-drxProfilePriority be greater than drxSmartProfile2-drxProfilePriority -- -ulsFdPrbAssignAlg configured actDlIntShaping must beifbe set to 'false' to 'Mixed FD'is '80', then drxProfile3-drxInactivityT must be greater than or equal to '20'. cqiPerNp be must equal to '20ms' (1i.1) - andmust additionally, drxProfile3-drxLongCycle -- -maxPrbsPerNbrUe must be siWindowLen must be set toconfigured '20ms' or greater. riPerM must be equal to '2' (1i.2) drxSmartProfile[x]-drxInactivityT musttohave a value greater equal to '20', wheretox 'true' = {3, 4, 5}.cellResourceSharingMode is not equal to 'none': The following DRX timers must be configured a value greater thanthan '8' if or actSmartDrx is equal and -- -maxNbrTrafficLimit besib2xTransmit if riPerOffset actCMAS or actETWS or is set to 'true', then liquidCellConfigInfo-csiRsSubfr must be set to one of the following values: '3', '8', '18' or '38' [L must bemust equal toconfigured '0' -- drxOnDuratT in DRX profiles drxSmartProfile2 and drxSmartProfile3 nbrCongHandling must be configured -(4.2) if actMBMS is set 'true', then must be set to one of the following values in all LNCEL instances with earfcnDL equal to mbs for can actDrx to 'true' be set toto 'true', onlydrxSmartProfile2, ifliquidCellConfigInfo-csiRsSubfr btsSyncMode is set toconditions 'PhaseSync' -actEicic in DRX profiles drxSmartProfile4 and drxSmartProfile5 If-drxInactivityT actUlLnkAdp is set value all of the following must be fulfilled: cqiPerNp must be equal to 'eUlLa' '40ms' -- drxRetransT in DRX profiles drxSmartProfile2, drxSmartProfile3, drxSmartProfile4 and drxSmartProfile5 the parameters eUlLaAtbPeriod, eUlLaBlerAveWin, eUlLaDeltaMcs, eUlLaLowMcsThr, eUlLaLowPrbThr and eUlLaPrbIncDecFactor must be configured If and actLiquidCell set to value 'false' in theare related LCELL instance no resourceList itemsshall shallbe contain -actSuperCell riPerM must be equal to '1' and is If all above and below macro micro specific conditions fulfilled and gpsInUse is 'false', a warning issuedatosubCellId. the user to activate either GPS (co - -redBwMinRbUl must be less than or equal to eUlLaLowPrbThr riPerOffset must beneed equal Following conditions to to be'-1' fulfilled per LNCEL instance: -Applicable deltaTfEnabled must beisconfigured to 'false'. ifisactUlCoMp setbe tofulfilled 'true': -Following maxGbrTrafficLimit + max(LNCEL-addGbrTrafficRrHo, LNCEL-addGbrTrafficTcHo) 90 (2) If eICICconditions activated in non-macro (medium, small, verysmall) cells, i.e., (cellType =< is 'medium', 'small' or 'verysmall') AND (actEicic is 'true'), following condi need to per LNCEL instance: -(5) actLiquidCell must be set to 'false' if the LNCEL instance belongs ulCoMpCellList. If actDrx is set to 'true' AND cellResourceSharingMode is not settotoan 'none' all of the following conditions must be fulfilled: maxNbrTrafficLimit >= maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) actLdPdcch must be set to 'false' --(2a) maxGbrTrafficLimit + max(LNCEL-addGbrTrafficRrHo, LNCEL-addGbrTrafficTcHo) =< 90 (1) Range depends on dlChBw value as follows: If actUlLnkAdp is set to 'fUlLa' all of the following condition must be fulfilled: -- drxOnDuratT in drxProfile2, drxProfile3 must be configured to a value greater than '8' (2b) - actTtiBundling must be set to 'false' maxNbrTrafficLimit >= maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) -(1) dlChBw is set '5.0 MHz' or '10.0 MHz', addEmergencySessions must fUlLAAtbTrigThr must be configured Range depends on min(ulChBw,dlChBw) follows: Definitions used below parameter - if drxInactivityT ininto drxProfile2 must berelationships: configured to as a value greater than '8' be less or equal to 480 (2c) - periodicCqiFeedbackType must be set value to 'wideband' -- if dlChBw is set to '15.0 MHz' or '20.0 MHz', addEmergencySessions must be less ortoequal to 840 deltaTfEnabled must be configured to 'false' if min(ulChBw,dlChBw) isthen set to '1.4 MHz' addNumDrbRadioReasHo be less than equal to 200than '8'. must be set to '640' P-LNCEL: theinparent LNCEL instance ofdrxProfile4, the CAREL instance drxRetransT drxProfile2, drxProfile3, be'640' configured a or value greater (1) Range depends on min(ulChBw,dlChBw) value asdrxProfile5 follows: (2d) - if in actETWS is 'true' drxProfile5-drxLongCycle must bemust set'channel tomust and drxSmartProfile5-drxLongCycle when addition ulsSchedMethod is set addNumDrbRadioReasHo to ('interference aware' or unaware'): tPeriodicPhr is not allowed to be configured to 'infinity' ---(2e) if min(ulChBw,dlChBw) is set to '3 MHz' must be less than or equal to 600 S-LNCEL: the LNCEL instance referred by the CAREL instance having identical lcrId in the LNCEL if min(ulChBw,dlChBw) is set to '1.4 MHz', addNumDrbTimeCriticalHo must be less than or equal toinstance 200 actUlpcMethod must be not equal to 'PuschIAwPucchOL' and not equal to 'PuschIAwPucchCL' (1) Range depends on dlChBw value as follows: addEmergencySessions might restrict or',('interference will be restricted by maxNumRrcEmergency duesrsActivation to needed for this parametermust be configured -(6) when in addition ulsSchedMethod is set to aware' or'large') 'channel unaware') is set to 'true': srsPwrOffset -(2) if min(ulChBw,dlChBw) is set to '5.0 MHz' addNumDrbRadioReasHo must be less or AND equal to calculations 2520 If (actDrx is 'true') AND (actEicic is 'true') AND (cellType is NOT then following conditions must -(2f) if min(ulChBw,dlChBw) is set to '3 MHz', addNumDrbTimeCriticalHo must be less than or equal to 600 ulsFdPrbAssignAlg must NOT be 'RoundRobinFD' -(2.1) if min(ulChBw,dlChBw) is set to '5.0 MHz', addNumQci1DrbRadioReasHo must be less or equal to 200 be fufilled: (1) Range depends on dlChBw value as follows: if actIMSEmerSessR9 is set to 'true' following condition need to be fulfilled -(6.1) when in addition actTtiBundling is set to 'true' following condition must be fulfilled: if min(ulChBw,dlChBw) min(ulChBw,dlChBw) is set set to to '5.0 '10.0 MHz'', addNumDrbRadioReasHo mustbe beless lessoror equal to2520 3000 for P-LNCEL: if drxProfile3-drxLongCycle is equal to '80', then drxProfile3-drxInactivityT must be greater than or equal to '20'. --Condition if is MHz', addNumDrbTimeCriticalHo must equal to if min(ulChBw,dlChBw) is>= setmaxNumActUE to '5.0 '10.0MHz', MHz', addNumQci1DrbRadioReasHo must beless lessor orequal equalto to200 400 --The if min(ulChBw,dlChBw) is to addNumQci1DrbTimeCriticalHo must be maxNumRrcEmergency +addNumDrbRadioReasHo max(addEmergencySessions, addAUeRrHo, > eUlLaLowMcsThr, eUlLaLowPrbThr must be configured. range for addAUeRrHo depends on dlChBw and ulChBw to following ifactLiquidCell min(ulChBw,dlChBw) is set set to '10.0 '15.0 MHz' ,be must be or equal to in P-LNCEL is set to 'true', actLiquidCell in S-LNCEL be also set to 'true' (precondition: actDLCAggr is set to true). (6.2) - drxSmartProfile[x]-drxInactivityT must greater than oraccording equalmust to '20', where xconditions = 4, addAUeTcHo) 5}. --If if min(ulChBw,dlChBw) is set to MHz', addNumDrbTimeCriticalHo must be less less or{3, equal to 3750 3000 --(2.2) if min(ulChBw,dlChBw) is set to '15.0 MHz', addNumQci1DrbRadioReasHo must be or to if min(ulChBw,dlChBw) is set to '10.0 MHz', addNumQci1DrbTimeCriticalHo must beless less orequal equal to500 400 if additionally actMultBearers is set to 'true' following condition needmust to be fulfilled (1.1) if -Condition if min(ulChBw,dlChBw) is set to '20.0 MHz' , addNumDrbRadioReasHo be less or equal to 4500 for S-LNCEL: range for addAUeTcHo depends dlChBw and ulChBw according to following conditions - if if min(ulChBw,dlChBw) min(ulChBw,dlChBw) is set set to '20.0 '15.0on MHz', addNumDrbTimeCriticalHo must be less or equal to 3750 -The is to MHz', addNumQci1DrbRadioReasHo must be less or equal to 600 if min(ulChBw,dlChBw) to '15.0 MHz', addNumQci1DrbTimeCriticalHo must beto less or equal to 500 actDLCAggr maxNumRrcEmergency >= maxNumQci1Drb +value max(addEmergencySessions, addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) ifif actUlLnkAdp is set toset or 'fUlLa' actTtiBundling is restricted allowed totobe configured to 'true'. --Only is is '5 MHz', addAUeRrHo range is in S-LNCEL is'eUlLa' set to 'true', actLiquidCell in P-LNCEL must be0...480 also set is set to true). (1.1) -If min(ulChBw,dlChBw) ifactLiquidCell min(ulChBw,dlChBw) is set to '20.0 MHz', addNumDrbTimeCriticalHo must be less or'true' equal(precondition: to 4500 --(2) if min(ulChBw,dlChBw) set to 4500) '20.0 MHz', must be less or equal to 600 min(6*maxNumRrcEmergency, >= maxNumActDrb + max(3*addEmergencySessions, addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) min(ulChBw,dlChBw) is is '10 MHz', addAUeRrHo value range isrestricted restricted to0...480 0...860 addNumDrbRadioReasHo might restrict oraddNumQci1DrbTimeCriticalHo will be restricted by maxNumRrc and/or maxNumRrcEmergency due to calculations needed for those paramet -(2) min(ulChBw,dlChBw) is '5 MHz', addAUeTcHo value range is to addNumQci1DrbRadioReasHo might restrict or will be restricted by maxNumRrc and/orotherwise maxNumRrcEmergency due to calculations needed for those para administrativeState can be set to 'shutting down' only if enableGrflShdn is set to 'Enabled', there are no limitations for administrativeState setting If actEicic is 'true', then actUlLnkAdp must be set to 'eUlLa' or 'fUlLa'. min(ulChBw,dlChBw) is set '15 to MHz', addAUeRrHo value range is restricted to 0...860 0...1030 (2.1) if actMultBearers is 'false' following condition needis torestricted bemaxNumRrc fulfilled --(2) min(ulChBw,dlChBw) is '10 MHz', addAUeTcHo value range to addNumDrbTimeCriticalHo might restrict or will be restricted by and/or maxNumRrcEmergency due to calculations needed for those parame (2.1) if actConvVoice is set to 'true' following condition need to be fulfilled addNumQci1DrbTimeCriticalHo might willmaxNumActDrb be restricted by+maxNumRrc and/or maxNumRrcEmergency due to calculations needed for those par Recommendation if actIMSEmerSessR9 isrestrict set to or 'true': -(2) min(ulChBw,dlChBw) is '20 MHz', addAUeRrHo value range is restricted to 0...1200 maxNumRrc + max(addAUeRrHo, addAUeTcHo) >= max(addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) --(2.1) min(ulChBw,dlChBw) is set '15 to MHz', addAUeTcHo valuemaxNumQci1Drb range 0...1030 if actMultBearers is 'false' following condition needistorestricted be fulfilled +ismax(addAUeRrHo, addAUeTcHo) + to max(addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) (2.1) if actMultBearers actConvVoice isisset to 'true' following condition need to be('interference fulfilled -If maxNumRrc addEmergencySessions be configured to a>= greater value than addNumQci1DrbRadioReasHo and addNumQci1DrbTimeCriticalHo because actUlLnkAdp not set toshould 'fUlLa' and ulsSchedMethod is set to aware' or 'channel unaware'), then srsActivation must be set to 'false'. every G (2.2) if 'true' following condition need to fulfilled -(2.2) min(ulChBw,dlChBw) is set '20 to MHz', addAUeTcHo value range is be restricted to 0...1200 maxNumRrc + max(addAUeRrHo, addAUeTcHo) >= maxNumActDrb + max(addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) if additionally actIMSEmerSessR9 is set to 'true' -- maxNumRrc + max(addAUeRrHo, addAUeTcHo) >= maxNumQci1Drb + max(addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) min(6*(maxNumRrc+ max(addAUeRrHo, addAUeTcHo)), 4500) >=fulfilled maxNumActDrb + max(addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) (2.2) if actMultBearers is set to 'true' following condition need to be - maxNumRrcEmergency >= maxNumQci1Drb max(addEmergencySessions, addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) (2.2) if additionally actIMSEmerSessR9 is to set to+'true' applicable ifactIMSEmerSessR9 actIMSEmerSessR9 set to 'true' ifmin(6*(maxNumRrc+ additionally isisset 'true' -(2) max(addAUeRrHo, addAUeTcHo)), 4500) >= maxNumActDrb + max(addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) parameter actUlpcMethod set4500) to 'PuschIAwPucchCL' or+'PuschIAwPucchOL' ulpcAlpha be configured toaddNumQci1DrbTimeCriticalHo) 'alpha 1'.addNumDrbTimeCriticalHo) --If maxNumRrcEmergency >=orismaxNumQci1Drb + max(addEmergencySessions, addAUeRrHo might restrict will be restricted by maxNumRrcEmergency due toaddNumQci1DrbRadioReasHo, calculationmust needed for this parameter min(6*maxNumRrcEmergency, >= maxNumActDrb max(3*addEmergencySessions, addNumDrbRadioReasHo, (2) applicable ifactIMSEmerSessR9 actIMSEmerSessR9 setistoto 'true' if additionally isisset 'true' Recommendation if actIMSEmerSessR9 set to 'true': -addAUeTcHo >= maxNumActUE + by max(addEmergencySessions, addAUeRrHo, addAUeTcHo) might restrict or will be restricted maxNumRrcEmergency due to calculation needed for this parameter -- maxNumRrcEmergency min(6*maxNumRrcEmergency, 4500) >= maxNumActDrb + max(3*addEmergencySessions, addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) addEmergencySessions should be configured to'true': a greater value than addNumQci1DrbRadioReasHo Recommendation if actIMSEmerSessR9 is actIMSEmerSessR9 is set set+ to to 'true':must be set to '0'. If actDlIntShaping ifis+ set to>= 'false', amountBlankedRes -Recommendation maxNumRrcEmergency maxNumActUE max(addEmergencySessions, addAUeRrHo, addAUeTcHo) (maxNumQci1Drb addNumQci1DrbRadioReasHo) shouldvalue be half or addNumQci1DrbRadioReasHo less than (maxNumActDrb + addNumDrbRadioReasHo), because every GBR-DRB is --(3) addEmergencySessions should be configured to a greater than if actCompChecks is set to 'true' additionally -Recommendation addEmergencySessions beand configured a greater value thanbeaddNumDrbRadioReasHo if actIMSEmerSessR9 is set toto'true': If antBearingForAoaCalc isshould configured then antElementSpacing configured. - (maxNumQci1Drb + addNumQci1DrbRadioReasHo) should beinmust half or less than (maxNumActDrb because every GBR-DRB is (3.1) addAUeRrHo is considered in and calculation of maxNumRrc P-LNCEL, for details please refer+toaddNumDrbRadioReasHo), maxNumRrc (3) if actCompChecks is set to 'true' additionally -If addEmergencySessions should be configured to a greater value thanbeaddNumDrbTimeCriticalHo antBearingForAoaCalc is configured then antElementSpacing must configured. (3.1) addAUeTcHo is considered in calculation of maxNumRrc in P-LNCEL, for details please refer to maxNumRrc Note: If than no other than handovered UEs with handover cause "HO desirable for radio reasons" can connect to the cell. If maximum dlChBw is value set to chosen '1.4 MHz', applyOutOfSyncState must be configured to 'extendedDrxOnly'. Note: If maximum value chosen thenbenoconfigured other thanif handovered UEs with handover Critical can connect to the cell. cellResourceGroupPrId must cellResourceSharingMode is setcause value"Time different fromHO" 'none'. Recommendation: Sum of autoAcBarringStartTimer and autoACBarringStopTimer shall be equal or greater than 900 second (i.e. 15 minutes). -The addEmergencySessions should be configured to a greater value thancellResourceGroupPrId addAUeRrHo. Recommendation: cell resource group profile (CRGPR) instance with the configured must exist. of autoAcBarringStartTimer autoACBarringStopTimer shall be addAUeTcHo. equal or greater than 900 second (i.e. 15 minutes). -Sum addEmergencySessions should and be configured to a greater value than This parameter must be configured only if actEicic is 'true' AND cellType is NOT set to 'large'.

(1) The value of blankedPucch must be less than nCqiRb and used in calculation of MaxPucchResourceSize (calculation in nCqiRb).

(2) The value of blankedPucch is used in the calculation of maxNumRrc and maxNumRrcEmergency in some conditions, please refer to those parameters fo (3) The value of blankedPucch depends on ulChBw. The following range restrictions apply dependent on the configured ulChBw: if ulChBw = '1.4 MHz' or '3 MHz', blankedPucch must be configured to 0 - for ulChBw set to '5 MHz', blankedPucch must be configured to 0...16 - for ulChBw set to '10 MHz', blankedPucch must be configured to 0...30 - for ulChBw set to '15 MHz', blankedPucch must be configured to 0...40 - for ulChBw set to '20 MHz', blankedPucch must be configured to 0...60

If dlChBw is set to '1.4 MHz' or '3 MHz' AND additionally act1xCsfb is set to 'true' rttCsfbType for the cell must be set to 'forbidden'. rttCellIdInfo must be configured If setthe different to 'forbidden' for theorLNCEL instance following conditions need to be fulfilled: - ifact1xCsfb act1xCsfbisisset settoto'true' ‘true’and andrttCsfbType rttCsfbTypeisfor cell is set to ‘R9e1xCsfb’ atact1xSrvcc least one instance REDRT with redirRAT 'cdma20001xRTT' must be created with configured csFallBPrio -- if is set to of 'true' - at least one instance of REDRT with redirRAT 'cdma20001xRTT' must be created with configured emerCallPrio rttRefCellId be present - an instancemust of XPARAM must be created - if is set to 'true' and the cell isstructure not set tocsfbRegParam1xRtt 'forbidden' or anact1xCsfb instance of CDFIM must be rttCsfbType created withfor configured structure - if act1xSrvcc is set to in 'true'. structure rttRefCellId the LNCEL instance must be configured - parameter rand must be configured - SIB8 must be present in sibSchedulingList-siMessageSibType. In case act1xCsfb is set to 'true' and rttCsfbType is set to 'R9e1xCsfb' - parameter c2KTimers must be configured - parameter rttCellIdInfo must be configured in addition to above list. If act1xCsfbmust is equal to 'true' and btsSyncMode not equal toconditions 'PhaseSync' then for all LNCEL instances: rttCsfbType shall not be set to 'R9e1xCsfb' c2KTimers be configured if at least one of is the following is fulfilled: - ifcase act1xCsfb is equal fortothe instance equal to '5ms'. 'R9e1xCsfb' In riEnable is set to to 'true' 'true' and ANDrttCsfbType riPerM is set '1',LNCEL cqiPerNp cannotisbe set to - if act1xSrvcc is equal to 'true' mimoClCqiThU must be equal or greater than mimoClCqiThD. For each DRX smart profile (x=2,3,4,5) the following conditions must be fulfilled: mimoOlCqiThU must be equal or greater than mimoOlCqiThD (1) If drxSmartProfile[x]-drxOnDuratT is less than cqiPerNp value must be equal ormust greater thanthan mimoClCqiThD -mimoClCqiThU 12*drxSmartProfile[x]-drxShortCycle be less 1000ms. mimoOlCqiThU must be equal or greater than mimoOlCqiThD (2) Ifdefinitions drxSmartProfile[x]-drxOnDuratT is greater than or equal to cqiPerNp For regarding carrier aggregation used in below parameter relationships, please, see the definitions at parameter actDLCAggr. - ceil(drxSmartProfile[x]-drxOnDuratT (1) Pre-conditions: actDLCAggr is 'true'/ cqiPerNp)*floor(1000ms / drxSmartProfile[x]-drxShortCycle) must be greater than or equal to 12. (1.1) – in LNBTS, all instances of LNCEL must have a value for caPoolId configured. ceil() the rounded up and floor() roundedofdown integer valuethe same value for caPoolId configured. (1.2) –isin LNBTS, a maximum of 13the instances LNCEL can have lowerMarginCio must be set have to 'true'. (1.3) – for each PCell, theconfigured PCell andifallactIntraFreqLoadBal related own SCells is must the same value for LNCEL-caPoolId configured (3) cqiPerNp is considered in calculation of maxNumRrc in P-LNCEL, for details please refer to maxNumRrc upperMarginCio must be configured if actIntraFreqLoadBal is set to 'true'.

no relations no relations cellReSelPrio must be unique per LNCEL compared to the setting of - uCelResPrio in each UFFIM instance of the LNCEL, - gCelResPrio in each GNFL instance of the LNCEL, - hrpdCResPrio in each CDFIM instance of the LNCEL, relations in each CDFIM instance of the LNCEL. -no rttCResPrio no relations

cellResourceSharingMode is allowed to be configured to 'DLonly' or 'DLandUL' only in following case -maxNumRrc actEnhAcAndGbrServices is set to 'true'by AND restricts or will be restricted cellSrPeriod (calculation in maxNumRrc) - actLdPdcch is set to 'false' AND For FZ indoor AP, cellType must set to very_small (0). - dlChBw is not set to '1.4 MHz', '3 MHz' or '5 MHz'. If (actDrx is 'true') AND (actEicic is 'true') AND (cellType is NOT 'large'), then following conditions must be fulfilled: If actTtiBundling is set to 'true' cellResourceSharingMode cannot be configured to 'DLandUL'. – if drxProfile3-drxLongCycle is '80', then drxProfile3-drxInactivityT must be greater than or equal to '20ms'. – drxSmartProfile[x]-drxInactivityT must be greater than or equal to '20ms', where x = 3, 4, 5. If actDlIntShaping is set to 'true', cellResourceSharingMode must be configured to 'none'. highLoadGbrDl must be greater than or equal to LNCEL-loadSettings-targetLoadGbrDl Following condition must be fulfilled when configuring highLoadGbrDl: must be configured. If cellResourceSharingMode is not set to 'none' cellResourceGroupPrId -AllhighLoadGbrDl loadSettings-targetLoadGbrDl of the following>= conditions must be fulfilled when configuring targetLoadGbrDl: -If targetLoadGbrDl = targetLoadGbrDl intraFreqLbLoadThresholds-hysteresisLoadDlGbr drxOnDuratT in >drxProfile2, drxProfile3 must be configured to a value greater than '8' highLoadNonGbrDl must be greater or equal to > drxInactivityT in drxProfile2 must than be configured to LNCEL-loadSettings-targetLoadNonGbrDl a value greater than '8' Following condition must be fulfilled when configuring > drxRetransT in drxProfile2, drxProfile3, drxProfile4,highLoadNonGbrDl: drxProfile5 must be configured to a value greater than '8' -AllhighLoadNonGbrDl loadSettings-targetLoadNonGbrDl actSmartDrx is setconditions to>= 'true' of the following must be fulfilled when configuring targetLoadNonGbrDl: > drxOnDuratT in drxSmartProfile2, drxSmartProfile3 -rcAmbrMgnDl targetLoadNonGbrDl intraFreqLbLoadThresholds-highLoadNonGbrDl must be =< configured if rcEnableDl is set tomust 'true'.be configured to a value greater than '8' drxInactivityT in drxSmartProfile2, drxSmartProfile4, drxSmartProfile5 must be configured to a value greater than '8' -> targetLoadNonGbrDl =< utranLbLoadThresholds-highLoadNonGbrDl If>dlOlqcEnable to 'true', dlTargetBler must be configured. drxRetransT is in set drxSmartProfile2, drxSmartProfile3, drxSmartProfile4, drxSmartProfile5 must be configured to a value greater than '8' - targetLoadNonGbrDl > intraFreqLbLoadThresholds-hysteresisLoadDlNonGbr If pdcchHarqTargetBler is greater than 1%, dlTargetBler value shall be at least twice of pdcchHarqTargetBler. The following condition must be - actUeBasedAnrIntraFreqLte is fulfilled: set to 'true' qci1DlTargetBler <=drxProfile101 dlTargetBler must be configured to a value greater than '8' > drxOnDuratT in drxRetransT in AND drxProfile101 must be AND configured to aisvalue If>(actDrx is 'true') (actEicic is 'true') (cellType NOT greater 'large'),than then'8' drxInactivityT must be greater than or equal to '20ms'. Note: - actUeBasedAnrInterFreqLte is set to 'true' The configured qci1DlTargetBler is not applied, if actTtiBundling is set to 'true' > drxOnDuratT in drxProfile103 must be configured to a value greater than '8'and the UE is in TTI Bundling mode. > drxRetransT in drxProfile103 must be configured to a value greater than '8' - actUeBasedAnrUtran is set to 'true' > drxRetransT in drxProfile102 must be configured to a value greater than '8'. If actIdleLB is set to 'true', idleLBCapThresh can be set to value other than 100, only when cellResourceSharingMode is set to 'none' If actUtranLoadBal is set to 'true', cellResourceSharingMode must be set to 'none' in all LNCELs of LNBTS.

drxInactivityT must be configured to a value greater than '8' in following condition: - cellResourceSharingMode is not set to 'none' AND - actSmartDrx is set to 'true'. drxInactivityT must be configured to a value greater than '8' in following condition: - cellResourceSharingMode is not set to 'none' AND drxInactivityT depends on drxLongCycle (in drxProfile5) actDrx is set to 'true'. --drxInactivityT if drxLongCycle is set on to 1280, then drxInactivityT must be equal or greater than 1280 depends drxLongCycle (in drxProfile4) if drxLongCycle drxLongCycle is is set set to to 320, 2560,then thendrxInactivityT drxInactivityTmust must beequal set toor2560 --If if greater 500 condition must be fufilled: (actDrx is 'true') AND (actEicic is 'true') AND (cellType be is NOT 'large'), thenthan following -if drxProfile3-drxLongCycle is equal '80', then drxProfile3-drxInactivityT must be greater than or equal to '20'. drxInactivityT must be configured to atovalue greater than '8' in following condition: - cellResourceSharingMode is nottoset to 'none' AND than '8' in following condition: drxInactivityT must be configured a value greater -- actSmartDrx is set to 'true'. is not set to 'none' AND cellResourceSharingMode - actSmartDrx is set to 'true'. if is 'true') less than drxLongCycle must be set tois'40ms' If taTimer (actDrx is AND1280, (actEicic is 'true') AND (cellType NOT 'large'), then drxInactivityT must be greater than or equal to '20ms'. drxInactivityT depends drxLongCycle drxProfile4) If (actDrx is 'true') AND on (actEicic is 'true') (in AND (cellType is NOT 'large'), then drxInactivityT must be greater than or equal to '20ms'. If is 'true')isAND (actEicic is 'true') AND (cellType is NOT thenthan following -drxInactivityT if(actDrx drxLongCycle set on to 320, then drxInactivityT must be equal'large') or greater 500 condition must be fufilled: depends drxLongCycle (in drxProfile5) - if drxProfile3-drxLongCycle is equal to '80', then drxProfile3-drxInactivityT must be greater than or equal to '20'. - if drxLongCycle is set to 1280, then drxInactivityT must be equal or greater than 1280 - if drxLongCycle is set to 2560, then drxInactivityT must be set to 2560 smartStInactFactor*drxShortCycle be greater than or equal max(200ms, drxLongCycle). If (actEicic is 'true') AND (actETWSmust is 'true') AND (cellType is NOTto'large'), drxLongCycle must be set to '640'. smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). If actQci1eVTT is set to 'true': drxShortCycle must be configured equal to drxLongCycle. smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). If (actEicic is 'true') AND (actETWS is 'true') AND (cellType is NOT 'large'), drxLongCycle must be set to '640'. drxProfile3-drxOnDuratT must be configured to a value greater than '3' if at least one of the following conditions is fulfilled: - actOtdoa is set to 'true' - dlChBw is set to '1.4 MHz' or '3MHz'. drxOnDuratT drxOnDuratT must must be be configured configured to to a a value value greater greater than than '8' '8' in in following following condition: condition: -- cellResourceSharingMode cellResourceSharingMode is is not not set set to to 'none' 'none' AND AND -- actUeBasedAnrIntraFreqLte is set to 'true'. actDrx is set to (1) If actOtdoa is 'true'. set to 'true' drxOnDuratT must be greater than 3. (1) If actOtdoa is set to 'true' drxOnDuratT must be greater than 3. drxProfile3-drxOnDuratT configured to a value greater than or equal to '6' if actEicic is set to 'true'. (2) If drxOnDuratT is less must than be cqiPerNp (calculation in cqiPerNp) (1) If drxOnDuratT is less than cqiPerNp (calculation in cqiPerNp) - 12*drxShortCycle must be less than 1000ms. (2) If drxOnDuratT is less than cqiPerNp (calculation in cqiPerNp) - 12*drxShortCycle less than 1000ms. (1) If drxOnDuratT ismust lessbe than cqiPerNp (calculation in cqiPerNp) - 12*drxShortCycle must be less than 1000ms. -drxProfile2-drxOnDuratT 12*drxShortCycle be less 1000ms. must bethan configured a value (calculation greater thanin'3'cqiPerNp) if at least one of the following condition is fulfilled: (3) If drxOnDuratT ismust greater than or equal to to cqiPerNp (2) If drxOnDuratT is greater than or equal to cqiPerNp (calculation in cqiPerNp) -drxOnDuratT actOtdoa is set tois 'true' ceil(drxOnDuratT/cqiPerNp)*floor beingreater than or equal to 12. must be configured aequal valuetogreater than(calculation '8' inmust following condition: If drxOnDuratT greater than to or(1000ms/drxShortCycle) cqiPerNp cqiPerNp) -(3) ceil(drxOnDuratT/cqiPerNp)*floor (1000ms/drxShortCycle) must be greater than or equal to 12. (2) If drxOnDuratT is greater than or equal to cqiPerNp (calculation in cqiPerNp) - cellResourceSharingMode is not set to 'none' AND ceil(drxOnDuratT/cqiPerNp)*floor (1000ms/drxShortCycle) must be greater than or equal to 12. -drxOnDuratT ceil(drxOnDuratT/cqiPerNp)*floor (1000ms/drxShortCycle) must be greater than or equal to 12. must be configured to to a value - actUeBasedAnrInterFreqLte is set 'true'. greater than '8' in following condition: -drxOnDuratT cellResourceSharingMode is not set to 'none' AND must be configured to a value greater than '8' in following condition: -- actDrx is set to 'true'. actSmartDrx is set to 'true'. is not set to 'none' AND cellResourceSharingMode - actSmartDrx is set to 'true'. drxProfile2-drxOnDuratT must be configured to a value greater than orthan equal to '6' iftoactEicic is set to 'true'. drxSmartProfile2-drxOnDuratT must be configured to a value greater or equal '6' if actEicic is set to 'true'. drxProfile2-drxOnDuratT must be configured to a value greater than or equal to '6' if actEicic is set to 'true'.

the drxProfilePriority drxProfile5 must be less than any any other drxProfileX (X=1,2,3,4) in the LNCEL instance, i.e. drxProfile5-drxProfilePriority min(drxProfile1-drxProfilePriority, drxProfile2-drxProfilePriority, drxProfile3-drxProfilePriority, drxProfile4-drxProfilePriority) drxProfilePriority(drxProfile4)
drxProfile1-drxProfilePriority must be greater than drxProfile4-drxProfilePriority. drxSmartProfile5-drxProfilePriority must be less than drxSmartProfile4-drxProfilePriority. If actSmartDrx is set to 'true' in addition following condition need to be fulfilled: drxSmartProfile4-drxProfilePriority must be less than drxSmartProfile3-drxProfilePriority and greater than drxSmartProfile5-drxProfilePriority. - drxProfile1-drxProfilePriority must be greater than drxSmartProfile2-drxProfilePriority drxSmartProfile3-drxProfilePriority must be less than drxSmartProfile2-drxProfilePriority and greater than drxSmartProfile4-drxProfilePriority. drxSmartProfile2-drxProfilePriority must greater than drxSmartProfile3-drxProfilePriority.

If actSmartDrx is set to 'true' in addition following condition need to be fulfilled: drxRetransT must be configured to a value greater than '8' in following condition: drxSmartProfile2-drxProfilePriority must be less than drxProfile1-drxProfilePriority. - cellResourceSharingMode is nottoset to 'none' ANDthan '8' in following condition: drxRetransT must be configured a value greater -- actSmartDrx is set to 'true'. is not set to 'none' AND cellResourceSharingMode drxRetransT must be configured to a value greater than '8' in following condition: actDrx is set to 'true'. --drxRetransT cellResourceSharingMode is nottoset to 'none' ANDthan '8' in following condition: must be configured a value greater actDrx is set to 'true'. --drxRetransT cellResourceSharingMode is not set to 'none' ANDthan '8' in following condition: must be configured to a value greater -- actUeBasedAnrUtran is setistonot 'true'. cellResourceSharingMode set to 'none' ANDthan '8' in following condition: drxRetransT must be configured to a value greater -- actUeBasedAnrIntraFreqLte setset to to 'true'. cellResourceSharingMode isisnot 'none' ANDthan '8' in following condition: drxRetransT must be configured to a value greater -- actDrx is set to 'true'. cellResourceSharingMode is nottoset to 'none' ANDthan '8' in following condition: drxRetransT must be configured a value greater actUeBasedAnrInterFreqLteisisnot set to to 'true'. --drxRetransT cellResourceSharingMode 'none' ANDthan '8' in following condition: must be configured toset a value greater actSmartDrx is set to 'true'. is not set to 'none' AND --drxRetransT cellResourceSharingMode must be configured to a value greater than '8' in following condition: -- actSmartDrx is set to 'true'. is not set to 'none' AND cellResourceSharingMode drxRetransT must be configured to a value greater than '8' in following condition: -- actDrx is set to 'true'. cellResourceSharingMode is not set to 'none' AND in cqiPerNp) (1) If drxOnDuratT is less than cqiPerNp (calculation -- actSmartDrx is setmust to 'true'. 12*drxShortCycle be less than 1000ms. (1) If drxOnDuratT is less than cqiPerNp (calculation in cqiPerNp) - drxProfile5-drxRetransT must be greater than or equal to 6 if actMBMS is equal to 'true', subfrPShareRequired is less than or equal to 20, earfcnDL is equal -(1) less than 1000ms. If drxOnDuratT ismust lessbe than cqiPerNp (calculation in cqiPerNp) - 12*drxShortCycle drxProfile5-drxRetransT must be greater than or equal to 10 if actMBMS is equal to 'true', subfrPShareRequired is greater than 20, earfcnDL is equal to mbs (2) If drxOnDuratT is greater than or equal to cqiPerNp (calculation in cqiPerNp) -(1) 12*drxShortCycle less than 1000ms. If drxOnDuratT ismust lessbe than cqiPerNp (calculation in cqiPerNp) -(2) ceil(drxOnDuratT/cqiPerNp)*floor (1000ms/drxShortCycle) must beingreater than or equal to 12. If drxOnDuratT is greater than or equal to cqiPerNp (calculation cqiPerNp) - 12*drxShortCycle must be less than 1000ms. -(2) ceil(drxOnDuratT/cqiPerNp)*floor (1000ms/drxShortCycle) must be greater than or equal to 12. If drxOnDuratT is greater than or equal to cqiPerNp (calculation in cqiPerNp) (3) smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). -(2) ceil(drxOnDuratT/cqiPerNp)*floor (1000ms/drxShortCycle) must be greater than or equal to 12. If drxOnDuratT is greater than or equal to cqiPerNp (calculation in cqiPerNp) (3) smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). - ceil(drxOnDuratT/cqiPerNp)*floor (1000ms/drxShortCycle) must be greater than or equal to 12. (3) smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). (4) If actQci1eVTT is set to 'true': drxShortCycle must be configured equal to drxLongCycle. (3) smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle).

no relations The product of parameter modPeriodCoeff and defPagCyc (given in rf) must not exceed 1024

deltaPucchShift is used in calculation of MaxPucchResourceSize (calculation defined in nCqiRb). deltaPucchShift must be configured to '1' if at least one of the following condition is fulfilled: - n1PucchAn is set to '10'

(1) if dlMimoMode is set to 'Dynamic Open Loop MIMO', - mimoOlCqiThD, mimoOlCqiThU, mimoOlRiThD and mimoOlRiThU must be set, otherwise the default value is used If dlChBw is set to '1.4 MHz', dlPcfichBoost must be configured to 0 dB. (2) if dlMimoMode is set to 'Closed Loop Mimo', If dlChBw is set to '1.4 MHz', dlPhichBoost must be configured to 0 dB. - mimoClCqiThD, mimoClCqiThU, mimoClRiThD and mimoClRiThU must be set, otherwise the default value is used (1) The configured is ULset and channel dlpcMimoComp bandwidth (ulChBw, must bemust identical perdefined, LNCELthe default value is used implicitly (3) if dlMimoMode to DL 'SingleTX', is notdlChBw) applicable and not be If actDlIntShaping structure dlIshConfig must (4) if dlMimoMode is is set set to to 'true' 'SingleTX', syncSigTxMode mustbebeconfigured. set to 'SingleTx', otherwise syncSigTxMode can be configured to 'SingleTx' or 'TxDiv' (2) For cells with a is configured dlChBw dlRsBoost greater than or not equal following constraints exist (5) dlMimoMode set toprofile 'SingleTX', be to set'5toMHz' '1.77dB' Theifinterference shaping with ishPrId equalcan to dlIshConfig-ishPrId must exist. - the ranges of theisfollowing parameters dependriEnable on the channel maxNumRrcEmergency, addEmergencySessions, addNumDrb (6) if dlMimoMode set to 'SingleTX' or 'TXDiv', must bebandwidth: set to 'false', in all other cases riEnable must be configured tomaxNumActUE, 'true'. addNumQci1DrbTimeCriticalHo, addAUeRrHo, addAUeTcHo, nCqiRb, prsBandwidth (for please those parameter) (7) if dlMimoMode is set to 'SingleTX', in the LCELL-resourceList one TX antenna shall bedetails mapped to therefer cell,tofor dlMimoMode different to 'SingleTX' two TX If dlpcMimoComp setnumber to must be less than ordepends equal toon '3dB'. -(8) the maximal allowed ofdlRsBoost configurable GNFL instances thedefined configured DL channel bandwidth and the maximum code rate dlMimoMode isisused in '3dB', calculation of MaxPucchResourceSize (calculation in nCqiRb). If dlRsBoost different to '0dB', dlpcMimoComp is restricted toand values '0 dB' and '3 (intFrBCList) dB'. - the allowedissum of all inter frequency neighbor (intFrNCList) blacklisted cells depend on the configured downlink channel bandwidth (for d

If dlMimoMode 'SingleTX', dlRsBoostcannot must be to '1.77dB'. (2.1) if dlChBw is set to '5 MHz', actLdPdcch bedifferent configured to 'true', for dlChBw configured greater than '5 MHz' the allowed value of actLdPdcch still d Gap between earfcnDL and earfcnUL is must specified per band in If dlChBw is set to '1.4 MHz', dlRsBoost be configured to36.104 '0dB'. 3GPP specification. Gap between earfcnDL and earfcnUL is specified per band in 36.104 3GPP specification. The phyCellId of the cell must be unique within all LNCEL instances served by the eNB having the same downlink frequency earfcnDL. eIcicPartnerEcgi must be configured if cellType is set to ('medium', 'small' or 'verysmall') AND actEicic is set to 'true'. The eutraCarrierInfo in each LNHOIF belonging to the LNCEL must be different to the earfcnDL.

For "Multiple Frequency Band Indicator" cases, i.e. if at least one MFBIPR instance is created: (1) If the earfcnDL in the LNCEL instance is set identical to a configured eutraCarrierFreq in any MFBIPR instance, addSpectrEmissReq in this MFBIPR insta (2) The additional frequency band defined by addFreqBandInd and the frequency band of all LNCEL instances having same earfcnDL than the profile (i.e. MF This mean all frequencies within the cell bandwidth (chBw) must be fully within the additional frequency band (addFreqBandInd). For frequency band definitions see table 5.7.3-1 in 3GPP TS36.104

The emAreaIdList must be configured with at least one item per LNCEL instance if pwsWithEmAreaId is set to 'true'. If dl64QamEnable is set to 'false', the highest possible value for iniMcsDl is 16. If enableAmcPdcch enableDl16Qam parameter is setpdcchCqiShift to 'false', dl64QamEnable must be set to 'false'. If is set to 'true', must be configured. If dl64QamEnable is set to 'true', enableDl16Qam must be set to 'true'. If dlamcEnable is set to 'false', iniMcsDl must be configured only if dlOlqcEnable is set to 'false' in addition. If enableAmcPdcch is set to 'false', enableLowAgg must be configured to 'false'. If dlOlqcEnable is set to 'true', dlTargetBler must be configured. If enablePcPdcch is 'true' enableLowAgg must be configured. Only if dlOlqcEnable is set to 'true', actOlLaPdcch can be set to 'true'. If dlOlqcEnable is set to 'false', actOlLaPdcch must be set to 'false'. If dlChBw is set to '1.4 MHz', enablePcPdcch must be configured to 'true'. If is set is to set '1.4toMHz', cqiAperEnable be configured 'false'. If dlChBw dlOlqcEnable 'false', iniMcsDl mustmust be configured onlyto if dlamcEnable is set to 'false' in addition. If actDlIntShaping is set to 'true', cqiAperEnable must be configured to 'true'. If dl64QamEnable is set to 'true', enableDl16Qam must be set to 'true'. If enableDl16Qam is set to be 'false', dl64QamEnable be set to 'false'. dlInterferenceEnable must configured to 'false' ifmust actEicic is set to 'true'. If enableDl16Qam is set to 'false', the maximum value for iniMcsDl is 9. enableLowAgg must be configured to 'false' - ifdlChBw enableAmcPdcch set torcEnableDl 'false' OR must be configured to 'false'. If is set to '1.4isMHz', - if enablePcPdcch is set to 'false' If dlChBw is set to '1.4 MHz', rcEnableUl must be configured to 'false'. If rcEnableDl is set to 'true', rcAmbrMgnDl must be configured. If dlChBw is set to '1.4 MHz' or '3 MHz', redBwEnDl must be configured to 'false'. If rcEnableUl is set to 'true', rcAmbrMgnUl must be configured. If dlChBw is set to '1.4 MHz' or '3 MHz', redBwRpaEnUl must be configured to 'false'. If redBwEnDl is set to 'true' redBwMaxRbDl must be configured. If redBwRpaEnUl is set to 'true', redBwRbUlConfig must be configured. deltaTfEnabled must be configured to 'false' if at least one of the following conditions is fulfilled: - actUlpcMethod is set to 'PuschIAwPucchCL' or 'PuschIAwPucchOL' - actUlLnkAdp is set to 'eUlLa' or 'fUlLa'. If actQci1eVTT is set to 'true', qci1eVTTConfig must be configured. eUlLaAtbPeriod must be configured if actUlLnkAdp is set to value 'eUlLa'. In other case theremust is nobe need to configure the parameter. eUlLaBlerAveWin configured if actUlLnkAdp is set to value 'eUlLa'. In other case there is nomust needbetoconfigured configure the parameter. is set to value 'eUlLa'. eUlLaPrbIncDecFactor if actUlLnkAdp In other case there is be no configured need to configure the parameter. eUlLaDeltaMcs must if actUlLnkAdp is set to value 'eUlLa'. In other case there is no need to configure parameter. eUlLaLowMcsThr must be configured in all the of the following conditions: -eUlLaLowPrbThr if actUlLnkAdp ismust set to 'eUlLa'in all of the following conditions: bevalue configured -- if actUlLnkAdp set value and actTtiBundling is set to 'true' actUlLnkAdpisis isset settoto to'fUlLa', value 'fUlLa' 'eUlLa' If ifactUlLnkAdp fUlLAAtbTrigThr must be configured. case there is no configure the parameter.is set to 'true' -Inifother actUlLnkAdp is set to need value to 'fUlLa' and actTtiBundling In other case there is no need to configure the parameter. parameter filterCoefficientCSFBCpichEcn0 is equal mandatory measQuantityCSFBUtra is set to 'cpichEcN0'. The value of redBwMinRbUl must be less than or to therequired value of ifeUlLaLowPrbThr. The parameter filterCoefficientCSFBCpichRscp is mandatory required if measQuantityCSFBUtra is set to 'cpichRSCP'. If dlChBw is set to '1.4 MHz', eUlLaLowPrbThr must be configured to a value less than or equal to 4. If an instance of LNRELG is configured in the LNCEL then filterCoefficientRSSI must be configured. filterCoefficientCpichRscp is mandatory required if at least one of the following conditions is fulfilled: -filterCoefficientCpichEcn0 actUeBasedAnrUtran is set to 'true' ORrequired if at least one of the following conditions is fulfilled: is mandatory -- actUtranLoadBal is setistoset 'true'. actUeBasedAnrUtran to 'true'on ORLNCEL instance level. The following checks are applicable - actUtranLoadBal is set to 'true'. If actEnhAcAndGbrServices is configured to 'false' gbrCongHandling must be set to 'none'. if dlChBw is set to '3 MHz' -Recommendation: and maxCrSibDl <= 0.07, the allowed number of list items of furtherPlmnIdL is 0 -If and maxCrSibDl = 0.08, theset allowed number of list items oftofurtherPlmnIdL is 2 actEnhAcAndGbrServices to 'true' it is recommended configure gbrCongHandling to 'l2andl3'. actHOtoHrpd is set to 'true' must of belist configured. -If and maxCrSibDl = 0.09, the hrpdTimers allowed number items of furtherPlmnIdL is 3 -If and maxCrSibDl > 0.09, thehsScenario allowed number items of furtherPlmnIdL prachHsFlag is set to 'true' must of belist configured, if prachHsFlag is is 5set to 'false' hsScenario value is nopt allowed to be configured. if dlChBw is set to '1.4 MHz' - and maxCrSibDl < 0.19, the allowed number of list items of furtherPlmnIdL is 1 - and 0.19 =< maxCrSibDl < 0.21, the allowed number of list items of furtherPlmnIdL is 2 - and 0.21 =< maxCrSibDl < 0.23, the allowed number of list items of furtherPlmnIdL is 3 - and 0.23 =< maxCrSibDl < 0.26, the allowed number of list items of furtherPlmnIdL is 4 - and maxCrSibDl >= 0. 26, the allowed number of list items of furtherPlmnIdL is 5 idleLBCapThresh is mandatory if actIdleLB is set to 'true' if is set to 'true', idleLBCapThresh cangreater be setthan to value other than 100, only if cellResourceSharingMode is set to 'none' If actIdleLB qci1ProtectionTimer is configured, it must be inactivityTimer. iniMcsDl is applicable if dlOlqcEnable and dlamcEnable are both set to 'false'. In case actModulationSchemeUL is set to 'QPSK', the maximum value for iniMcsUl is 10. If enableDl16Qam is set to 'false', the maximum value for iniMcsDl is 9. The range of iniPrbsUl depends on ulChBw setting: If dl64QamEnable is set to 'false', the maximum value for iniMcsDl is 16. - if ulChBw is set to '1.4 MHz', iniPrbsUl is restricted to 1...6 - if ulChBw is set to '3 MHz', iniPrbsUl is restricted to 1...15 - if ulChBw is set to '5 MHz', iniPrbsUl is restricted to 1...25 - if ulChBw is set to '10 MHz', iniPrbsUl is restricted to 1...50 - if ulChBw is set to '15 MHz', iniPrbsUl is restricted to 1...75 - if ulChBw is set to '20 MHz', iniPrbsUl is restricted to 1...100 The value of redBwMinrbUl must be less than or equal to the value of iniPrbsUl.

Note: The initial amount of PRBs in uplink allocation can be higher than iniPrbsUl if the minimum PRB amount based on ulsMinRbPerUe and ulsMinTbs requ

If actInterFreqServiceBasedHo is set to 'true' iFServiceBasedHoRetryTimer must be configured. no relations All of the following conditions must be fulfilled when configuring iFLBHighLoadGBRDL: -AlliFLBHighLoadGBRDL >= iFLBTargetLoadGBRDL of the following conditions must be fulfilled when configuring iFLBHighLoadPdcch: iFLBHighLoadGBRDL>= >=iFLBTargetLoadPdcch loadSettings-targetLoadGbrDl -- iFLBHighLoadPdcch - iFLBHighLoadPdcch >= loadSettings-targetLoadPdcch iFLBLoadThresholds is mandatory required if actInterFreqLB is set to 'true' All of the following conditions must be fulfilled when configuring iFLBHighLoadNonGBRDL: -ulpcIAwConfig iFLBHighLoadNonGBRDL >= iFLBTargetLoadNonGBRDL must be configured if actUlpcMethod is set to 'PuschIAwPucchOL' or 'PuschIAwPucchCL' - iFLBHighLoadNonGBRDL >= loadSettings-targetLoadNonGbrDl loadSettings must be configured in all LNCEL instances of the eNB if at least one of the following condition is valid: - actIntraFreqLoadBal is set to 'true' - actInterFreqLB is set to 'true' intraFreqLbLoadThresholds must be configured if actIntraFreqLoadBal is set to 'true'. - actAmle is set to 'true' - actIdleLB is set to 'true' - actUtranLoadBal is set to 'true' -no actLBPowerSaving is 'true' relations loadSettings must be configured in LNCEL no relationsis set to 'true' - if actEicic

In case actModulationSchemeUL is set to 'QPSK', the maximum value for raLargeMcsUl is 10. Definitions used in below parameter relationships: - PLMN ID: Different PLMN IDs can be configured in moPrMappingList with the combination of the parameters mcc, mnc and mncLength. PLMN ID means th - SPID range: Several SPID ranges can be configured in moPrMappingList with parameters spid and spidLast. SPID range means the range from spid to spid PRACH allocation (prachFreqOff) and PUSCH mask allocation (ulsPuschMask) must be mutually exclusive, ie. the range {prachFreqOff ... (prachFreqOff+5)} spid must be less than spidLast. If two PUSCH masks are configured then the ranges {ulsPuschMaskStart .. ulsPuschMaskStart+ulsPuschMaskLength-1} shall not overlap spidLast can only be configured if spid is configured.

Following limitations are applicable dependent on the specified UL channel bandwith: If moProfileSelect is set to 'spid', then all the following conditions must be fulfilled: - if ulChBw is set to '10 MHz' the value range is limited to 0 .. 49 AND (ulsPuschMaskStart + ulsPuschMaskLength) must be less than or equal to 50 - SPID ranges must be unique with no overlaps in all elements of moPrMappingList within LNCEL. - if ulChBw is set to '15 MHz' the value range is limited to 0 .. 74 AND (ulsPuschMaskStart + ulsPuschMaskLength) must be less than or equal to 75 - if ulChBw is set to '20 MHz' the value range is not limited AND (ulsPuschMaskStart + ulsPuschMaskLength) must be less than or equal to 100 If moProfileSelect is set to 'combined', then all the following conditions must be fulfilled: -If ifeHrpdSectList configured, the pair of SPID range ID must be uniquemust in allbeelements of moPrMappingList within LNCEL (i.e. SPID range must be unique with n contains only one list and item,PLMN preRegLoadBalFactor configured different to '0'. - in the elementscontains of moPrMappingList where SPIDthe range is not configured, PLMN ID must one be unique inwhere all these elements of moPrMappingList within If eHrpdSectList more than one list item, eHrpdSectList must contain at least list item preRegLoadBalFactor is set different to LNCEL '0'. The value of each lcrId in the LNCEL objects must be unique in the eNB. - in the elements of moPrMappingList where PLMN ID is not configured, SPID range must be unique with no overlaps in all these elements of moPrMappingL ulpcLowlevCch <= ulpcUplevCch It is required that always the pair of LNCEL object and related LCELL object exists, i.e. the LCELL object with matching lCellId must be created respectively d ulpcLowlevSch <= ulpcUplevSch ulpcLowqualCch <= ulpcUpqualCch The global cell identity a related neighbor cell LNREL must be different to the cell global identity of the parent LNCEL object, i.e. ulpcLowqualSch ulpcUpqualSch LNREL cell global<= identity (ecgiAdjEnbId + ecgiLcrId + ecgiPlmnId) must be different from the LNCEL global identity (lnBtsId (LNBTS) + lcrId (LNCEL) + mcc ( If dlMimoMode is set to 'Closed Loop Mimo' or 'Closed Loop MIMO (4x2)' and actFastMimoSwitch set to 'false', mimoClConfig must be configured. If dlMimoMode is set to 'Dynamic Open Loop MIMO', mimoOlConfig must be configured. if dlMimoMode is set different to 'Single TX' dlpcMimoComp must be configured dlpcMimoComp range restricted to values '0 dB' and '3 range dB', when dlRsBoost is configured to another value than '0dB' The actual rangevalue depends onisthe MNClength: if length=2, then is 00..99, if length=3, then range is 000..999 Determines length of MNC.

(1) Range depends on dlChBw value as follows: - if dlChBw is set to '5.0 MHz', maxNumQci1Drb (1) Range depends on dlChBw value as follows: must be less or equal to 200 if min(ulChBw, dlChBw is setdlChBw) to '10.0 MHz', maxNumQci1Drb must be less or equal to 400 -- if is set to '1.4 MHz', maxNumActDrb must be less than or equal to 200 -- if is setdlChBw) to '15.0 MHz', maxNumQci1Drb must be less equal 500or equal to 600 if dlChBw min(ulChBw, is set to '3 MHz', maxNumActDrb mustorbe lessto than -- if is setdlChBw) to '20.0 MHz', maxNumQci1Drb must be less or equal to 600 if dlChBw min(ulChBw, is set to '5.0 MHz', maxNumActDrb must be less than or equal to 2520 harqMaxTrUlTtiBundling if actTtiBundling is set 'true'. - if min(ulChBw, dlChBw)isismandatory set to '10.0required MHz', maxNumActDrb must betoless than or equal to 3000 maxNumQci1Drb might restrict or will be restricted maxNumRrc or maxNumRrcEmergency due to calculations needed If ifulsFdPrbAssignAlg is set (packetby aggregation bearer) ulsMaxPacketAgg must be setfor to those ‘1’. parameter -(2) min(ulChBw, dlChBw) is to set'RoundRobinFD' to '15.0 MHz', maxNumActDrb must is bedisabled less thanfororVoIP equal to 3750 harqMaxTrUlTtiBundling >= harqMaxTrUl (2.1) if actConvVoice is set 'true' following need to must be fulfilled -no if min(ulChBw, dlChBw) is to set to '20.0 MHz',condition maxNumActDrb be less than or equal to 4500 relations - maxNumRrc >= maxNumQci1Drb eIcicMaxG2CioNonMacro must be configured if cellType is NOT set to 'large' AND actEicic is set to 'true'. (1.2) if actHighRrc is set to 'false' maxNumActDrb must be less than or equal to 2520 eIcicMaxG3CioNonMacro be configured if cellType is NOT to 'large' AND actEicic is set to 'true'. (2.2) if actConvVoice is setmust to 'true' following condition need to beset fulfilled -Following maxNumRrc + max(addAUeRrHo, addAUeTcHo) + max(addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) conditions need restrict to be fulfilled perrestricted LNCEL>= instance: (2) maxNumActDrb might or will be bymaxNumQci1Drb maxNumRrc and/or maxNumRrcEmergency due to calculations needed for those parameter (2.2.1) if additionally actIMSEmerSessR9 is set to 'true' LNCEL-addGbrTrafficTcHo) =< 90 -maxPrbsPerNbrUe maxGbrTrafficLimit +maxNumActUE max(LNCEL-addGbrTrafficRrHo, maxNumActDrb >=must be configured if actNbrForNonGbrBearers is set to 'true' in the LNCEL instance. - maxNbrTrafficLimit maxNumRrcEmergency >= to maxNumQci1Drb + max(addEmergencySessions, addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) -(2.1) >=is maxGbrTrafficLimit + max(addGbrTrafficRrHo, addGbrTrafficTcHo) if actMultBearers set 'false' following condition need to be fulfilled maxNbrTrafficLimit must be configured if actNbrForNonGbrBearers is set to 'true' in the LNCEL instance. - maxNumRrc + max(addAUeRrHo, addAUeTcHo) >= maxNumActDrb + max(addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) Range depends on dlChBw: (3) maxNumQci1Drb must betohalf or following less thancondition maxNumActDrb, maxNumQci1Drb <= maxNumActDrb/2 (2.2) if actMultBearers is set 'true' need to i.e. be fulfilled maxGbrTrafficLimit +as max(addGbrTrafficRrHo, addGbrTrafficTcHo) -maxNbrTrafficLimit dlChBw is set is to >= '1.4max(addAUeRrHo, MHz', range to>= 1...7 (each GBR-DRB counted asmaxNumUeDl normal DBRaddAUeTcHo)), well)is restricted - if min(6*(maxNumRrc+ 4500) maxNumActDrb + max(addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) - ifif additionally dlChBw is set to '3 MHz', maxNumUeDl actIMSEmerSessR9 is set torange 'true' is restricted to 1...7 -- if dlChBw is set to '5 MHz', maxNumUeDl range is restricted to 1...7 min(6*maxNumRrcEmergency, 4500) >= maxNumActDrb + max(3*addEmergencySessions, addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) - if dlChBw is set to '10 MHz', maxNumUeDl range is restricted to 1...14 -(3) if dlChBw is set to '15 MHz', range is restricted toi.e. 1...17 maxNumQci1Drb must be maxNumUeDl half or less than maxNumActDrb, maxNumQci1Drb <= maxNumActDrb/2 (each GBR-DRB is counted as normal DBR as we - if dlChBw is set to '20 MHz', maxNumUeDl range is restricted to 1...20

Range depends on dlChBw: -minBitrateDl if dlChBw isvalue set tomust '5 MHz', maxNumUeUl is restricted to 1...7 be less or equal to range maxBitrateDl - if dlChBw is set to '10 MHz', maxNumUeUl range is restricted to 1...14 - if dlChBw is set to '15 MHz', maxNumUeUl range is restricted to 1...17 maxBitRateUl value must be greater than or range equal to minBitRateUl - if dlChBw is set to '20 MHz', maxNumUeUl is restricted to 1...20 The following checks are applicable on LNCEL instance level.

If the downlink channel bandwidth dlChBw is equal to '1.4 MHz' - then an IAFIM instance can by only created if maxCrSibDl >= 0.11 - then the maximum number of list items in intrFrBCList, intrFrNCList, intFrBCList, intFrNCList and furtherPlmnIdL depend the configured maxCrSibDl (for det - then the maximum number of IRFIM instances depends the configured maxCrSibDl (1) The range for maxNumRrcEmergency depends on dlChBw and ulChBw according to following conditions: If the downlink channel bandwidth dlChBw is equal to '3 MHz' if qci1HarqMaxTrDl <= harqMaxTrDl -- then an IAFIM instance by'5.0 onlyMHz', created if maxCrSibDl >= 0.08value range is restricted to 0..480 min(ulChBw,dlChBw) is can set to maxNumRrcEmergency following condition must beIRFIM fulfilled: -The the maximum number instances depends the configured - then min(ulChBw,dlChBw) is set of to '10.0 MHz', maxNumRrcEmergency valuemaxCrSibDl range is restricted to 0..600 qci1HarqMaxTrDl <=number harqMaxTrDl harqMaxTrUlTtiBundling is of configured, it must be greater than or equal harqMaxTrUl. - min(ulChBw,dlChBw) then the maximum list items in intFrBCList, intFrNCList and furtherPlmnIdL depend the configured maxCrSibDl (for details pleaseisrefer -If is set to '15.0 MHz', maxNumRrcEmergency value range is restricted to 0..720 (only validated when actCompChecks 'true')to those p The following condition is must be'20.0 fulfilled: - min(ulChBw,dlChBw) set to MHz', maxNumRrcEmergency value range is restricted to 0..840 Note: qci1HarqMaxTrUl <= harqMaxTrUl If the downlink channel bandwidth dlChBw is equal to '5 MHz' qci1HarqMaxTrUl <=used harqMaxTrUl maxNrSymPdcch is in calculation of MaxPucchResourceSize defined in nCqiRb). configured qci1HarqMaxTrDl is notinstances applied, if actTtiBundling is (calculation set tomaxCrSibDl 'true' and the UE is in TTI Bundling mode. -The then the maximum number of be IRFIM depends the configured (2) Following condition need to fulfilled with respect to maxNumRrcEmergency If redBwEnDl is set to 'true', redBwMaxRbDl must be configured with following dependency to the specified dlChBw: - thenifthe maximum number of to list'Enabled' items in intFrBCList and intFrNCList depend the configured maxCrSibDl (for details please refer to those parameter) Note: (2.1) actEmerCallRedir is set is set set to to '1.4 value 'Extended', maxNrSymPdcch must be set to '3' -If ifphichDur dlChBw is MHz', redBwMaxRbDl range is restricted to 1…6 depends on ulChBw The configured qci1HarqMaxTrDl is not applied, if actTtiBundlingaddAUeTcHo) is set to 'true' and the UE is in TTI Bundling mode. -Range maxNumRrcEmergency >=setting maxNumRrc + max(addAUeRrHo, --The if dlChBw is set to '3 MHz', redBwMaxRbDl range is restricted to 1…15 if ulChBw is allowed set to '1.4 MHz', redBwMaxRbUl range is restricted to to 1...6 maximal number of configurable GNFL instances depends on the configured and the maxCrSibDl. The range for maxNumRrc on dlChBw, ulChBw according following conditions dlChBw (2.2) if actIMSEmerSessR9 is set to 'true' If is set todepends '1', actLdPdcch can not configured to 'true', for maxNrSymPdcch set greater to '1' the allowed value of actLdPdcch still depend ifmaxNrSymPdcch dlChBw is is set to to '3 '5 MHz', redBwMaxRbDl range isbe restricted to 1...15 1…25 --(1) ulChBw MHz', range is restricted to ifrange for set - if maxNumRrcEmergency >=redBwMaxRbUl maxNumActUE + max(addEmergencySessions, addAUeRrHo, addAUeTcHo) The maxNumActUE depends on dlChBw and ulChBw according to following conditions if ulChBw dlChBw is is set set to to '5 '10MHz', MHz',redBwMaxRbUl redBwMaxRbDlrange rangeisisrestricted restrictedtoto1...25 1…50 ---(2.2.1) if min(ulChBw,dlChBw) isdepends '5 maxNumRrc value range is restricted to 0...480 if additionally actMultBearers is to 'true' following condition need to be fulfilled if prodCodePlanned is MHz', outdoor AP, maxNrSymPdcch range on theset dlChBw -(1.1) if dlChBw MHz', redBwMaxRbDl range is restricted to if ulChBw is is set set to to '15 '10 is MHz', redBwMaxRbUl range is range restricted to 1…75 1...50 to 0...600 --- min(ulChBw,dlChBw) '10 MHz', maxNumRrc value is restricted maxNumRrcEmergency >= maxNumQci1Drb + max(addEmergencySessions, addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) value '5 MHz', maxNumActUE value range to 0...480 if dlChBw dlChBw is is set set to to '20 '1.4has MHz', maxNrSymPdcch mustisbe configured to is 4 restricted -- min(ulChBw,dlChBw) if MHz', redBwMaxRbDl range restricted to 1…100 if ulChBw is set to '15 is MHz', redBwMaxRbUl range is range restricted to 1...75 to 0...720 (only validated min(ulChBw,dlChBw) '15value MHz', maxNumRrc value is restricted when actCompChecks addNumDrbTimeCriticalHo) is 'true') min(6*maxNumRrcEmergency, 4500) >= maxNumActDrb + max(3*addEmergencySessions, -- min(ulChBw,dlChBw) has '10 MHz', maxNumActUE value range if dlChBw is set to '3 MHz', maxNrSymPdcch range is restricted to 2...3is restricted to 0...600 addNumDrbRadioReasHo, -- if ulChBw is set to '20 is MHz', redBwMaxRbUl range is range restricted to 1...100to 0...840 min(ulChBw,dlChBw) '20value MHz', maxNumRrc is restricted - min(ulChBw,dlChBw) has '15 MHz', maxNumActUE value range is restricted if dlChBw is set to '5 MHz', '10 MHz', '15 MHz' orvalue '20 MHz', maxNrSymPdcch rangetois0...720 restricted to 1...3. ALL following conditionshas (3.xvalue - 4.x)'20 are applicable and checked byrange the BTS only whentoactCompChecks is set to 'true' AND ( (actEmerCallRedir is set to 'true') - min(ulChBw,dlChBw) MHz', maxNumActUE value is restricted 0...840 (2) Following conditions need tomaxNrSymPdcch be fulfilled with respect to maxNumRrc (3.1) applicable for AND If SMOD::prodCodePlanned dlChBw is set to '3deltaPucchShift=1 MHz' and less 3 OR If indicates it is indoor is AP, thethan range of maximum output power is 17 dBm to 24 dBm. -(3.1.1) maxNumRrc ... srsActivation is configured toitany value is /*SRS support*/ if indoor AP, dlChBw is set>= tomaxNumActUE '5 is MHz' and maxNrSymPdcch lessthe than 2 of maximum output power is 24 dBm to 37 dBm. If prodCodePlanned SMOD::prodCodePlanned is outdoor AP, range If measQuantityCSFBUtra is indicates set to 'cpichRSCP' filterCoefficientCSFBCpichRscp is mandatory required. maxNumRrcEmergency n1PucchAn *maxNumActUE cellSrPeriod – 6*cellSrPeriod/5*n1PucchAn/36 -- min(ulChBw,dlChBw) has<= value '5 MHz', value range is restricted to 0...240must all be configured to 4 pdcchAggMsg4, pdcchAggPaging, pdcchAggPreamb, pdcchAggRaresp and pdcchAggSib If measQuantityCSFBUtra is set to 'cpichEcN0' filterCoefficientCSFBCpichEcn0 is mandatory required. AND (1) if actUeBasedAnrUtran is 'true' OR actUtranLoadBal is 'true', measQuantityUtra must be configured (2.1) if actMultBearers is set to 'false' following condition need to be fulfilled in addition (3.1.2) ... srsActivation NOT configured /*no SRS support*/ - min(ulChBw,dlChBw) has value '10 MHz', maxNumActUE value range is restricted to 0...300 (1.1) if measQuantityUtra is 'cpichEcN0' then b2Threshold2UtraEcn0 must be configured OR -- maxNumRrc + max(addAUeRrHo, addAUeTcHo) >= maxNumActDrb + max(addNumDrbRadioReasHo, addNumDrbTimeCriticalHo) maxNumRrcEmergency <= n1PucchAn * cellSrPeriod min(ulChBw,dlChBw) has value '15 MHz', maxNumActUE value range is restricted to 0...360 (1.2) - if measQuantityUtra is 'cpichRSCP' then b2Threshold2UtraRscp be configured. applicable for deltaPucchShift<>1 -(3.2) min(ulChBw,dlChBw) has value '20 MHz', maxNumActUE value range ismust restricted to 0...400 (2.2) if actMultBearers is set 'true' following condition need to be fulfilled - maxNumRrcEmergency <= to n1PucchAn * cellSrPeriod All ofdependency the followingbetween conditions need to be fulfilled based on the configured actUlpcMethod The b2Threshold1UtraQci1, measQuantityUtra, b2Threshold2UtraRscpQci1 and b2Threshold2UtraEcn0Qci1 be for fulfilled. det -(2) min(6*(maxNumRrc+ max(addAUeRrHo, addAUeTcHo)), 4500) >= maxNumActDrb maxNumActUE might restrict or will be restricted by maxNumActDrb, maxNumRrc +ormax(addNumDrbRadioReasHo, maxNumRrcEmergency due to addNumDrbTimeCriticalHo) calculations must needed thoseFor param (2.2.1) if additionally actConvVoice is set to 'true' (4) MIMO mode related checks: - maxNumRrc >= maxNumActUE (1) actUlpcMethod is set to 'PuschOLPucchCL': maxNumRrc max(addAUeRrHo, addAUeTcHo) maxNumQci1Drb + max(addNumQci1DrbRadioReasHo, addNumQci1DrbTimeCriticalHo) applicable+ for riEnable set to 'false' /*no MIMO>= support*/ --(4.1) >= maxNumActUE -- maxNumActDrb ulpcPucchConfig must be<=configured maxNumRrcEmergency (nCqiRb -depends * 6 * cqiPerNp (2.1) applicable if actIMSEmerSessR9 isblankedPucch) set to 'true' maximal valuemust of ulsMinRbPerUe on the ulChBw: -The ulpcReadPeriod be configured. (3) if ulChBw actEmerCallRedir is set to 'Enabled' following condition need fulfilled (4.2) applicable riEnable to 'true' AND riPerM set to to '2' 1.. /*MIMO support*/ maxNumRrcEmergency >=set maxNumActUE +ismax(addEmergencySessions, addAUeRrHo, addAUeTcHo) -- for set for to '1.4 MHz', ulsMinRbPerUe restricted 6 to be --(3) maxNumRrcEmergency >= maxNumRrc+max(addAUeRrHo, addAUeTcHo) <=ulsMinRbPerUe (nCqiRb - blankedPucch) * to 6 *1.. cqiPerNp maxNumActUE + max(addEmergencySessions, addAUeRrHo, addAUeTcHo) value should be lesser/equals to upper bandwidth limit for ulChBw set to '3 MHz', is restricted 15 (2) actUlpcMethod is set to 'PuschCLPucchOL': (4.3) applicable riEnable set during to 'true'validation ANDisriPerM set to -The condition checked if actCompChecks set to 'true' for ulChBw setisfor toonly '5MHz', ulsMinRbPerUe restricted to '1' 1../*MIMO 25 issupport*/ --ALL ulpcPuschConfig must be following conditions (4.x – 5.x) are- applicable and checked by the BTS only when actCompChecks is set to 'true' -minBitrateDl <=configured (nCqiRb blankedPucch) * 6to* cqiPerNp/2 must be less or equal to maxBitrateDl -- maxNumRrcEmergency for ulChBw value set tomust '10MHz', ulsMinRbPerUe is restricted 1.. 50 ulpcReadPeriod be configured. be less or equal to maxBitrateUl -minBitrateUl for ulChBw value set to must '15MHz', ulsMinRbPerUe is restricted to 1.. 75 (4.1) applicable deltaPucchShift=1 AND is not limited -(3) foractUlpcMethod ulChBw set for tomust '20MHz', ulsMinRbPerUe deltaLbCioMargin be configured if actIntraFreqLoadBal is set to 'true'. is set to 'PuschCLPucchCL': (4.1.1) ... srsActivation is configured to any value /*SRS support*/ --Range ulpcPucchConfig be configured depends onmust ulChBw setting maxNumRrc + max (addAUeRrHo,addAUeTcHo) <= n1PucchAn * cellSrPeriod – 6 * cellSrPeriod/5 * n1PucchAn/36 --(4.1.2) ulpcPuschConfig be configured if ulChBw is set tomust '1.4isMHz', redBwMinRbUl is restricted to 1...6 ... srsActivation NOT configured /*no range SRS support*/ ulpcReadPeriod must be configured. -- if ulChBw is set to '3(addAUeRrHo,addAUeTcHo) MHz', redBwMinRbUl range is to 1...15 maxNumRrc + max <=restricted n1PucchAn * cellSrPeriod -(4.2) if ulChBw is setfor to deltaPucchShift<>1 '5 MHz', redBwMinRbUl range is restricted to 1...25 applicable cellSelectionInfoV920 isMHz', mandatory required ifrange threshServingLowQR9 is configured. (4) actUlpcMethod set to 'PuschCLSrsPucchOL': - if ulChBw is set tois'10 redBwMinRbUl is restricted to *1...50 maxNumRrc + max (addAUeRrHo,addAUeTcHo) <= n1PucchAn cellSrPeriod -- ulpcPuschConfig be configured if ulChBw is set tomust '15 MHz', redBwMinRbUl range is restricted to 1...75 ulpcReadPeriod must be configured --(5) if ulChBw is setrelated to '20 MHz', redBwMinRbUl range is restricted to 1...100 MIMO mode checks: -(5.1) srsPwrOffset must be configured. applicable for riEnable set to 'false' /*no MIMO support*/ Definitions used in below parameter relationships: The value of redBwMinRbUl must be less than or equal to the value of eUlLaLowPrbThr if actUlLnkAdp is set to 'eUlLa'. -- maxNumRrc + max PLMN (addAUeRrHo,addAUeTcHo) <=moPrMappingList (nCqiRb - blankedPucch) * 6 * cqiPerNp PLMN ID: used Different IDs can be configured in with the combination of the parameters mcc, mnc and mncLength. PLMN ID means th Definitions in below parameter relationships: (5) actUlpcMethod is set to 'PuschCLSrsPucchCL': (5.2) applicable for riEnable set to 'true' AND riPerM set to '2' /*MIMO support*/ -- SPID range: Several spid ranges can be configured in moPrMappingList with parameters spid andparameters spidLast. SPID range means the range from ID spid to spidL ID:of Different PLMN IDs can configured in withisthe combination of the mcc, mnc and mncLength. PLMN means th ulpcPucchConfig must beon configured actual range depends the mncLength: then range 00..99, mncLength=3, then range is 000..999 The value redBwMinRbUl must bebeless thaniformncLength=2, equal to the value of iniPrbsUl. - PLMN maxNumRrc + max (addAUeRrHo,addAUeTcHo) <=moPrMappingList (nCqiRb - blankedPucch) * 6 *ifcqiPerNp -(5.3) SPID range: Several spid ranges can be configured in moPrMappingList with parameters spid and spidLast. SPID range means the range from spid to spidL ulpcPuschConfig must be configured applicable for riEnable set to 'true' AND riPerM set to '1' /*MIMO support*/ Determines length of MNC. If at least one of the LNCEL parameters mcc, mnc or mncLength is configured in an element of moPrMappingList, then all of the three parameters mcc, mnc -- ulpcReadPeriod must be configured maxNumRrc + max(addAUeRrHo,addAUeTcHo) <= (nCqiRb - blankedPucch) * 6 * cqiPerNp/2 Definitions used in below parameter relationships: If at least one of the LNCEL parameters mcc, mnc or mncLength is configured in an element of moPrMappingList, then all of the three parameters mcc, mnc - srsPwrOffset must be configured. -If PLMN ID: Different PLMN IDs can be configured the combination of the parameters mcc, mnc and mncLength. PLMN ID means th moProfileSelect is set to 'plmn', then all the following conditions must with be fulfilled: The related MOPR instance is mandatory required.in moPrMappingList -If SPID Several spid ranges canwhere bethe configured moPrMappingList with parameters spid and spidLast. SPID range means the range from spid to spidL in the range: elements ofisismoPrMappingList moPrId isinconditions configured, PLMN must be configured. moProfileSelect set toto'plmn', then all following must beID fulfilled: (6) actUlpcMethod set 'PuschIAwPucchOL': PLMN ID must unique in all elements of moPrMappingList within LNCEL. Definitions used be in parameter relationship: -- in the elements ofbelow moPrMappingList where moPrId is configured, PLMN ID must be configured. deltaTfEnabled must be configured to 'false' no atrelations leastID: ofmust theunique LNCEL parameters mcc, mnc in or moPrMappingList mncLength is configured an element of of the moPrMappingList, then of the three parameters mncth -If PLMN Different PLMN IDs configured with theincombination parameters mcc, mncalland mncLength. PLMN IDmcc, means IDone must be in allcan elements of moPrMappingList within LNCEL. dlamcEnable be configured tobe'true' no relations If moProfileSelect is set to 'combined', then all the following conditions mustwith be fulfilled: - SPID range: Several rangesto can be configured in moPrMappingList parameters spid and spidLast. SPID range means the range from spid to spid dlOlqcEnable must beSPID configured 'true' If moProfileSelect is set 'plmn', thenand all the conditions must beelements fulfilled: -If if configured, pair ofto SPID range PLMN must beconditions unique in must all of moPrMappingList within LNCEL (i.e. SPID range must be unique with n relations the moProfileSelect is set toconfigured 'combined', then allfollowing theID following be fulfilled: -no ulpcIAwConfig must be -- in the elements of moPrMappingList where moPrId isofconfigured, PLMN ID mustmoPrId be configured. SPID range is not configured, PLMN ID unique in all these elements moPrMappingList If moProfileSelect is set to 'spid', then in the elements moPrMappingList where isbeconfigured, spid must be configured. if configured, the pair of SPID range and PLMN ID must be unique in all elements ofmust moPrMappingList within LNCEL (i.e. of SPID range must bewithin uniqueLNCEL with n ulpcAlpha must be configured to 'alpha 1' no relations -- PLMN ID must be unique in all elements of moPrMappingList within LNCEL. in the elements elements ofmust moPrMappingList where PLMNrange ID is not configured, SPID range overlaps in allofthese elements of moPrMappingL in the of moPrMappingList where SPID is not configured, PLMN ID must must be be unique unique with in allno these elements moPrMappingList within LNCEL ulpcRssiMaxIAw be configured. -If the is is configured, eitherSPID spid or PLMN ID is orconfigured, both must be configured. moProfileSelect set to 'plmn', thenwhere in the moPrId elements of moPrMappingList where moPrId PLMN ID mustinbe - in in the elements elements of ofismoPrMappingList moPrMappingList where PLMN ID not configured, range must be unique with no overlaps all configured. these elements of moPrMappingL The product of parameter defPagCyc (given ineither rf)must must not exceed 1024. If moProfileSelect set 'combined', then and allmoPrId the following conditions be -(7) in the elements ofisismoPrMappingList where is configured, spid orfulfilled: PLMN ID or both must be configured. actUlpcMethod settotomodPeriodCoeff 'PuschIAwPucchCL': -- if configured, themust pair oftoset SPID and PLMN must beofunique inisallallowed elements of moPrMappingList LNCEL (i.e. be unique with n enableDl16Qam to range 'true' to before dlInterferenceModulation to be set to '16QAM' for within Interference Generation If moProfileSelect is setbe 'combined', then in theID elements moPrMappingList where moPrId is configured, either spid or SPID PLMNrange ID or must both must be configur deltaTfEnabled must be configured 'false' -The the elements of wheredepends SPID range is not configured, PLMNtoID be'64QAM' unique in allInterference these elements moPrMappingList within LNCELt dl64QamEnable must set to 'true' dlInterferenceModulation ismoPrMappingList-mncLength: allowed bemust set to for Generation actual range of moPrMappingList moPrMappingList-mnc on the parameter if mncLength=2, thenofrange is 00..99, if mncLength=3, - in dlamcEnable must bebe configured to before 'true' -- in the elements of moPrMappingList where PLMN ID is not configured, SPID range must be unique with no overlaps in all these elements of moPrMappingL dlOlqcEnable must be configured to 'true' -- in the elementsmust of moPrMappingList ulpcIAwConfig be configured where moPrId is configured, either spid or PLMN ID or both must be configured. - ulpcAlpha must be configured to 'alpha 1' moPrMappingList-mncLength defines the actual range of moPrMappingList-mnc. For details check parameter moPrMappingList-mnc. - ulpcRssiMaxIAw must be configured - ulpcPucchConfig must be configured - ulpcReadPeriod must be configured.

If actFastMimoSwitch is set to 'true' riPerM must be configured to '1'. nbrCongHandling must be configured if actNbrForNonGbrBearers is set to 'true' in the LNCEL instance. If riPerM is set to value '1' riPerOffset must be configured to '-1'. If riPerM is set to value '2' riPerOffset must be configured to '0'. If riEnable is set to 'true' and additionally riPerM is set to '1' cqiPerNp cannot be set to '5ms'. If riEnable is set to 'true' and additionally riPerM is not set to '1' actDrx must be set to 'false'. nCellChgHigh must be greatr or equal to nCellChgMed riPerM defines the multiplier for the cqiPerNp which results in the periodicity for RI periodic reports. RI periodicity = cqiPerNp * riPerM nCellChgMed must be smaller or equal to nCellChgHigh Note: If nCellChgHigh is set to same value than nCellChgMed, the high mobility state does have priority. raNondedPreamb must be equal or greater than raPreGrASize Note: If nCellChgHigh is set to same value than nCellChgMed, the high mobility state does have priority.

ecidMeasSupervisionTimer must be configured, if actLPPaEcid is set to true. If perMeasLocServ must be greater than reportAmountPerLoc multiplied by reportIntervalPerLoc. pdcchCqiShift must is beconfigured, configuredecidMeasSupervisionTimer if enableAmcPdcch or actOlLaPdcch is set to 'true'. If dlChBw is set to '1.4 MHz' pdcchAggDefUe must be less than or equal to 4. If actOlLaPdcch is set to 'true', pdcchCqiShift is adjusted in runtime and uses the configured value as start value. If actLdPdcch is set to 'false', configured UL and DL split of PDCCH resources (pdcchUlDlBal) is fixed used. If actLdPdcch is must set tobe 'true', UL and to DL'4'split of PDCCH resources may be adjusted runtime based on load and the configured value (pdcchUlDlBal) defines th pdcchAggMsg4 configured in following cases: - dlChBw set to '1.4 MHz' pdcchAggPaging must be configured to '4' in following cases: dlChBw set set to to '1.4 '3 MHz' and additionally maxNrSymPdcch < '3' --pdcchAggRaresp dlChBw MHz' must be configured to '4' in following cases: -- dlChBw and dlChBw set set to to '5 '3 MHz' MHz' and additionally additionally maxNrSymPdcch maxNrSymPdcch < < '2'. '3' -pdcchAggSib dlChBw set to '1.4 MHz' must be configured to '4' in following cases: dlChBw set set to to '3 '5 MHz' MHz' and and additionally additionally maxNrSymPdcch maxNrSymPdcch < < '3' '2'. --- dlChBw dlChBw set to '1.4 MHz' pdcchAggPreamb must be configured to '4' in following cases: dlChBw set set to to '3 '5 MHz' MHz' and and additionally additionally maxNrSymPdcch maxNrSymPdcch < < '3' '2'. --- dlChBw dlChBw set to '1.4 MHz' dlChBw set set to to '3 '5 MHz' MHz' and and additionally additionally maxNrSymPdcch maxNrSymPdcch < < '3' '2'. -- dlChBw If actOlLaPdcch is set to 'true', pdcchHarqTargetBler must be configured. - dlChBw set to '5 MHz' and additionally maxNrSymPdcch < '2'. If pdcchHarqTargetBler is greater than 1%, dlTargetBler value shall be at least twice of pdcchHarqTargetBler. highLoadPdcch must be greater than or equal to LNCEL-loadSettings-targetLoadPdcch Following condition must be fulfilled when configuring highLoadPdcch: -AllhighLoadPdcch loadSettings-targetLoadPdcch of the following>= conditions must be fulfilled when configuring targetLoadPdcch: - targetLoadPdcch intraFreqLbLoadThresholds-highLoadPdcch If phichDur is set to=< value 'Extended', maxNrSymPdcch must be set to value '3' - targetLoadPdcch =< utranLbLoadThresholds-highLoadPdcch phichRes is used in calculation of MaxPucchResourceSize (calculation defined in nCqiRb). -If targetLoadPdcch intraFreqLbLoadThresholds-hysteresisLoadPdcch phichDur is set to>'Extended', actLdPdcch can not be configured to 'true', for phichDur set to 'Normal' the allowed value of actLdPdcch still depends on the c If dlChBw is set to '1.4 MHz', phichRes must be configured to 'N = 1/6'. If prachConfIndex is within range (3..8) then prachCS range is restricted to values (1..12) (1) If prachHsFlag is set'5toMHz', 'true' the MHz', range for rootSeqIndex depends on the configured prachCS value (1.1) For ulChBw prachHsFlag can of only be set '10 to ‘true’ if '15 MHz' and '20 MHz': - for prachCS set to '0' the allowed rootseqIndex are 24..816 is less than '12', then the allowed prachFreqOff range is: if selectOuterPuschRegion is configured to AND 'None'values or blankedPucch - ulCombinationMode is set to value 'MRC' prsNumDlFrames is '1' mandatory required if actOtdoa is set to 'true' - for prachCS set to the allowed rootseqIndex values roundup + blankedPucch) / 2)are … 30..810 ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) - maximal((MaxPucchResourceSize 2 RX antenna lines are configured in resourceList of the LCELL instance with identical lcellId to lcrId of this LNCEL instance / 2) configured to 'true' if actOtdoa is setare to 'true'. -actPrsTxDiv for prachCScan setbe to '2' the allowed rootseqIndex values 36..804 -If for prachCS to '3' MHz', the allowed rootseqIndex values are 42..796 actOtdoa setset to 'true' must be set appropriately depending on the individual PRS configuration. For details on appropriate values please refer (1.2) For ulChBw of '5 MHz', '15must MHz' and '20 MHz': If prachHsFlag is set to siWindowLen 'true’ '10 hsScenario be configured. forselectOuterPuschRegion prachCS set to '4' the allowed rootseqIndex values are 52..787 --prsBandwidth if is configured to 'LowerEdge' blankedPucch is greater than to or be equal on the dlChBw as below: If prachHsFlagrange is set depends to 'false’ the hsScenario must not be and specified, i.e. no value is allowed set.to '12', then the allowed prachFreqOff ranges are: - for prachCS set to to 'true' '5' thefollowing allowed conditions rootseqIndex values 64..779 If actOtdoa isset set to for beare fulfilled: + (0 ... roundup - 6)maximal and need - for dlChBw to(blankedPucch/2) '5MHz' the allowed value prsBandwidth is 25parameter. The siWindowLen must be appropriately set depending on the value of this -- for prachCS((MaxPucchResourceSize set to '6' the must allowed rootseqIndex are2) 76..764 drxProfile2-drxOnDuratT be greater thanfor 3values + (roundup +range blankedPucch) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2)) -If for dlChBw setistoset '10MHz' maximal value for /prsBandwidth 50 prachHsFlag to 'true'the theallowed allowed rootSeqIndex dependsis on the configured prachCS (PRACH cyclic shift) as below -- for prachCS set to '7' the must allowed are 90..749 drxProfile3-drxOnDuratT be rootseqIndex greater 3values if selectOuterPuschRegion is configured tothan 'UpperEdge' and blankedPucch -This for dlChBw set to '15MHz' the allowed maximal value for prsBandwidth is 75is greater than or equal to '12', then the allowed prachFreqOff ranges are: prachCS set to '0' the allowed rootseqIndex values are 24..816 parameter must be configured if actOtdoa is set to 'true'. for prachCS((MaxPucchResourceSize set to '8' the allowed rootseqIndex values 116..732 --- drxSmartProfile2-drxOnDuratT must be+greater than 3 are + (roundup blankedPucch) / 2) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2)) and for dlChBw set '20MHz' prsBandwidth is restricted prachCS set '1'used the allowed rootseqIndex values 30..810 This parameter istoto not and is ignored bynot BTS SW if are actOtdoa is set to 'false'. for prachCS set to '9' the allowed rootseqIndex 136..704 --- drxSmartProfile3-drxOnDuratT must be greater values than 3 + ((ulChBw(in – roundup (blankedPuccch/2)) ...are ulChBw(in for prachCS setPRBs) to '2' the allowed rootseqIndex values are 36..804 PRBs) – 6) -- for prachCS set to '10' the allowed rootseqIndex values are 168..676 following parameters mandatory prsPowerBoost, prsConfigurationIndex, prsBandwidth, prsNumDlFrames, actPrsTxDiv prsBandwidth isactETWS required if required: 'true'. -If for prachCS to '3' are theorallowed rootseqIndex values are 42..796 ismandatory mandatory required ifactOtdoa actOtdoa isset settoto 'true'. (actCMAS orset sib2xTransmit is set is tovalues 'true') AND actOtdoa is set to 'true' AND the number of configured SIBs (i.e. the number of sets in structure -prsPowerBoost for prachCS set to '11' the rootseqIndex are 204..526 --Note: if or actETWS orallowed sib2xTransmit is to 'true') the number of configured SIBs (i.e. the number of sets in structure sibSchedulingList + 2) is 7 MaxPucchResourceSize is calculated in set nCqiRb. for(actCMAS prachCS set to '4' the allowed rootseqIndex values areAND 52..787 '471', '1111' or '2391'. maximum value of or nCqiRb depends onset ulChBw (in PRB) - if forThe prachCS setactETWS to '12' the allowed rootseqIndex values are 264..566 -(1) sib2xTransmit is to 'true') siWindowLen is set to '20 ms' AND the number of configured SIBs (i.e. the number of sets in - for(actCMAS prachCS or set to '5' the allowed rootseqIndex values areAND 64..779 -'471', if ulChBw to '5in MHz', nCqiRbofisand restricted tomask 1..25 allocation pucchNAnCs is used calculation MaxPucchResourceSize (calculation defined in nCqiRb). '1111' is orset '2391'. (2) PRACH allocation (prachFreqOff) PUSCHvalues (ulsPuschMask) must be mutually exclusive, ie. the range {prachFreqOff .. (prachFreqOff+ -If for prachCS set to '6' the allowed rootseqIndex are 76..764 (actCMAS actETWS or sib2xTransmit is set toto'true') AND actOtdoa is set to 'true' AND siWindowLen is set to '20 ms' AND the number of configured SIBs -- if ulChBw isorset to '10 MHz', nCqiRb is restricted if or actETWS or sib2xTransmit is setvalues to 1..50 'true') AND siWindowLen is set to '40 ms' AND the number of configured SIBs (i.e. the number of sets in -one for(actCMAS prachCS set to '7' the allowed rootseqIndex are 90..749 of the following values: '471', '1111' '2391'. to 1..75 -'1111' if ulChBw is set to '15 MHz', nCqiRb is or restricted or '2391'. -- for prachCS set to to '20 '8' the allowed rootseqIndex values are 116..732 if ulChBw is set MHz', nCqiRb is not limited - for prachCSorset to '9' theorallowed rootseqIndex 136..704 If (actCMAS actETWS sib2xTransmit is set values to 'true')are AND actOtdoa is set to 'true' AND siWindowLen is set to '40 ms' AND the number of configured SIBs actOtdoa can only be set to 'true' if -one for of prachCS set to values: '10' the '1111' allowed values are 168..676 the following or rootseqIndex '2391'. (2) The value of blankedPucch must be less than nCqiRb. least one list item of must be configured if actPuschMask is set to 'true'. btsSyncMode is set'11' toulsPuschMask 'PhaseSync'. --Atfor prachCS set to the allowed rootseqIndex values are 204..526 - for prachCS set to '12' the allowed rootseqIndex values are 264..566 (3) nCqiRb in calculation of must maxNumRrc in PCell, for details please referistoset maxNumRrc actOtdoa inisatconsidered least LNCEL instance be values configured to 'true' if actLPPaOtdoa to 'true'. - for prachCS set to one '13' the allowed rootseqIndex are 328..498 - for prachCS set to '14' the allowed rootseqIndex values are 384..450 (4) The MaxPucchResourceSize in below defines the maximum number of allocated PUCCH RBs, and it can be calculated with following formula and used fi MaxPucchResourceSize = nCqiRb roundup{[((rounddown (((maxNrSymPdcch * 12 - X) * dlChBw - roundup (phichRes * (dlChBw / 8)) * 12 - 16) / 36)) + n1 If periodicCqiFeedbackType is set to+ 'UE_selected' cqiPerSbCycK must be specified. blankedPucch, If periodicCqiFeedbackType is set to 'UE_selected' cqiPerSbCycK is mandatory required. tPeriodicPhr cannot be configured to 'infinity' if at least one of the following conditions is fulfilled: where -X=4; ulsSchedMethod is set to 'interference aware' must orset 'channel aware' 'TXDiv', If actFastMimoSwitch is set to='true' be configured to '-1'. 'Dynamic Open Loop MIMO' or 'Closed Loop Mimo' when maxNrSymPdcch 1 or riPerOffset dlMimoMode to 'SingleTX', -X=8 actUlLnkAdp is set to 'fUlLa'>when indlMimoMode addition ulsSchedMethod is set to aware' 'channel unaware' (extending previous condition for 'channel when maxNrSymPdcch 1 and set to '4-way TXDiv' or'interference 'Closed MIMOor(4x2)' If perMeasLocServ is configured, ecidMeasSupervisionTimer must be greater thanLoop reportAmountPerLoc multiplied by reportIntervalPerLoc. If riPerM = 1 then riPerOffset must be set to -1. If riPerM = 2 then riPerOffset must be set to 0. If ulChBw is '20 MHz' or '15 MHz', MaxPucchResourceSize shall be less than or equal to 24PRB, if is not setMaxPucchResourceSize to '-1' and riEnable is setshall to 'true', actDrx be set 'false' If riPerOffset ulChBw is '10 MHz: be less thanmust or equal toto 24PRB, If ulChBw is '5 MHz': MaxPucchResourceSize shall be less than or equal to 24PRB For dlChBw set to '1.4 MHz' AND dlMimoMode set to 'Closed Loop Mimo' or 'Dynamic Open Loop MIMO' following condition need to be fulfilled: (a) for actDrx set to 'false', riPerOffset must be equal to '0' (b) for actDrx set to 'true', riPerOffset must be equal to '-1' For dlChBw set to '3 MHz' AND dlMimoMode set to 'Closed Loop Mimo' or 'Dynamic Open Loop MIMO' following condition need to be fulfilled:

If dlChBw is set to '1.4 MHz' or '3 MHz', siMessagePeriodicity must be configured >= '160ms'. If dlChBw is set to '1.4 MHz' or '3 MHz', siMessagePeriodicity must be configured >= '160ms'. If dlChBw is set to '1.4 MHz' or '3 MHz', siMessagePeriodicity must be configured >= '160ms'. The phyCellId of the cell must be unique within all LNCEL instances served by the eNB having the same downlink frequency earfcnDL. The phyCellId must be different no relations - from all physCellIdNcl values in the list intrFrNCList of the optional IAFIM object, which is related to the cell. srsPwrOffset must be PCI configured if one of the following conditions fulfilled: - from any blacklisted range (startIntraPci, rangeIntraPci) in theislist intrFrBCList of the IAFIM object, which is related to the cell. - ulsSchedMethod is set to 'channel aware' and actPuschMask is set to 'false' - actUlpcMethod is set to ('PuschCLSrsPucchOL' or 'PuschCLSrsPucchCL') - if ulsSchedMethod is set to ('interference aware' or 'channel unaware') AND actUlLnkAdp is set to 'fUlLa' AND srsActivation is set to 'true' In all other settings for ulsSchedMethod the default value is used instead.

If threshServingLowQR9 is configured the following condition need to be fulfilled in scope of the LNCEL instance - cellSelectionInfoV920 is mandatory required qci1ProtectionTimer must be configured if actRrcConnNoActivity is set to 'true'. - utraFrqQThrHighR9 utraFrqQThrLowR9 all existing UFFIM instances belonging to the LNCEL instance are mandatory required If qci1ProtectionTimer and is configured, it must be of greater than inactivityTimer. - interFrqQThrR9 of all IRFIM instances belonging to the LNCEL instance is mandatory required The range rootSeqIndex whenSIB prachHsFlag is set to 'true' depends the configured (PRACH cyclic shift) as below - for allowed intFrBCList andforintFrNCList modified size restrictions are applied (see on definition in those prachCS parameter). - for prachCS set to '0' the allowed rootseqIndex values are 24..816 - for prachCS set to '1' the allowed rootseqIndex values are 30..810 - for prachCS set to '2' the allowed rootseqIndex values are 36..804 threshold2C2kQci1 allowed rootseqIndex to be configured, if inare the42..796 same LNCEL instance threshold2C2k is specified. - for prachCS set to is '3'only the allowed values If configured, must bewith lessLNCEL than orscope: equal to threshold2aQci1. The following check has to allowed be performed - for prachCS threshold2C2kQci1 set to '4' the rootseqIndex values are 52..787 - for prachCS set to '5' the allowed rootseqIndex values are 64..779 - threshold2a than rootseqIndex or equal to threshold2C2k for prachCS must set tobe '6' greater the allowed values are 76..764 Only if actRedirect is set to 'Enabled' rsrqRedirectParams is allowed to be configured, it doesn't mean the structure rsrqRedirectParams must be configured. - for prachCS set to '7' the allowed rootseqIndex values are 90..749 For actRedirectmust set to 'Disabled' rsrqRedirectParams is not allowed to be configured, i.e. when actRedirect is changed from 'Enabled' to 'Disabled' a potential raPreGrASize be less than or equal to raNondedPreamb - for prachCS set to '8' the allowed rootseqIndex values are 116..732 actEicic is set raRespWinSize must bevalues set to aare value greater than or equal to '6'. -If for prachCS settoto'true', '9' the allowed rootseqIndex 136..704 - for prachCS set to '10' the allowed rootseqIndex values are 168..676 rand must be present: foract1xCsfb prachCS is setset to to '11' the and allowed rootseqIndex -- if ‘true’ rttCsfbType for thevalues cell isare not 204..526 set to ‘forbidden’ or -- for prachCS set to '12' the allowed rootseqIndex values are 264..566 if act1xSrvcc is set to 'true' If riPerM is setset to to '1''13' andthe additionally riEnable is set to 'true', - for prachCS allowed rootseqIndex values are cqiPerNp 328..498 cannot be set to 5ms. mimoClRiThU shall than or equal to mimoClRiThD. - for prachCS set to be '14'greater the allowed rootseqIndex values are 384..450 If dlMimoMode is set to 'SingleTX', 'TXDiv' or '4-way TXDiv' riEnable must be set to ‘false’, for any other dlMimoMode value it must be configured to 'true'. mimoOlRiThU must be equal or greater than mimoOlRiThD mimoClRiThU must be greater than or equal to mimoClRiThD. if riEnable is set to 'true' and additionally (riPerOffset is not '-1' OR riPerM is not '1'), actDrx must be set to 'false'. mimoOlRiThU must be equal or greater than mimoOlRiThD If actFastMimoSwitch set to 'true'if riEnable must be configured rcAmbrMgnUl must beisconfigured rcEnableUl is set to 'true'. to 'true'.

If threshold2GERAN is set hysThreshold2GERAN must be configured. If an instance of LNRELW is configured in the LNCEL then hysThreshold2Wcdma must be configured. if actIfHo is set to 'enabled', hysThreshold2InterFreq must configured. hysThreshold2a must be configured if one of the following condition applies: - an instance of LNRELW is configured in the LNCEL - an instance of LNRELG is configured in the LNCEL - actIfHo is set to 'enabled' If dlChBw is set to '1.4 MHz' or '3 MHz', siMessageRepetition must be configured to '1'. If dlChBw is set to '1.4 MHz' or '3 MHz', siMessageRepetition must be configured to '1'. If dlChBw is set to '1.4 MHz' or '3 MHz', siMessageRepetition must be configured to '1'. If perMeasLocServ is configured, ecidMeasSupervisionTimer must be greater than reportAmountPerLoc multiplied by reportIntervalPerLoc. If perMeasLocServ is configured, ecidMeasSupervisionTimer must be greater than reportAmountPerLoc multiplied by reportIntervalPerLoc. If redBwRpaEnUl is set to 'true', redBwRbUlConfig must be configured.

1) siWindowLen value 1ms shall not be used when there are more than 5 SIBs configured in siMessageSibType (i.e. sib2Scheduling, sib3Scheduling and mo If set to 'SIB4' then a MOC IAFIM need to be present. 2) If LNCEL-actOtdoa is set to ‘true’, following condition must be fulfilled: If set to 'SIB5'must then be a MOC to be present. srsActivation set toIRFIM 'true' ifneed ulsSchedMethod is set to 'channel aware' and actPuschMask is set to 'false'. - (max. mustUFFIM be lessneed thanto orbe equal to ((min ((smallest si[x]Periodicity), (PRS period)) – 10 ms) / (# of SIBs (sets in structure sibSchedulingList + If set to siWindowLen) 'SIB6' then a MOC present. If ulsSchedMethod is set to 'channel aware' all of the following conditions must be fulfilled: If set to 'SIB7'must then be a MOC GFIM settoto'false', 'false'need in allto ofbe thepresent. following conditions: -srsActivation if actPuschMask is set srsActivation must set to and srsPwrOffset must be configured where the prsConfigurationIndex PRS be period in 'true' above equation is set set todepending 'SIB8' thenon a set MOC CDFIM need to be present (precondition: dlChBw set to '5toMHz' or higher) -If if actPuschMask is to 'true' -PRS if actPuschMask is set to 'true', srsActivation must be set to 'false' period = - if ulChBw is set to '1.4 MHz' or '3 MHz' - 160 ms for prsConfigurationIndex = {151, 152, 153, 156, 157} siMessageSibType 'SIB10' and 'SIB11' mustaware' be present in sibSchedulingList if actETWS is set to set 'true'. - ifulsSchedMethod (ulsSchedMethod 'interference 'channel unaware') is not to 'fUlLa'. If is is setset to to ('interference oror'channel aware') all ofAND the actUlLnkAdp following conditions must be fulfilled: - 320 ms for prsConfigurationIndex = {471,aware' 472, 473, 476, 477} -- ulsFdPrbAssignAlg must be configured to 'Mixed FD' 640 ms for prsConfigurationIndex = {1111, 1112, 1113, 1116, 1117} siMessageSibType must beactUlLnkAdp present in sibSchedulingList if actCMAS is set to 'true'. If srsActivationisisnot set'SIB12' to 'true' AND is set to 'fUlLa' AND (ulsSchedMethod is set to 'interference aware' or 'channel unaware'), then srsPwrOffset m -- tPeriodicPhr allowed to be configured 'infinity' 1280 ms for prsConfigurationIndex = {2391, to 2392, 2393, 2396, 2397} If siMessageSibType is configured to 'SIB10' siWindowLen value and shallmaxNumRrcEmergency. not be less than 3ms. Details are described for parameters maxNumRrc and maxNu srsActivation is involved in checks maxNumRrc If ulsSchedMethod is set toconsistency ('interference aware'with or 'channel unaware') all of the following condition must be fulfilled: where si[x]Periodicity is the smallest periodicity value in all defined siMessagePeriodicity - when in addition actUlLnkAdp is not set to 'fUlLa': srsActivation must be set to 'false' Each SIBx shall appear not more than once in the sibSchedulingList. -3)when in addition actUlLnkAdp is setcondition to 'fUlLa'must ANDbe srsActivation is set to 'true': srsPwrOffset must be configured. If actOtdoa set to 'false' following fulfilled

smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). smartStInactFactor*drxShortCycle must be greater than or equal to max(200ms, drxLongCycle). In case actModulationSchemeUL is set to 'QPSK', the maximum value for raSmallMcsUl is 10. If ulChBw is set to '1.4 MHz' the following range restrictions apply for the parameter raSmallMcsUl (basis: 4 PRB allocation) If is set to the following rangerange restrictions apply for the parameter raSmallMcsUl (basis: 4 PRB allocation) -no ifulChBw raSmallVolUl set'1.4 to MHz' '144 bits', raSmallMcsUl is restricted to 1…15 relations -- if if raSmallVolUl raSmallVolUl set set to to '144 '208 bits', bits', raSmallMcsUl raSmallMcsUl range range is is restricted restricted to to 1…15 3…15 PRACH allocation (prachFreqOff) and PUSCH mask allocation (ulsPuschMask) must be mutually exclusive, ie. the range {prachFreqOff ... (prachFreqOff+5)} -- if if raSmallVolUl raSmallVolUl set set to to '208 '256 bits', bits', raSmallMcsUl raSmallMcsUl range range is is restricted restricted to to 3…15 4…15 - if raSmallVolUl set to '256 bits', raSmallMcsUl range is restricted to 4…15 If two PUSCH masks are configured then the ranges {ulsPuschMaskStart .. ulsPuschMaskStart+ulsPuschMaskLength-1} shall not overlap If ulChBw is set to '3 MHz' the following range restrictions apply for the parameter raSmallMcsUl (basis: 6 PRB allocation) If is set to '3to MHz' the following range restrictions apply fortothe parameter raSmallMcsUl (basis: 6 PRB allocation) - ifulChBw raSmallVolUl '208 bits', raSmallMcsUl range is restricted 1…15 Definitions used set in below parameter relationships: Following limitations are applicable dependent on the is specified ULtochannel if raSmallVolUl raSmallVolUl set to to '208 bits', raSmallMcsUl raSmallMcsUl range restricted 1…15 bandwith: --- if set '256 bits', range is restricted to 2…15 PLMN ID: is Different PLMN IDs can be range configured in moPrMappingList with of the parameters mcc,must mnc be andless mncLength. PLMN ID means th If isset set'10 value 'SingleTX', syncSigTxMode be the set combination to 'SingleTx' -- if ulChBw set to MHz' the value is range limited 0must .. 49also AND (ulsPuschMaskStart + ulsPuschMaskLength) than or equal to 50 ifdlMimoMode raSmallVolUl toto'256 bits', raSmallMcsUl istorestricted to also 2…15 -- SPID range: Several can be configured in with parameters spid and spidLast. range theorrange spid to spid If is to set'15 toSPID someranges another value than 'SingleTX', can be set to+'SingleTx' or 'TXDiv'SPIDmust ifdlMimoMode ulChBw is set MHz' the value range is limited to moPrMappingList 0 .. syncSigTxMode 74 AND (ulsPuschMaskStart ulsPuschMaskLength) be means less than equalfrom to 75 - if ulChBw is set to '20 MHz' the value range is not limited AND (ulsPuschMaskStart + ulsPuschMaskLength) must be less than or equal to 100 spid must be less than spidLast. The maximum sizebeofconfigured siWindowLen is influenced by "number of sets in structure sibSchedulingList". The related check is defined under parameter LNCEL-siW spidLast can only if spid is configured.

The allowed rangeisofset prsConfigurationIndex influenced by "number in structure sibSchedulingList". The related check is defined under parameter LN If moProfileSelect to 'spid', then all the is following conditions must of besets fulfilled: ttiBundlingBlerTarget is mandatory required if actTtiBundling is set to 'true' - in the elements of moPrMappingList where moPrId is configured, spid must be configured. ttiBundlingBlerThreshold is required ifinactTtiBundling to 'true'conditions: SIB8 be configured in mandatory sibSchedulingList-siMessageSibType inset following - SPIDmust ranges must be unique with no overlaps all elements ofismoPrMappingList within LNCEL. is mandatory required if actTtiBundling to 'true' -ttiBundlingSinrThreshold if act1xCsfb is set to 'true' and rttCsfbType for the cell is not set is toset 'forbidden' ttiBundlingBlerThreshold must always be greater than ulTargetBler. -If ifmoProfileSelect actDualRx1xCsfb is set to 'true' is set to 'combined', then all the following conditions must be fulfilled: (1) -selectOuterPuschRegion act1xSrvcc is the equal if configured, pairtoof'true' SPIDonly range andtoPLMN ID mustor be'LowerEdge' unique in allifelements moPrMappingList within5 LNCEL can betoset ulChBw isofequal to or greater than MHz. (i.e. SPID range must be unique with n If actHOtoHrpd or act1xSrvcc is set 'true' 'UpperEdge' then threshold2C2kConfig must be configured. - in the elements of moPrMappingList where SPID range is not configured, PLMN ID must be unique in all these elements of moPrMappingList within LNCEL threshold2InterFreqQci1 is only allowed to bePLMN configured, if inconfigured, the same LNCEL instance is specified. - in the elements of moPrMappingList where ID is not SPID range mustthreshold2InterFreq be unique with no overlaps in all these elements of moPrMappingL (2) If configured, threshold2InterFreqQci1 must be less than or equal toeither threshold2aQci1. threshold2MobRsrq must be less than threshold2aRsrq -(2.1) in the elements of moPrMappingList where moPrId is configured, spid or PLMN ID or both must be configured. For ulChBw of '5 MHz', '10 MHz', '15 MHz' and '20 MHz': threshold2aQci1 is only allowed to be configured, the same LNCEL instance threshold2a is specified AND if onerange of theis:following conditions applies: if selectOuterPuschRegion is configured to 'None' iforinblankedPucch is less than '12', then the allowed prachFreqOff threshold2MobRsrq must be greater+than threshold4Rsrq roundup ((MaxPucchResourceSize blankedPucch) / 2) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2) threshold2aRsrq must be greater than threshold2MobRsrq - an instance of LNRELW is configured in the LNCEL If rsrqMobilityParams is configured, threshold4Rsrq must be less than threshold2MobRsrq -(2.2) an instance of LNRELG is configured in the LNCEL For ulChBw of '5 MHz', '10 MHz', '15 MHz' and '20 MHz': eIcicCreDelta must be configured if cellType is NOT set toand 'large' AND actEicic set to than 'true'.or equal to '12', then the allowed prachFreqOff ranges are: - an instance of LNRELX is configured in the LNCEL if selectOuterPuschRegion is configured to 'LowerEdge' blankedPucch is is greater - actIfHo is set to 'enabled' + (0 ... roundup (blankedPucch/2) - 6) and + (roundupmust ((MaxPucchResourceSize threshold2a be less than threshold1+ blankedPucch) / 2) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2)) If > '-140 dBm', then threshold1 be greater than threshold2aQci1. - ifthreshold1 selectOuterPuschRegion isthreshold1 configured tomust 'UpperEdge' and blankedPucch is greater than or equal to '12', then the allowed prachFreqOff ranges are: threshold3 must be less than applicable threshold2a is not configured If an instance of LNRELG is configured in- the LNCELifthen threshold2GERAN must be configured. + (roundup ((MaxPucchResourceSize + blankedPucch) / 2) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2)) and threshold2GERAN mustisbe lessallowed than ortoequal to threshold2a. threshold2GERANQci1 only be configured, if in the same LNCEL instance threshold2GERAN is specified. threshold2InterFreqQci1 must be less than or equal to ... threshold2aQci1. + ((ulChBw(in PRBs) – roundup (blankedPuccch/2)) ulChBw(in PRBs) – 6) If in thecase, same LNCEL instance threshold2GERANQci1 is configured, threshold2GERAN must be configured. In this be less than or equal to threshold2aQci1. If an instancethreshold2GERANQci1 of LNRELW is configured in or theequal LNCEL then threshold2Wcdma must be configured. threshold2WcdmaQci1 must be less must than to threshold2aQci1. -threshold2GERANQci1 threshold2a must be greater than orthan equal threshold2Wcdma. must orto equal to threshold2aQci1. Note: MaxPucchResourceSize isless calculated in nCqiRb. threshold2WcdmaQci1 is onlybe allowed to be configured, if in the same LNCEL instance threshold2Wcdma is specified. threshold2C2kConfig-threshold2C2kQci1 must bethan less or than or equal to threshold2aQci1. In this case, must threshold2WcdmaQci1 equal to threshold2aQci1. threshold2a be greater than or must equalbe to less threshold2InterFreq. if in the same LNCEL instance threshold2WcdmaQci1 is configured, threshold2Wcdma must be configured. threshold2a must be configured if one of the following conditions applies: If actIfHo of LNBTS is set to 'enabled' threshold2InterFreq must be configured. -threshold3 an instance of LNRELW is configured in the LNCEL must be less than threshold3a - an instance of LNRELG is configured in the LNCEL threshold3 must be less than threshold3a if threshold2InterFreq specified,inthreshold2InterFreqQci1 is allowed to be configured in the same LNCEL instance. -Only an instance of LNRELT is is configured the LNCEL threshold4 must be less than threshold3InterFreq - an instance of LNNEIH is configured in the LNCEL threshold4 must be less than b2Threshold1GERAN - an instance of LNRELX is configured in the LNCEL threshold4 be less than b2Threshold1Utra -taTimerMargin actIfHo is must set to 'enabled' must be less than or equal to (taTimer-300ms) threshold4 must be lessisthan b2Threshold1Hrpd -if actUeBasedAnrUtran equal to 'true' taTimer is lessmust thanbe 1280, drxLongCycle must be set to 40 taTimerMargin less equal to (taTimer - 300ms) threshold4 must be less thanorb2Threshold1Rtt ulpcReadPeriod must be configured if actUlpcMethod set threshold2a to 'PuschOLPucchCL', 'PuschCLPucchOL', 'PuschCLPucchCL', 'PuschCLSrsPucchOL', 'PuschCL threshold4 must be less than threshold3InterFreqQci1 if threshold1 > '-140 dBm': threshold1 must be greater is than threshold4 must be less b2Threshold1GERANQci1 threshold2InterFreq mustthan be less than or equal to threshold2a. threshold4 must bemust less be than b2Threshold1UtraQci1 threshold2Wcdma less than or equal to threshold2a. no relations threshold2GERAN must be less than or equal to threshold2a. no relations threshold2C2kConfig-threshold2C2k must be less than or equal to threshold2a a1TimeToTriggerDeactInterMeas must be configured if one of the following condition applies: - an instance of LNRELW is configured in the LNCEL - an instance of LNRELG is configured in the LNCEL - an instance of LNRELX is configured in the LNCEL a2TimeToTriggerActGERANMeas is mandatory required if an instance of LNRELG is configured in the LNCEL. - actIfHo is set to 'enabled' If an instance of LNRELW is configured in the LNCEL then a2TimeToTriggerActWcdmaMeas must be configured. if actIfHo is enabled then a2TimeToTriggerActInterFreqMeas must be configured. if actIfHo is disabled then a2TimeToTriggerActInterFreqMeas shall not be specified.

If an instance of LNRELW is configured in the LNCEL t304InterRAT must be configured.

no relations no relations If actHighPrioServices is set to 'true' tPageCorrInt must be configured.

If sib2xTransmit is set to 'true', then all of the following conditions must be fulfilled: - if actEicic is set to 'true' and cellType is set to 'large' in any eNB cell, then eIcicMaxMutePattern in that LNCEL must be greater than 'mp1'. - siWindowLen must be greater than or equal to '20 ms'. If ttiBundlingBlerThreshold is configured, it must be greater than ulTargetBler. - if actOtdoa is set to 'true' AND the number of configured SIBs (i.e. the number of sets in structure sibSchedulingList + 2) is 7 or smaller, then prsConfiguratio The followingiscondition must be siWindowLen fulfilled: - if actOtdoa set to 'true' AND is set to '20 ms' AND the number of configured SIBs (i.e. the number of sets in structure sibSchedulingList + 2) qci1UlTargetBler - if actOtdoa is set<=toulTargetBler 'true' AND siWindowLen is set to '40 ms' AND the number of configured SIBs (i.e. the number of sets in structure sibSchedulingList + 2) Note: ulsFdPrbAssignAlg must be configured to 'MixedFD' if at lest oneisofset thetofollowing The configured qci1UlTargetBler is not applied, if actTtiBundling 'true' andconditions the UE is is in fulfilled: TTI Bundling mode. -utranLbLoadThresholds ulsSchedMethod is set must to 'interference aware' or LNCELs 'channel of aware' be configured in all LNBTS if actUtranLoadBal is 'true' - actNbrForNonGbrBearers is set to 'true' If ulsFdPrbAssignAlg is set to 'RoundRobinFD' (packet aggregation is disabled for VoIP bearer) ulsMaxPacketAgg must be set to '1'. If (actEicic = 'true') AND (cellType is NOT 'large'), then ulsFdPrbAssignAlg must NOT be 'RoundRobinFD'

Following parameter ranges depend on the configured downlink channel bandwidth (dlChBw): maxNumActUE, addNumDrbRadioReasHo, addNumDrbTimeC addAUeTcHo (for be details please referiftoulCombinationMode those parameter) is set to 'MRC' and maximal 2 RX antennas are configured in the LCELL instance with lcellId iden prachHsFlag can set to 'true' only (1) Following parameter are dependent on the setting of the ulChBw (in PRB) ulpcPucchConfig configured if actUlpcMethod is set to 'PuschOLPucchCL', 'PuschCLPucchCL', 'PuschCLSrsPucchCL' or 'PuschIAwPucchCL'. (1.1) if ulChBw is must set tobe '5 MHz' -ulpcPuschConfig nCqiRb is limitedmust to 25be configured if actUlpcMethod is set to 'PuschCLPucchOL', 'PuschCLPucchCL', 'PuschCLSrsPucchOL' or 'PuschCLSrsPucchCL'. - iniPrbsUl value range is restricted to 1..25 - srsConfiguration must be within 1..4 ulpcUplevCch >= ulpcLowlevCch - blankedPucch must be within 0..16 ulpcUplevSch >= ulpcLowlevSch ulpcUpqualCch ulpcLowqualCch (1.2) if ulChBw is>=set to '10 MHz' -ulpcUpqualSch nCqiRb is limited 50 >= to ulpcLowqualSch - iniPrbsUl value range is restricted to 1..50 If dlChBw is set to '1.4 MHz', dlsUsePartPrb must be configured to 'PRBs with PSS or SSS and PBCH used'. - srsConfiguration must be within 1..8 - blankedPucch must be within 0..30 If is set to 'true' eHrpdSectList be configured. must be in range 0..49 - ifactHOtoHrpd additionally actPuschMask is set to 'true', must ulsPuschMaskStart If eHrpdSectList one list item, preRegLoadBalFactor must be configured different to '0'. (1.3) if ulChBw iscontains set to '15only MHz' If eHrpdSectList contains - nCqiRb is limited to 75 more than one list item, the eHrpdSectList must contain at least one list item where preRegLoadBalFactor is set different to '0'. - iniPrbsUl value range is restricted to 1..75 - srsConfiguration must be within 1..4 - blankedPucch must be within 0..40 - if additionally actPuschMask is set to 'true', ulsPuschMaskStart must be in range 0..74 (1.4) if ulChBw is set to '20 MHz' - nCqiRb is not limited - iniPrbsUl value range is restricted to 1..100 - srsConfiguration must be within 1..4 - blankedPucch must be within 0..60 (2) The configured UL and DL channel bandwidth (ulChBw, dlChBw) must be identical per LNCEL (3) If ulChBw is set to '5 MHz', actPuschMask must be configured to 'false'. (4) (4.1) For ulChBw of '5 MHz', '10 MHz', '15 MHz' and '20 MHz': if selectOuterPuschRegion is configured to 'None' or blankedPucch is less than '12', then the allowed prachFreqOff range is: roundup ((MaxPucchResourceSize + blankedPucch) / 2) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2) (4.2) For ulChBw of '5 MHz', '10 MHz', '15 MHz' and '20 MHz': - if selectOuterPuschRegion is configured to 'LowerEdge' and blankedPucch is greater than or equal to '12', then the allowed prachFreqOff ranges are: + (0 ... roundup (blankedPucch/2) - 6) and + (roundup ((MaxPucchResourceSize + blankedPucch) / 2) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2)) - if selectOuterPuschRegion is configured to 'UpperEdge' and blankedPucch is greater than or equal to '12', then the allowed prachFreqOff ranges are: + (roundup ((MaxPucchResourceSize + blankedPucch) / 2) … ulChBw (in PRBs) - 6 - roundup ((MaxPucchResourceSize + blankedPucch) / 2)) and

Related features LTE64 Service based handover thresholds (standard)

LTE1788 Automatic access class barring (standard) LTE1788 Automatic access class barring (standard) LTE1788 Automatic access class barring (standard) LTE1788 Automatic access class barring (standard) LTE1788 Automatic access class barring (standard) LTE1788 Automatic access class barring (standard)

LTE40 Physical & transport channels (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE39 System information broadcast (standard) LTE116 Cell Bandwidth - 3 MHz LTE1788 Automatic access class(optional) barring (standard) LTE39 System information broadcast (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE117 Bandwidth (standard) LTE1043Cell 3GPP baseline- 1,4 R10MHz 06/2011 (standard) LTE1788Cell Automatic access class barring (standard) LTE117 Bandwidth (standard) LTE1043 3GPP baseline- 1,4 R10MHz 06/2011 (standard) LTE1788 Automatic access class barring (standard) LTE117 Cell Bandwidth 1,4 MHz (standard) LTE1043 3GPP baseline R10 06/2011 (standard) LTE1788 Automatic access class barring (standard) LTE117System Cell Bandwidth - 1,4 MHz (standard) LTE39 information broadcast (standard) LTE1788 Automatic access class barring (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1788 Automatic access class barring (standard)

Interfaces - EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - RAC <-> RACApp

LTE10 EPS bearers for conversational voice (optional) LTE10 EPS bearers for conversational voice (optional) LTE908 ANR Inter-RAT UTRAN - Fully UE Based (optional) LTE42 DRX in RRC connected mode (optional) LTE1679 DRX with parallel UE measurement gaps (standard) LTE585 Smart DRX (optional) LTE944 PUSCH masking (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LTE825 Uplink outer region scheduling (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE907 bundlingRemoval (optional) LBT1891TTI CRL0985 of DL MIMO mode “Static Open Loop MIMO (2x2)” (standard) LTE116 - 3 eNode MHz(standard) (optional) LTE1382Cell CellBandwidth resource groups LTE2133 eICIC for HetNet B configurations (standard) LTE117 Bandwidth - 1,4 MHz (standard) LTE1803Cell Downlink carrier aggregation 3 CC - 40 MHz (standard) LTE1406 Extended VoLTE talk time (standard) LTE1382 Cell resource groups (standard) LTE1803 Downlink carrier aggregation 3(4x2) CC - (optional) 40 MHz (standard) LTE568 adaptive loop MIMO LTE1495DL Fast uplink closed link adaptation (standard) LTE1709 cellcarrier - TM9 aggregation (standard) 3 CC - 40 MHz (standard) LTE1803 Liquid Downlink LTE1117 LTE MBMS LTE616 Usage based(standard) PDCCH adaptation (optional) LTE116 Cell Bandwidth MHzrange (optional) LTE829 Increased uplink- 3MCS (standard) LTE1382 Cell resource groups (standard) LTE788 Support 16QAM UL (optional) LTE1042 NominalofBitrate forinnon-GBR bearers (standard) LTE1803 aggregation CC - 40(standard) MHz (standard) LTE1035 Downlink Outer loopcarrier link adaptation for 3PDCCH LTE585 Smart DRX (optional) LTE1382 Cell resource groups (standard) LTE2149 CRL 4053 Supplemental downlink carrier (standard) CRL1868 RL60 PDDB changes for number of IF and IRAT measurements (standard) CRL1868 RL60 PDDB changes for number of IF and IRAT measurements (standard) LTE1034 Extended Uplink Link Adaptation (standard) LTE907 TTI bundling (optional) LTE1495 Fast uplink link adaptation (standard) LTE497 Smart Admission Control (optional) LTE944 PUSCH masking (standard) LTE1042 Nominal Bitrate for non-GBR bearers (standard) LTE497 Control (optional) LTE1113Smart eICICAdmission - macro (standard) LTE1042 Nominal Bitrate for non-GBR bearers (standard) LTE572 emergency sessions (optional) LTE1496IMS eICIC - micro (standard) LTE1089 Downlink carrier aggregation 2 CC (optional) LTE825 Uplink outer region scheduling (standard) LTE113 Cell Bandwidth - 15 MHz (optional) LTE7 Support of multiple- 15 EPS bearer (optional) LTE113 Cell Bandwidth MHz (optional) LTE458 RL20 of Capacity Dimensioning (standard) LTE7 Support multipleand EPS bearer (optional) LTE113 Cell Bandwidth - 15 MHz (optional) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE458 RL20 Capacity and Dimensioning (standard) LTE10 EPS bearers for conversational voice (optional) LTE113 Bandwidth -- 15 MHz(optional) (optional) LTE116 Cell Cell Bandwidth 3aggregation MHz LTE1089 Downlink carrier 2 CC (optional) LTE458EPS RL20 Capacity Dimensioning (standard) LTE10 for and conversational voice (optional) LTE20 control (standard) LTE117Admission Cell bearers Bandwidth 1,4 MHz (standard) LTE116 Cell Bandwidth -- 3 MHz (optional) LTE497 Smart Admission Control (optional) LTE458 RL20 Capacity and Dimensioning Dimensioning (standard) LTE458 RL20 Capacity and (standard) LTE1799 RL70 FSMr3 Capacity and Dimensioning (standard) LTE20 control (standard) LTE117Admission Cell Bandwidth - 1,4 MHz LTE618 RL40 FSMr3 Capacity and(standard) Dimensioning (standard) LTE497 Smart Admission Control (optional) LBT992-b Multiple cells per FSP 2x5MHz, WMP add on (standard) LTE1963 FDD-LTE 15ACapacity FSMr3 Capacity and Dimensioning (standard) LTE458 RL20 Capacity and Dimensioning (standard) LTE1799 RL70 FSMr3 and Dimensioning (standard) LTE39 System information broadcast (standard) LTE987 RL40 RL40 FSMr3 Capacity and Dimensioning FSMr2 (standard) LTE618 Capacity and Dimensioning (standard) LBT992-g Multiple cells per FSP 2x10MHz, WMP add on(standard) (standard) LBT992-b Multiple cells per FSP 2x5MHz, WMP add on LTE1963 FDD-LTE 15A FSMr3 Capacity and Dimensioning (standard) LTE1089LTE Downlink carrier - 2(standard) CC (optional) LTE145 Configuration Management LTE987 Capacity andaggregation Dimensioning FSMr2 (standard) LTE1327RL40 RL50 FSMr3 Dimensioning (standard) LBT992-g Multiple cellsCapacity per FSP and 2x10MHz, WMP add on (standard) LTE914 cell shut aggregation down (standard) LTE1089Graceful Downlink carrier aggregation 2 CC CC (optional) (optional) LTE1089 carrier -- 2 LTE1327 Downlink RL50 FSMr3 Capacity and Dimensioning (standard) LTE116 Bandwidth - 3aggregation MHz (optional) LTE1089Cell Downlink carrier - 2 CC (optional) LTE117 Cell Cell Bandwidth Bandwidth -- 3 1,4 MHz (standard) LTE116 LTE1894 Reference signal MHz power(optional) de-boosting (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE27 Open loop UL power control and DL power setting (standard) LTE28 Closed loop UL power control (optional) LTE1336 Interference aware UL power control (standard) LTE944 PUSCH masking (standard) LTE1501 Measurement Report (MR) addition to cell trace (standard) LTE951 LTE959 Enhanced (standard) cell ID location service (standard) LTE473 Extended DRX settings (optional) LTE585 Smart DRX (optional) LTE1382 Cell resource groups (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1788 Automatic access class barring (standard) LTE1788 Automatic access class barring (standard) LTE1496 eICIC - micro (standard) LTE761 Advanced target cell selection and handover retry for intra frequency handover (standard) LTE55 Inter-frequency handover (optional) LTE54 Intra-LTE handover via S1 (optional) LTE786-a Reduced Uplink Bandwidth (optional) LTE786 Flexible UL Bandwidth (optional) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE825 Uplink outer region scheduling (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RACApp <-> RAC LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM -> LTE BTS -- RAC <-> RACApp RAC -> LTE BTS - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACApp <-> RAC --- LTE BTS <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE-> BTS RAC - EM LTE<-> BTS -- RAC <-> RACApp RAC<-> -> LTE LTE BTS - EM BTS RAC <-> <-> LTE RACApp --- RAC BTS EM <-> LTE BTS RAC <-> <-> LTE RACApp --- RAC BTS EM <-> LTE BTS RAC <-> <-> LTE RACApp --- RAC BTS LTE BTS <-> EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACApp <-> RAC --- LTE BTS <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC RAC<-> <->LTE LTE BTS - EM BTS RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp -- LTE <-> RAC - RAC <-> RACApp

LTE1441 Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) (standard) LTE738 to 1xRTT/CDMA LTE1441SRVCC Enhanced CS fallback to(standard) CDMA/1xRTT (e1xCSFB) (standard) LTE738 SRVCC to 1xRTT/CDMA (standard) LTE738 SRVCC to 1xRTT/CDMA (standard)

LTE1441 Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) (standard) LTE738 SRVCC to 1xRTT/CDMA (standard) LBT959 SFS baseline 09/2008 (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE585 Smart DRX (optional) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LBT1891 CRL0985 Removal of DL MIMO mode “Static Open Loop MIMO (2x2)” (standard) LTE2006 Flexible SCell selection (standard) LTE49 Paging (standard) LTE39 System information broadcast (standard) LTE1140 Intra-frequency load balancing (optional) LTE1140 Intra-frequency load balancing (optional) LTE971 Intra-LTE mobility offsets (standard) LTE1469 Dynamic UE measurement configuration (standard)

LTE39 System information broadcast (standard) LTE39 System information broadcast (standard) LTE39 System information broadcast (standard)

LTE1677 Idle mode mobility balancing extensions (standard) LTE39 System information broadcast (standard) LTE502 Cell Outage triggered reset (optional) LTE1382 Cell resource groups (standard) LTE1803 Downlink 3 CC - 40 MHz (standard) LTE41 PDCP, MAC carrier & RLCaggregation support (standard) LTE10 EPS bearers for conversational (optional) LTE1140 Intra-frequency load balancingvoice (optional) LTE1089 MRO Downlink LTE1768 Pingcarrier Pong aggregation (standard) - 2 CC (optional) LTE1113 eICIC - macro (standard) LTE1496 eICIC - micro (standard) LBT1098-a DCI Format 1A for Common Transmissions: RL15 usage (standard) LTE1800 Downlink interference shaping Channel (standard) LTE2002 Flexi Zone Indoor BTS 2600 (Band 7) (standard)

LTE10 EPS bearers for conversational voice (optional)

LTE13 Rate capping (UL/DL) (optional) LTE31-b Simplified BLER based Link Adaptation (standard) LTE42 DRX in RRC connected mode (optional)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp RAC <-> LTE BTS - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp RAC<-> <->LTE LTEBTS BTS - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM -> LTE BTS RAC -> <->LTE RACApp --- RAC BTS EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp -- LTE <-> RAC - RAC <-> RACApp

LTE42 DRX in RRC connected mode (optional) LTE585 ANR Smart- Intra-LTE, DRX (optional) LTE782 Intra-frequency - Fully UE based (optional) LTE1382ANR Cell Inter-RAT resource groups LTE908 UTRAN(standard) - Fully UE Based (optional) LTE556 ANR Intra-LTE, Inter-frequency - UE based (optional) LTE1382 Cellinresource groups (standard) LTE42 DRX RRC connected mode (optional) LTE495 OTDOA (optional) LTE42 DRX in RRC connected mode (optional) LTE116 Bandwidth - 3 MHz (optional) LTE495 Cell OTDOA (optional) LTE473 Extended DRX settings (optional) LTE117 Cell Cell Bandwidth Bandwidth -- 3 1,4 MHz (standard) LTE116 MHz (optional) LTE1382Extended Cell resource LTE473 DRX groups settings(standard) (optional) LTE1382Cell CellBandwidth resource groups (standard) LTE117 - 1,4 MHz (standard) LTE1382 Cell resource groups (standard) LTE1382 Cell resource groups (standard) LTE1113 eICIC - macro (standard) LTE1113 eICIC - macro (standard) LTE1496 eICIC - micro (standard) LTE1496 eICIC - micro (standard) LTE1117 LTE MBMS (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp -- LTE <-> RAC - RAC <-> RACApp

LTE585 Smart DRX (optional) LTE1382 Cell resource groups (standard) LTE585 Smart DRX (optional) LTE1406 Extended VoLTE talk (standard) time (standard) LTE1382Smart Cell resource groups LTE585 DRX (optional) LTE1117 LTE LTE MBMS MBMS (standard) (standard) LTE1117 LTE1382Smart Cell resource groups (standard) LTE585 DRX (optional) LTE1382 Cell resource groups (standard) LTE41 PDCP, MAC & RLC support (standard) LTE10 EPS bearers for conversational voice (optional) LTE31-b Simplified BLER based Link Adaptation (standard) LTE39 System information broadcast (standard) LTE49 Paging (standard) LTE40 Physical & transport channels (standard) LTE1089 Downlink carrier aggregation 2 CC (optional) LTE27 Open loop UL power control and- DL power setting (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard)

LTE27 Open loop UL power control and DL power setting (standard) LTE703 Downlink adaptive closed loop MIMO for two antennas (optional) LTE70 DL LTE430 DLMIMO power(optional) boosting for control channels (standard) LTE69 Transmit diversity- 1,4 for two antennas (optional) LTE117 Bandwidth MHz (standard) LTE430 Cell DL power boosting for control channels (standard) LTE187 Single TX path mode (standard) LTE117 Cell Bandwidth 1,4 MHz (standard) LTE40 Physical & transport (standard) LBT999-a CN4817 Flexible channels Tx & Rx usage for LTE (standard) LTE113 Bandwidth - 15 loop MHzshaping (optional) LTE1800 Downlink interference (standard) LTE568 Cell DL adaptive closed MIMO (4x2) (optional) LTE106 cell support withaggregation one System-Module (standard) LTE10896Downlink carrier 2 CC (optional) LBT1169 FSMr3b: LTE Base Band Pooling (standard) LTE1542 FDD Supercell (standard) LTE5 Radio bearer and S1 bearer establishment and release (standard) LTE1072 Flexi Lite BTS (optional) LTE116 Cell Bandwidth -750 3 MHz (optional) LTE430 DL power boosting for control channels (standard) LTE179 Dual band operation with one System Module - 6*10Mhz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE568 adaptive closed loop MIMO (4x2) (optional) LTE1174 Removal ofRemoval Flexi and LTE1174 LTE1360 from RL50 LTE1433 LPPa support for Lite OTDOA (standard) LBT1891DL CRL0985 ofLTE1072 DL MIMO mode “Staticand Open Loop MIMO (2x2)”(standard) (standard) LTE117 Bandwidth - 1,4 MHz (standard) LTE1247Cell Multiradio System Module extended LTE configurations (standard) LTE951 Enhanced cell ID location service (standard) LTE654 LTE Configuration Management (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LTE40 & transport (standard) LTE117Physical Cell Bandwidth - 1,4channels MHz (standard) LTE677 FRNA Flexi 3-sector RF Module 1600, phase 0 (BARBI) RFSW for demo (standard) LTE40 Physical & transport channels (standard) LTE1542 FDD Supercell (standard) LTE763 FRNA FXFA, Flexi 3-sector 3-sector RF RF Module Module 1600, 1900 MHz (standard) LTE677 phase 0 (BARBI) RFSW for demo (standard) LTE1496 eICICFlexi - micro (standard) LTE87 Flexi 3-sector RF 850 MHz (standard) LTE763FXCA, FXFA, 3-sector RFModule Module 1900 MHz (standard) LTE2133 eICICFlexi for HetNet eNode B configurations (standard) LTE88-a FXDA, Flexi 3-pipe RF RF Module Module 850 900 MHz MHz (standard) (standard) LTE87 FXCA, Flexi 3-sector LTE103-aFXDA, CN4185 FRLB, Flexi 2TX900 730MHz (demo version) (standard) LTE88-a Flexi 3-pipe RFRRH Module (standard) LTE921 FRBB, FlexiFRLB, RF Module 760 (standard) LTE103-a CN4185 Flexi RRH 2TX 730 (demo version) (standard) LBT1177 CN4646 CRL0463 FRMBx to operate as Band 13 RRH only for VZW trial in RL30 (standard) LTE921 FRBB, Flexi RF Module 760 modified (standard) LTE1072 Flexi LiteCRL0463 BTS 750 (optional) LBT1177 CN4646 FRMBx modified to operate as Band 13 RRH only for VZW trial in RL30 (standard) LTE1040 Flexi Flexi Lite 3-sector 1800 3x80 W (standard) LTE1072 BTS RF 750Module (optional) LTE1356 Adding LTE1356 Flexi 2 sector RF(standard) Module 850 to RL30 (standard) LTE1040 Flexi 3-sector RFFXCC Module 1800 3x80 W LTE1306 FRMD Flexi 3-sector RFFlexi Module 800 (standard) LTE1356 Adding LTE1356 FXCC 2 sector RF Module 850 to RL30 (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> LTE BTS <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM -- RACApp <-> RAC BTSLTE <->BTS RAC - LTE EM <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - LTE BTS -> EM -- RAC <-> RACApp LTE BTS BTS -> RAC - LTE <-> EM LTE BTS BTS <-> <-> EM RAC -- LTE RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM RACApp -- LTE BTS <-> <-> RAC RAC - RACApp <-> RAC

LTE843 ETWS broadcast (optional) LTE494 Commercial System (optional) LTE43 Support of 64 Mobile QAM inAlert DL (optional) LTE1755 Multiple emergency areas per cell (standard) LTE749-a Link adaptation for PDCCH (standard) LTE31-b Simplified BLER based Link Adaptation (standard) LTE31 Link adaptation by AMC (standard) LTE31-b Simplified BLER based(UL/DL) Link Adaptation (standard) LTE1336 Interference aware UL(UL/DL) power control (standard) LTE31 Link adaptation by AMC (standard) LTE749-a Link adaptation for PDCCH (standard) LTE1336Cell Interference UL power control (standard) LTE117 Bandwidthaware - 1,4 MHz (standard) LTE31 Link adaptation by AMC (UL/DL) (standard) LTE907 TTI bundling (optional) LBT961 3GPP baseline 12/2008 (standard) LTE117 Cell Bandwidth - 1,4 handover MHz (standard) LTE53c Simplified intra eNB (standard) LTE53c Simplified intra eNB handover (standard) LTE793 Support of 16QAM in DL (optional) LTE819 DL inter-cell interference generation (optional) LTE749-a Link adaptation for PDCCH (standard) LTE116Rate Cell capping Bandwidth - 3 MHz (optional) LTE13 (UL/DL) (optional) LTE117 Cell Bandwidth -- 1,4 (standard) LTE117Rate Cell capping Bandwidth 1,4 MHz MHz (standard) LTE13 (UL/DL) (optional) LTE1803Cell Downlink carrier aggregation 3 CC - 40 MHz (standard) LTE117 Bandwidth 1,4 MHz (standard) LBT967 Minor Corrections in Inc 21 (standard) LTE116 Cell Bandwidth 3 MHz (optional) LTE786-a Reduced Uplink Bandwidth (optional) LTE117 Cell Bandwidth -- 1,4 MHz (standard) LTE116 Bandwidth 3 MHz (optional) LTE31-cCell Periodic CQI reception for Trial Phase 3 (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE27 Open loop UL power control and DL power setting (standard) LTE28 Closed ULPower powerSaving controlfor (optional) LTE1103 Load loop based multi-layer networks (standard) LTE1336 Interference aware UL power control (standard) LTE1697 Timing Advance Histogram PM-counter (standard) LTE1495 Fast uplink link adaptation (standard) LTE1406 Extended VoLTE talk time (standard) LTE1034 Extended Uplink Link Adaptation (standard) LTE1495 Extended Fast uplinkUplink link adaptation (standard) LTE1034 Link Adaptation (standard) LTE1495 Extended Fast uplinkUplink link adaptation (standard) LTE1034 Link Adaptation (standard) LTE1495 uplinkUplink link adaptation (standard) LTE1034 Fast Extended Link Adaptation (standard) LTE1495 uplinkUplink link adaptation (standard) LTE1034 Fast Extended Link Adaptation (standard) LTE1495 uplinkUplink link adaptation (standard) LTE1034 Fast Extended Link Adaptation (standard) LTE117 Cell Bandwidth 1,4 MHz (standard) LTE1495 Fast uplink link- adaptation (standard) LTE1495 Fast uplink link adaptation (standard) LTE27 Open loop UL power control and DL power setting (standard) LTE28 loop UL power control (optional) LTE736Closed CS fallback to UTRAN (optional) LTE736 CS fallback to UTRAN (optional) LBT967 Minor Corrections in Inc 21 (standard) LTE55 Inter-frequency handover (optional) LTE442 Network Assisted Cell Change to GSM (optional) LTE56 Inter RAT handover to WCDMA (optional) LTE908 ANRRAT Inter-RAT UTRAN - Fully UE Based (optional) LTE56 Inter handover to WCDMA (optional) LTE1357 LTE-UTRAN load balancing (optional) LTE908System ANR Inter-RAT UTRAN - Fully(standard) UE Based (optional) LTE39 information broadcast LTE1357 LTE-UTRAN load balancing (optional) LTE535 Support Dedicated operator (optional) LTE496 of cell QCIcapacity 2, 3 andper 4 (optional) LTE116 Cell Bandwidth - 3 MHz (optional) LTE39 System information broadcast (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE60 Inter RAT handover to HRPD/3GPP2 (standard) LTE48 Support of high speed users (standard) LTE39 System information broadcast (standard)

LTE41 PDCP, MAC & RLC support (standard) LBT2085 CRL1105 timer new minimum value 5s (standard) LTE41 PDCP, MAC Inactivity & RLC support (standard) LTE2430 QCI1 establishment triggered inactivity timer (standard) LTE41 PDCP, MAC & RLC support (standard) LTE41 PDCP, MAC & RLC support (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1036 RSRQ Based Cell Reselection (standard)

- EM <-> LTE BTS -- LTE <-> RAC RACBTS <-> LTE BTS -- RAC <-> RACApp EM <-> - LTE BTSLTE <->BTS EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM -- RACApp <-> RAC - LTE LTE BTS BTS <-> <-> RAC EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACApp <-> RAC --- LTE BTS <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC <-> LTE RAC BTS -- RAC <-> RACApp - EM EM <-> <-> LTE LTE BTS BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp -- LTE <-> RAC - RAC <-> RACApp

LTE1127 Service based mobility trigger (standard) LTE39 System information broadcast (standard)

LTE1387 Intra eNB Inter-frequency load balancing (optional) LTE1170 Inter-frequency load balancing (optional) LTE1531 Inter-frequency load balancing extension (standard) LTE1336 Interference aware UL power control (standard) LTE1357 LTE-UTRAN load balancing (optional) LTE819 DL inter-cell interference generation (optional) LTE971 Intra-LTE mobility offsets (standard) LTE1469 Dynamic UE measurement configuration LTE1170 Inter-frequency load balancing (optional) (standard) LTE1140 Intra-frequency load balancing (optional) LTE39 System information broadcast (standard) LTE1387 Intra eNB Inter-frequency load balancing (optional) LTE1140 Intra-frequency load balancing (optional) LTE1113 eICIC - macro (standard) LTE1496 eICIC - micro (standard) LTE1841 Load Balance with Equalization (standard) LTE2050 Load information triggered Idle Mode Load Balancing (standard) LTE39 System broadcast (standard) LTE1357 LTE-UTRAN load balancing (optional) LTE1036 RSRQ Based Cell Reselection (standard) LTE1103 Load based Power Saving for multi-layer networks (standard) LTE39 System information broadcast (standard) LTE106 6 cell support with one System Module (standard) LTE1072 FlexiMAC Lite BTS 750support (optional) LTE41 PDCP, & RLC (standard) LTE1174 Removal of Flexi LTE116 Cell Bandwidth - 3 Lite MHzLTE1072 (optional)and LTE1174 and LTE1360 from RL50 (standard) LTE1247Cell Multiradio System extended LTE configurations (standard) LTE117 Bandwidth - 1,4Module MHz (standard)

LTE1170 Inter-frequency load balancing (optional) LTE1387 Intra eNB Inter-frequency load (optional) balancing (optional) LTE1140 Intra-frequency load balancing LTE1140 Intra-frequency load balancing (optional) LTE1113 eICIC - macro (standard) LTE1140 Intra-frequency load balancing (optional) LTE1113 eICIC - macro (standard) LTE145 LTE Configuration Management (standard)

LTE70-b Downlink adaptive open loop MIMO for two antennas (optional) LTE70-b Downlink adaptive open loop MIMO for two antennas (optional) LTE27 Open loop UL power control and DL power setting (standard) LTE430 DL power boosting for control channels (standard) LTE568 DL adaptive closed loop MIMO (4x2) (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE1803Cell Downlink carrier aggregation 3 CC - 40 MHz (standard) LTE113 Bandwidth - 15 MHz (optional) LTE10 EPS for conversational voice (optional) LTE113 Cell bearers Bandwidth - 15 MHz (optional) LTE458 RL20 of Capacity and Dimensioning (standard) LTE7 Support multiple bearer (optional) LTE1803 Downlink carrierEPS aggregation 3 CC - 40 MHz (standard) LTE618 Capacity and Dimensioning (standard) LTE458 RL40 RL20 FSMr3 Capacity and Dimensioning (standard) LTE1841 LoadCapacity Balanceand withDimensioning Equalization (standard) LTE987 FSMr2 (standard) LTE1089RL40 Downlink carrier aggregation - 2 CC (optional) LTE907 TTI bundling (optional) LTE497 Cell Smart Admission (optional) LTE116 Bandwidth - 3Control MHz (optional) LTE1089 Downlink carrier aggregation -voice 2 CC(optional) (optional) LTE10 EPS bearers for conversational LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE39 System information broadcast (standard) LTE1496 eICIC - micro (standard) LTE1496 eICIC - micro (standard) LTE497 Smart Admission Control (optional) LTE1042 Nominal Nominal Bitrate Bitrate for for non-GBR non-GBR bearers bearers (standard) (standard) LTE1042 LTE1042 Nominal Bitrate for non-GBR bearers (standard) LTE45 Fair scheduler (UL/DL) (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1346 RL50 Capacity and Dimensioning FSMr2 (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC <-> LTE RAC BTS -- RAC <-> RACApp - EM EM <-> <-> LTE LTE BTS BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACApp <-> RAC --- LTE BTS <-> LTE BTS <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC RAC<-> <->LTE LTE BTS - EM BTS -- RAC <-> RACApp RAC<-> <->LTE LTEBTS BTS - EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM -- RACApp <-> RAC LTE BTS <->BTS RAC - EM <-> LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM -- RACApp <-> RAC BTSLTE <->BTS RAC - LTE EM <-> -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACApp -- LTE BTS <-> <-> RAC RAC - RAC <-> RACApp

LTE45 Fair scheduler (UL/DL) (standard) LTE116 Cell Bandwidth MHz (optional) LTE20 Admission control- 3(standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE20 Admission control (standard) LTE1346 RL50 Capacity and Dimensioning FSMr2 (standard) LTE1089 Downlinkcontrol carrier(standard) aggregation - 2 CC (optional) LTE20 Admission LBT959 SFS baseline 09/2008 (standard) LTE116 - 3 MHz(standard) (optional) LBT959 Cell SFSBandwidth baseline 09/2008 LTE117 Cell Cell Bandwidth Bandwidth -- 3 1,4 MHz (standard) LTE116 MHz (optional) LBT959 SFS baseline 09/2008 (standard) LTE117 Bandwidth -- 1,4 MHz (standard) LTE116 Cell Cell 3 MHz (optional) LBT959 SFSBandwidth baseline 09/2008 (standard) LTE117 Cell Bandwidth 1,4 MHz (standard) LTE116PDCP, Cell Bandwidth - 3 MHz (optional) LTE41 MAC & RLC support (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE113 Cell Bandwidth - 15 MHz (optional) LTE22 handling (optional) LTE41 Emergency PDCP, MACCall & RLC support (standard) LTE1327 RL50 FSMr3 Capacity and Dimensioning (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE41 MAC & RLC support (standard) LTE116PDCP, Cell Bandwidth - 3 MHz (optional) LTE907 TTI bundling (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1799 RL70 FSMr3 Capacity and Dimensioning (standard) LTE40 Physical & transport channels (standard) LTE1963Cell FDD-LTE 15A -FSMr3 Capacity and Dimensioning (standard) LTE116 Bandwidth 3 in MHz LBT967 Minor Corrections Inc(optional) 21 (standard) LTE117 Cell Cell Bandwidth Bandwidth -- 3 1,4 MHz (standard) LTE116 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE20 Admission control (standard) LBT992-b Multiplecontrol cells per FSP 2x5MHz, WMP add on (standard) LTE20 Admission (standard) LBT992-g Multiple cells and per FSP 2x10MHz,(standard) WMP add on (standard) LTE458System RL20 Capacity Dimensioning LTE39 information broadcast (standard) LTE1327 FSMr3 Dimensioning (standard) LBT992-bRL50 Multiple cellsCapacity per FSPand 2x5MHz, WMP add on (standard) LTE1089 Downlink carrier - 2 CC (optional) LBT992-g Multiple cells peraggregation FSP 2x10MHz, WMP add on (standard) LTE41 MAC & RLC support LTE116PDCP, Cell Bandwidth - 3 MHz (optional) LTE1327 RL50 FSMr3 Capacity and(standard) Dimensioning (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE39 System information broadcast (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE1803 Downlink carrier 3 CC - 40 MHz (standard) LTE116Physical Cell Bandwidth - 3aggregation MHz (optional) LTE40 & transport channels (standard) LTE1799Cell RL70 FSMr3 Capacity and Dimensioning (standard) LTE117 Bandwidth 1,4 MHz (standard) LTE40 Physical & transport channels (standard) LTE736 fallback to UTRAN (optional) LTE1963CS FDD-LTE 15A FSMr3 Capacity and 7) Dimensioning LTE2002 Indoor BTS 2600(standard) (Band (standard) (standard) LTE1202 Flexi Flexi Zone RRH 4TX 2300 FZXX LTE56 Inter RAT handover to WCDMA (optional) LTE1017 RRH 1900 8TX 8x10W (China) (standard) LTE1371 8TRX Flexi RRH 1900 For TD-LTE (dual mode) (standard) LTE1392 Extended TD-LTE Site Configuration for RL35TD (standard) LTE1615 FRPK Flexi RRH 2TX 700and (standard) LTE27 Open loop UL power control DL power setting (standard) LTE634 RRH 2300 2x20W (China FZND) (standard) LTE28 Closed loop UL power control (optional) LTE1036 RSRQ Based Cell Reselection (standard) LTE1730 in RL35Ir backcontrol to trunk in RL45 (standard) LTE1336 BTSOM Interference awarebranch UL power (standard) LTE39 System information broadcast LTE2002 Flexi Zone Indoor BTS 2600(standard) (Band 7) (standard) LTE944 PUSCH masking (standard) LTE571 Controlled uplink packet segmentation (standard) LTE1113 eICIC - macro (standard) LTE116 Bandwidth - 3 MHz (optional) LTE1496Cell eICIC - micro (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE571 Controlled uplink packet segmentation (standard) LTE907Admission TTI bundling (optional) LTE20 control (standard) LTE20 Admission control (standard) LTE1140 Intra-frequency load balancing (optional)

LTE39 System information broadcast (standard) LTE1036 RSRQ Based Cell Reselection (standard)

LTE490 SPID selective mobility profiles (optional) LTE487 Idle mode mobility in load (standard) LBT967 Minor Corrections Incbalancing 21 (standard) LTE1905 PLMN ID and SPID selected mobility profiles (standard) LBT967 Minor Corrections in Inc 21 (standard) LBT967 Minor Corrections in Inc 21 (standard) LBT967 Minor Corrections in Inc 21 (standard) LTE39 System information broadcast (standard) LTE819 DL inter-cell interference generation (optional)

- LTE BTS <-> EM -- LTE BTSLTE <->BTS RAC EM <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACApp <-> RAC --- LTE BTS <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> LTE BTS <-> RAC EM -- RAC <-> RACApp BTS <->BTS RAC - LTE EM <-> LTE -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp -- LTE <-> RAC - RAC <-> RACApp

LBT959 SFS baseline 09/2008 (standard) LTE30 CQI adaption (DL) for (optional) LTE1042 Nominal Bitrate non-GBR bearers (standard) LTE568 DL adaptive closed loop MIMO (4x2) (optional) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE27 Open loop ULRemoval power control and DLmode power setting (standard) LBT1891 CRL0985 of DL MIMO “Static Open Loop MIMO (2x2)” (standard) LTE27 Open loop UL power control and DL power setting (standard)

LTE40 Physical & transport channels (standard) LTE145 LTE Configuration Management (standard)

LTE749 Link adaptation for PDCCH (standard) LTE1035 loop link adaptation for(standard) PDCCH (standard) LTE749-aOuter Link adaptation for PDCCH LTE117 Cell Bandwidth 1,4 MHz (standard) LTE749 Link adaptation for PDCCH (standard) LTE616 Usage based PDCCH adaptation (optional) LTE749-a Link adaptation for PDCCH (standard) LTE939Cell FSMr3b: Usage- 3based PDCCH LTE116 Bandwidth MHz (optional)adaptation (optional) LTE45 Fair scheduler (UL/DL) (standard) LTE117 MHz (standard) LTE117 Cell Cell Bandwidth Bandwidth --- 1,4 1,4 MHz (standard) LTE116 Cell Bandwidth 3 MHz (optional) LTE45 Fair scheduler (UL/DL) (standard) LTE2149 CRL 4053 Supplemental downlink carrier (standard) LTE117 Cell Cell Bandwidth Bandwidth -- 3 1,4 MHz (standard) LTE116 MHz (optional) LTE45 Fair scheduler (UL/DL) (standard) LTE117 Cell Bandwidth 1,4 MHz (standard) LTE116 Celladaptation Bandwidthby - 3AMC MHz(UL/DL) (optional) LTE31 Link (standard) LTE117 Bandwidth -- 1,4 MHz (standard) LTE116 Cell Cell Bandwidth 3for MHz (optional) LTE749-a Link adaptation PDCCH (standard) LTE117 Bandwidth - 1,4 MHz (standard) LTE116 Cell Cell Bandwidth 3 MHz (optional) LTE1035 Outer loop link- adaptation for PDCCH (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional)

LTE40 Physical & transport channels (standard) LTE117Physical Cell Bandwidth - 1,4channels MHz (standard) LTE40 & transport (standard) LTE117 Cell Bandwidth - 1,4channels MHz (standard) LTE40 Physical & transport (standard) LTE117 Cell Bandwidth - 1,4channels MHz (standard) LTE40 Physical & transport (standard) LTE40 Physical & transport channels (standard) LTE116System Cell Bandwidth - 3 broadcast MHz (optional) LTE39 information (standard) LTE117 Cell Bandwidth - 1,4channels MHz (standard) LTE40 Physical transport (standard) LTE495 OTDOA&(optional) LTE944 PUSCHofmasking (standard) LTE48 Support high speed users (standard) LTE495 OTDOA (optional) LTE8254-way UplinkRX outer region(optional) scheduling (standard) LTE72 diversity LTE495 LTE980 OTDOA IRC for 4(optional) RX paths (optional) LTE585 DRX (optional) LTE495 OTDOA (optional) LTE1542Smart FDD Supercell (standard) LTE1542 FDD Supercell (standard) LTE495 OTDOA (optional) LTE116 Cell Bandwidth - 3 MHz (optional) LTE1117OTDOA LTE MBMS (standard) LTE495 (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE2085 SIB reception with parallel measurement gaps (standard) LTE1433 LPPa support for OTDOA (standard) LTE2085 SIB reception with parallel measurement gaps (standard) LTE495 OTDOA (optional) LTE568 DL adaptive closed channels loop MIMO (4x2) (optional) LTE40 Physical & transport (standard) LTE786Physical Flexible&UL Bandwidth (optional) LTE40 transport channels (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LBT959 SFS baseline 09/2008 (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LBT959 SFSBandwidth baseline 09/2008 (standard) LTE117 Cell - 1,4 MHz (standard) LBT959 baseline 09/2008 LBT1891SFS CRL0985 Removal of(standard) DL MIMO mode “Static Open Loop MIMO (2x2)” (standard) LTE944 PUSCH masking (standard) LTE49 Paging (standard) LTE39 System information (standard) LTE487 Idle mode mobility broadcast load balancing (standard) LTE5 Radio bearer and S1 bearer establishment and release (standard) LTE496 Support of QCI 2, 3 and 4 (optional) LTE1089 DownlinkCQI carrier aggregation CC (optional) LTE31-c Periodic reception for Trial- 2Phase 3 (standard) LTE117 Cell Bandwidth -2,1,4 MHz4 (standard) LTE496 Support of QCI 3bearer and (optional) LTE5 Radio bearer and S1 establishment and release (standard) LTE1089 Downlink carrier aggregation - 2 CC (optional) LTE1495SFS Fastbaseline uplink link adaptation (standard) LBT959 09/2008 (standard) LTE568 DL adaptive closed loop MIMO (4x2) (optional) LTE70-b Downlink adaptive open loop MIMO for two antennas (optional) LTE42 DRX in RRC connected mode (optional) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LBT1891 CRL0985 Removal of DL MIMO mode “Static Open Loop MIMO (2x2)” (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> LTE BTS <-> RAC EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RACApp <-> RAC LTE BTS <-> RAC - LTE BTS -> RAC -- RAC <-> RACApp LTE<-> BTS -> EM - EM LTE BTS LTE<-> BTSLTE <->BTS RAC -- EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> LTE BTS <-> RAC EM -- RAC <-> RACApp BTS <->BTS RAC - LTE EM <-> LTE -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM -- RACApp <-> RAC - LTE LTE BTS BTS <-> <-> RAC EM -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACApp <-> RAC --- LTE BTS <-> LTE BTS <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp -- LTE <-> RAC - RAC <-> RACApp

LTE40 Physical & transport channels (standard) LTE1768 MRO Ping Pong (standard) LTE39 System information broadcast (standard) LTE27 Open loop UL power control and DL power setting (standard) LTE540System Sounding referencebroadcast signal in (standard) normal frames (optional) LTE39 information LTE46 Channel aware scheduler (UL) (optional) LTE39 System information broadcast (standard) LTE1495 Fast uplink link adaptation (standard) LTE39 broadcast (standard) LTE944System PUSCHinformation masking (standard) LTE39 (standard) LTE825System Uplink information outer regionbroadcast scheduling (standard) LTE5 Radio bearer and S1 bearer establishment and release (standard) LTE39 System information broadcast (standard) LTE1036 RSRQ Based Cell Reselection (standard) LTE2430 QCI1 establishment triggered inactivity timer (standard) LTE41 PDCP, MAC & RLC support (standard) LTE40 Physical & transport channels (standard) LTE2032 FHGA Low Power RRH 2TX 2100 (standard) LTE1914 Support Received Interference Power (RIP) alarm (standard)

LTE1198 RSRQ based mobility (standard) LTE1407 RSRQ based redirect (standard) LTE1198 RSRQ based mobility (standard) LTE41 PDCP, MAC & RLC support (standard) LTE41 PDCP, MAC & RLC support (standard) LTE117 Bandwidth 1,4 MHz LTE1441Cell Enhanced CS -fallback to(standard) CDMA/1xRTT (e1xCSFB) (standard) LTE1113SRVCC eICIC - to macro (standard)(standard) LTE738 1xRTT/CDMA LTE1496 eICIC - micro (standard) LTE767 Support of aperiodic CQI reports (standard) LTE31 Link adaptation by AMC (UL/DL) (standard) LTE568 DL adaptive closed loop MIMO (4x2) (optional) LTE1089 Downlink carrier aggregation - 2 CC (optional)

LTE13 Rate capping (UL/DL) (optional)

LTE53 Intra and inter eNB handover with X2 (standard)

LTE442 Network Assisted Cell Change to GSM (optional) LTE56 Inter RAT handover to WCDMA (optional) LTE55 Inter-frequency handover (optional) LTE55 Inter-frequency handover (optional) LTE56 handover to WCDMA (optional) LTE423Inter RRCRAT connection release with redirect (standard) LTE442 Network Assisted Cell Change to GSM (optional) LTE53 Intra and inter eNB handover with X2 (standard)

LTE786-a Reduced Uplink Bandwidth (optional) LTE116 Cell bearer Bandwidth 3 MHz (optional) LTE5 Radio and -S1 bearer establishment and release (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE39 System information broadcast (standard) LTE1495 Fast uplink link adaptation (standard) LTE843 ETWS broadcast (optional) LTE494 Commercial Mobile Alert System (optional) LTE825 Uplink outer region scheduling (standard) LTE495 OTDOA (optional) LTE619 Interference aware UL scheduling LTE116 Cell Bandwidth - 3 MHz (optional) (optional) LTE46 Channel aware (optional) and release (standard) LTE5 Radio andscheduler establishment LTE117 Cell bearer Bandwidth -S1 1,4bearer MHz(UL) (standard) LTE116 Bandwidth 3 MHz (optional) LTE1113Cell eICIC - macro -(standard) LTE117 Bandwidth - 1,4 MHz (standard) LTE1496Cell eICIC - micro (standard) LTE1495 FastMBMS uplink link adaptation (standard) LTE1117 LTE (standard) LTE944 masking (standard) LTE2085PUSCH SIB reception with parallel measurement gaps (standard) LTE825 Uplink outer region scheduling (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> LTE BTS <-> RAC EM -- RAC <-> RACApp BTS <->BTS RAC - LTE EM <-> LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RAC <-> <-> LTE RACApp --- RAC BTS LTE BTS <-> EM -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM -- RAC <-> RACApp LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RAC <-> <-> LTE RACApp --- RAC BTS LTE BTS <-> EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RAC <-> <-> LTE RACApp --- RAC BTS EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RAC <-> <-> LTE RACApp --- RAC BTS EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE-> BTS RAC - EM LTE<-> BTS -- RAC <-> RACApp RAC<-> -> LTE LTE BTS - EM BTS RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACApp <-> RAC --- LTE BTS <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACApp -- LTE BTS <-> <-> RAC RAC - RAC <-> RACApp

LTE5 Radio bearer and S1 bearer establishment and release (standard) LTE473 Extended DRX settings (optional)

LTE45 Fair scheduler (UL/DL) (standard) LTE116Fair Cellscheduler Bandwidth - 3 MHz (optional) LTE45 (UL/DL) (standard) LTE117 Cell -- 1,4 MHz (standard) LTE116System Cell Bandwidth Bandwidth 3 broadcast MHz (optional) LTE39 information (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard)

LTE40 Physical & transport channels (standard) LTE568 DL adaptive closedbroadcast loop MIMO (4x2) (optional) LTE39 System information (standard) LTE843 ETWS broadcast (optional) LTE39 System information broadcast (standard) LTE870 Idle mode mobility(optional) from LTE to CDMA/eHRPD (optional) LTE843 ETWS broadcast LTE39 System information broadcast (standard) LTE494 Idle Commercial Mobilefrom AlertLTE System (optional) LTE870 mode mobility to (optional) LTE807Open Idle mode mobility from LTEand to CDMA/eHRPD CDMA/1xRTT (optional) LTE27 loop UL power control DL power setting (standard) LTE116 Cell Bandwidth - 3 MHz LTE494 Mobile Alert(optional) System (optional) LTE843 Commercial ETWS broadcast (optional) LTE907 TTI bundling (optional) LTE117 Cell Bandwidth 1,4 MHz (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LTE870 Idle mode mobility from LTE to CDMA/eHRPD (optional) LTE907 TTI bundling (optional) LTE117 Bandwidth - 1,4Alert MHzSystem (standard) LTE494 Cell Commercial Mobile (optional) LTE907 TTI bundling (optional) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Bandwidth - 1,4scheduling MHz (standard) LTE825 Cell Uplink outer region (standard) LTE1441 Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) (standard) LTE738 SRVCC to 1xRTT/CDMA (standard) LTE874 CSFB to CDMA/1xRTT for dual RX UEs (standard) LTE1469 Dynamic UEhandover measurement configuration (standard) LTE64 Service based LTE1117 LTE MBMS (standard) thresholds (standard) LTE60 Inter RAT handover to HRPD/3GPP2 (standard) LTE738 SRVCC to 1xRTT/CDMA (standard) LTE64 Service based handover thresholds (standard) LTE2085 SIB reception with parallel measurement gaps (standard) LTE64 Service based handover thresholds (standard)

LTE1113 eICIC - macro (standard) LTE1496 eICICinformation - micro (standard) LTE39 System broadcast (standard) LBT967 Minor Corrections in Inc 21 (standard) LBT2029 CRL1091 Consistent input of to signal and quality threshold values in dB(m) (standard) LTE442 Network Assisted Cell Change GSMlevel (optional) LBT2029 Dedicated CRL1091 Consistent input of signal level and quality threshold values in dB(m) (standard) LTE2112 mobility thresholds for SRVCC (standard) LTE2112 Dedicated mobility thresholds for SRVCC (standard) LTE64 Inter Service based handover thresholds (standard) LTE56 RAT handover to WCDMA (optional) LBT2029 Dedicated CRL1091 Consistent input of signal level and quality threshold values in dB(m) (standard) LTE2112 mobility thresholds for SRVCC (standard) LTE2112 Dedicated mobility thresholds for SRVCC (standard) LTE64 based handover LTE55 Service Inter-frequency handoverthresholds (optional) (standard) LBT2029 CRL1091 Consistent input of (optional) signal level and quality threshold values in dB(m) (standard) LTE56 Inter RAT handover to WCDMA LTE64 based handover thresholds (standard) LTE55 Service Inter-frequency handover (optional) LBT967 Minor Corrections in Inc 21 (standard) LTE442 Network Assisted Cell Change to GSM (optional) LBT2029Minor CRL1091 Consistent of signal level and quality threshold values in dB(m) (standard) LBT967 Corrections in Incinput 21 (standard) LTE60 Inter RAT handover to HRPD/3GPP2 (standard) LBT2029RRC CRL1091 Consistent input ofredirect signal level and quality threshold values in dB(m) (standard) LTE423 connection release with (standard) LBT2029 CRL1091 Consistent input of signal level and quality threshold values in dB(m) (standard) LTE761 cell selection and handover retry for intra frequency handover (standard) LTE81-a Simplified Timing Advance Mechanisms (standard) LTE2112Advanced Dedicatedtarget mobility thresholds for SRVCC (standard) LTE60 Inter RAT to handover to HRPD/3GPP2 (standard) LTE738 SRVCC 1xRTT/CDMA (standard) LTE41 PDCP, MAC & RLC support (standard) LBT2029 CRL1091 Consistent of signal level and quality threshold values in dB(m) (standard) LTE64 Service based handoverinput thresholds (standard) LTE81 rangetoup to 13 km (standard) LTE738Cell SRVCC 1xRTT/CDMA (standard) LTE28 ULhandover power control (optional) LTE64 Closed Service loop based thresholds (standard) LBT967 Minor Corrections in Inc 21 (standard) LBT967 Minor Corrections in Inc 21 (standard) LTE56 Inter RAT handover to WCDMA (optional) LTE55 Inter-frequency handover (optional) LTE442 Network Assisted Cell Change to GSM (optional) LTE738 SRVCC to 1xRTT/CDMA (standard) LTE442 Network Assisted Cell Change to GSM (optional) LTE56 Inter RAT handover to WCDMA (optional) LTE55 Inter-frequency handover (optional) LTE761 Advanced target cell selection and handover retry for intra frequency handover (standard) LTE423 RRC connection release with redirect (standard) LTE1043 3GPP baseline R10 06/2011 (standard) LTE39 System information broadcast (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE -- RACApp <-> RAC RAC <-> LTE BTS - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> - LTE BTS <-> RAC EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACApp <-> RAC --- LTE BTS <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp -- LTE <-> RAC - RAC <-> RACApp

LTE39 System information broadcast (standard) LTE50 UE state management (standard) LTE442 Network Assisted Cell Change to GSM (optional) LTE56 Inter RAT handover to WCDMA (optional) LTE873 SRVCC to GSM (optional) LTE53 Intra and inter eNB handover with X2 (standard) LTE39 System information broadcast (standard) LTE39 System information broadcast (standard) LTE487 Idle mode mobility load balancing (standard)

LTE1074 Multimedia Priority Services (standard) LTE533 Mobility Robustness (standard) LTE49 Paging (standard) LTE39 System information broadcast (standard) LTE1117 LTE MBMS (standard) LTE2085 SIB receptionby with parallel measurement LTE31 Link adaptation AMC (UL/DL) (standard) gaps (standard) LTE31-b Simplified BLER based Link Adaptation (standard) LTE907 TTI bundling (optional) LTE31 Link adaptation by AMC (UL/DL) (standard) LTE7 Support of multiple EPS bearer (optional) LTE496 of QCIload 2, 3balancing and 4 (optional) LTE1357Support LTE-UTRAN (optional) LTE1042 Nominal Bitrate for non-GBR bearers (standard)

LTE1195 FHCC Repeater Interface Module (standard) LTE1195-e FHCC Repeater Interface Module -Info model update and merge for RL40 (standard) LTE40 Physical & transport channels (standard) LTE113 Cell - 15 (optional) MHz (optional) LTE979 IRC Bandwidth for 2 RX paths LTE1064-way 6 cell support with(optional) one System Module (standard) LTE72 diversity LTE42 DRX inRX RRC connected mode (optional) LBT1169 FSMr3b: LTEpaths Base(optional) Band Pooling (standard) LTE980 Proactive IRC for 4 RX LTE815 UL Assignment (standard) LTE28 Closed ULResource power control (optional) LTE1072 Flexi loop Lite BTS 750 (optional) LTE28 loop operation UL power with control LTE179Closed Dual band one(optional) System Module - 6*10Mhz (optional) LTE1174 Removal of Flexi Lite LTE1072 and LTE1174 and LTE1360 from RL50 (standard) LTE40 Physical & transport channels (standard) LTE116 Cell Bandwidth - 3 MHz (optional) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE1542 FDD Supercell (standard) LTE1247 Multiradio System Module extended LTE configurations (standard) LTE786 Flexible UL Bandwidth (optional) LTE1495 Fast uplink link adaptation (standard) LBT961 3GPP baseline 12/2008 (standard) LTE944 PUSCH masking (standard) LTE116 Cell Bandwidth - with 3 MHz (optional) (standard) LTE1841 Load Balance Equalization LTE825 Uplink outer region scheduling (standard) LTE117 Cell Bandwidth - 1,4 MHz (standard) LTE60 Inter RAT handover to HRPD/3GPP2 (standard)

- EM <-> LTE BTS -- LTE BTSLTE <->BTS RAC EM <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE LTE BTS <-> <-> RAC EM -- RACApp <-> RAC BTSLTE <->BTS RAC - LTE EM <-> -- RACApp LTE BTS BTS <-> <-> RAC RAC - LTE <-> EM -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE BTSLTE <->BTS RAC EM <-> RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS <-> RAC - EM <-> LTE BTS -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE RACApp <-> RAC --- LTE LTE BTS BTS <-> <-> RAC EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACApp <-> RAC --- LTE BTS <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RACBTS <-> RACApp --- LTE <-> RAC EM <-> LTE BTS -- RAC <-> RACApp LTE BTS BTS <-> EM RAC - LTE <-> -- RAC <-> RACApp LTE<-> BTS <->BTS RAC - EM LTE -- RACApp <-> RAC LTE<-> BTSLTE <->BTS RAC - EM RACBTS <-> RACApp --- LTE <->BTS RAC EM <-> LTE RAC <-> <-> LTE RACApp -- RAC BTS - RAC <-> RACApp

References

Struct parameter

- 3GPP Reference:TS36.331 (public)

rsrqMobilityP arams

- 3GPP Reference:TS 36.331 V8.3.0 + latest CR R2-08xxxx NSN reference:RRM_LTE_SFS_RRM.945, Baseline V4 (V2.0.1, 20.06.2008) -- 3GPP Reference:TS 36.331 V8.3.0 NSN reference:RRM_LTE_SFS_RRM.945 (V3.0.1, 26.09.2008) -- 3GPP Reference:TS 36.331 V8.3.0 -- NSN (V3.0.1, 26.09.2008) 3GPPreference:RRM_LTE_SFS_RRM.945 Reference:TS 36.331 V8.3.0 -- NSN reference:RRM_LTE_SFS_RRM.945 (V3.0.1, 26.09.2008) 3GPP Reference:TS 36.331 V8.3.0 -- NSN reference:RRM_LTE_SFS_RRM.945 (V3.0.1, 26.09.2008) 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.213 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS _616 - 3GPP Reference:TS 36.331 (public)

acBarMMTel VoiceOcOvl acBarCsfbO cOvl acBarMMTel VideoOcOvl acBarOcOvl acBarSigOvl acBarMMTel VideoOcOvl acBarCsfbO cOvl acBarMMTel VoiceOcOvl acBarOcOvl acBarSigOvl acBarMMTel VideoOcOvl acBarCsfbO cOvl acBarMMTel VoiceOcOvl acBarOcOvl acBarSigOvl

acBarMMTel VoiceOc acBarMMTel VideoOc acBarCsfbO cacBarOc acBarSig acBarMMTel VoiceOc acBarCsfbO cacBarMMTel VideoOc acBarOc

- 3GPP Reference:TS 36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public)

acBarSig acBarMMTel VideoOc acBarMMTel VoiceOc acBarCsfbO cacBarOc acBarSig


ripAlarmingC onfig

- 3GPP Reference:36.211 / 6.6.2.2 -- NSN Layer 1 SFS / Id_1264 NSN reference:Radio reference:OM_LTE_SFS_RNL - 3GPP Reference:TS36.133 (public) - 3GPP Reference:TS36.133 (public) - 3GPP Reference:TS36.211 (public) - 3GPP Reference:TS36.455 (public)

ripAlarmingC onfig ripAlarmingC onfig eutranAcces sPointPositio dlIshConfig n

- NSN reference:RRM_LTE_SFS_RRM.1955, Baseline 6.0 (V8.0) - 3GPP Reference:TS 36.213 V8.5.0 (public)

- NSN reference:TF_LTE_SFS_MM_1725 blacklistHoL

c2KTimers rttRefCellId rttRefCellId rttRefCellId rttRefCellId hrpdTimers hrpdTimers hrpdTimers c2KTimers c2KTimers - 3GPP Reference:TS36.213 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:RRM SFS/object_id 1881 - NSN reference:RRM SFS/object_id 1881 - NSN reference:TF_LTE_SFS_SYS + requirement ID -- 3GPP 36.331(public) + chapter (public) 3GPP Reference:TS Reference:TS36.423 - 3GPP Reference:TS 36.304 (public)

mimoClConfi g mimoOlConfi g mimoClConfi g mimoOlConfi g loadSettings

- 3GPP Reference:TS36.331 (public) - NSN reference:OM_LTE_SFS_RNL.1110 - NSN reference:TF_LTE_SFS_SYS_620 3GPPreference:TF_LTE_SFS_SYS_620 Reference:TS 36.331, TS 36.304 (public) -- NSN 3GPPreference:TF_LTE_SFS_SYS Reference:TS 36.331, TS 36.304 (public) -- NSN -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_SYS -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_SYS -- 3GPP Reference:TS 36.331 (public)_718 NSN reference:TF_LTE_SFS_SYS 3GPPreference:TF_LTE_SFS_SYS Reference:TS 36.331, TS 36.304 -- NSN _718(public) - 3GPP Reference:TS 36.331, TS 36.304 (public)

spStResPar s spStResPar s

- NSN reference:TF_LTE_SFS_SYS _541 -- 3GPP Reference:TS 36.331 (public)_541 NSN reference:TF_LTE_SFS_SYS - 3GPP Reference:TS 36.331 (public)

furtherPlmnI dL

- NSN reference:RRM_LTE_SFS_RRM.1284 -- 3GPP 3GPP Reference:TS36.213 Reference:TS36.423 (public) (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.455 (public) - 3GPP Reference:TS36.213 (public)

- NSN reference:RRM_LTE_SFS_RRM.2120 - NSN reference:RRM SFS/object_id 968

celResTiF celResTiF

ulpcIAwConfi g eutranAcces sPointPositio n utranLbLoad Thresholds intraFreqLbL oadThreshol loadSettings ds dlIshConfig utranLbLoad Thresholds intraFreqLbL oadThreshol loadSettings ds qci1eVTTCo nfig

- 3GPP Reference:TS36.321 (public) - 3GPP Reference:TS36.331 (public)

drxSmartPro file3

- 3GPP Reference:TS36.321 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.321 (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.321 (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.321 (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.321 (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.321 (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public)

drxSmartPro file2 drxProfile10 2 drxProfile10 1 drxProfile2 drxProfile5 drxProfile4 drxProfile3 drxSmartPro file4 drxSmartPro file5 drxProfile10 3 drxProfile3 drxProfile4 drxProfile5 drxProfile10 1 drxProfile10 2 drxSmartPro file2 drxSmartPro file3 drxSmartPro file4 drxSmartPro file5 drxProfile2 drxProfile10 3 drxProfile3 drxProfile4 drxProfile5 drxProfile10 1 drxProfile10 2 drxSmartPro file2 drxSmartPro file3 drxSmartPro file4 drxSmartPro file5 drxProfile2 drxProfile10 3

- 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) drxSmartPro file5 drxSmartPro file4 drxProfile3 drxSmartPro file3 drxProfile4 drxProfile1 drxProfile2 drxProfile10 3 drxProfile5 drxProfile10 2 drxSmartPro file2 drxProfile10 1 drxProfile10 1 drxProfile5 drxProfile4 drxProfile3 drxProfile2

- 3GPP Reference:TS36.321 (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.321 Reference:TS36.331 (public) (public) -- 3GPP -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.321 (public) (public) -- 3GPP 3GPP Reference:TS36.331 Reference:TS36.331 (public) (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_RRM.1284/1736 -- 3GPP Reference:TS 36.321, TS 36.331 NSN reference:RRM SFS/object_id 958 (public) - 3GPP Reference:TS36.321 (public) - 3GPP Reference:TS 36.331 (8.2.0) , TS 36.304 (public) -- NSN 3GPPreference:TF_LTE_SFS_UESTATE.855 Reference:TS36.455 (public) - 3GPP Reference:TS36.455 (public) - 3GPP Reference:TS36.211 (public) - NSN reference:RRM SFS/object_id 1725 - NSN reference:RRM_LTE_SFS_RRM.1725 3GPPreference:RRM_LTE_SFS_RRM.1725 Reference:TS 36.213 (public) -- NSN 3GPPreference:RRM_LTE_SFS_RRM.1725 Reference:TS 36.213 (public) -- NSN 3GPPreference:RRM_LTE_SFS_RRM.1725 Reference:TS 36.213 (public) -- NSN -- 3GPP Reference:TS 36.213 (public) NSN reference:RRM_LTE_SFS_RRM.1725 -- 3GPP Reference:TS 36.213 (public) NSN reference:RRM_LTE_SFS_RRM.1725 -- 3GPP 36.213(public) (public) 3GPP Reference:TS Reference:TS36.455 - 3GPP Reference:TS36.213 (public)

drxProfile10 3 drxProfile1 drxSmartPro file5 drxSmartPro file4 drxSmartPro file3 drxSmartPro file2 drxProfile10 2 drxSmartPro file2 drxProfile2 drxProfile4 drxProfile10 2 drxProfile10 1 drxProfile3 drxProfile10 3 drxSmartPro file3 drxSmartPro file5 drxProfile5 drxSmartPro file4 drxSmartPro file4 drxSmartPro file2 drxSmartPro file3 drxSmartPro file5 drxSmartPro file4 drxSmartPro file3 drxSmartPro file2 drxSmartPro file5

eutranAcces sPointPositio eutranAcces n sPointPositio n dFListPucch dFListPucch dFListPucch dFListPucch dFListPucch eutranAcces sPointPositio n

- 3GPP Reference:TS36.104 (public) dlIshConfig - 3GPP Reference:TS 36.331 - 3GPP Reference:TS 36.321 - 3GPP Reference:TS36.455 (public) - NSN reference:OM_LTE_SFS_RNL_1075 -- 3GPP 36.423-840 (public) 3GPP Reference:TS Reference:TS36.104 (public) - 3GPP Reference:TS36.104 (public)

- 3GPP Reference:TS 36.413 (public) - NSN reference:RL1 SFS/object_id 1150 - NSN reference:RRM_LTE_SFS_RRM.2259 - NSN reference:RRM SFS/object_id 971 - NSN reference:RRM SFS/object_id 968 - NSN reference:RRM_LTE_SFS_RRM.2259 - NSN reference:RRM SFS/object_id 974 - NSN reference:RRM SFS/object_id 959 - NSN reference:RRM_LTE_SFS_RRM.945, RRM_LTE_SFS_RRM.1063, Baseline V4 (V2.0.1, 20.06.2008) - NSN reference:RRM_LTE_SFS_RRM.945, RRM_LTE_SFS_RRM.1063, Baseline V4 (V2.0.1, 20.06.2008)

- NSN reference:RRM_LTE_SFS_RRM.2259 - NSN reference:RRM_LTE_SFS_RRM.2120 - NSN reference:RRM_LTE_SFS_RRM.955

- NSN reference:RRM SFS/object_id 980 - 3GPP Reference:TS36.211 (public)

- NSN reference:Applications and Solutions/Configuration WBTS_APPS_4436 - NSN reference:RRM_LTE_SFS_RRM.1725 -- 3GPP 3GPP Reference:TS Reference:TS 36.331 25.123 (public) (public) -- 3GPP Reference:TS 3GPP Reference:TS 25.133 25.123 (public) (public) -- 3GPP Reference:TS 3GPPreference:TF_LTE_SFS_RRM_2007 Reference:TS 36.331 25.133 (public) (public) - NSN -- 3GPP Reference:TS 3GPPreference:RRM_LTE_SFS_RRM_2476 Reference:TS 36.331 36.331 (public) (public) - NSN -- NSN 3GPPreference:RRM_LTE_SFS_RRMT_1279 Reference:TS 36.331(public) (public) - 3GPP Reference:TS36.331 - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS _539 - 3GPP Reference:TS 36.331 (public) - 3GPP Reference:36.211/5.5.1, 36.311/6.3.2 (public) - NSN reference:Radio Layer 1 SFS / Id_1739 - 3GPP Reference:TS36.104 (public) - 3GPP Reference:36.211/5.3.4, 36.311/6.3.2 (public) - NSN reference:Radio Layer 1 SFS / Id_1279

qci1eVTTCo nfig

intraFreqLbL oadThreshol intraFreqLbL ds oadThreshol intraFreqLbL ds oadThreshol eIcicPartner ds Ecgi eIcicPartner Ecgi

- NSN reference:RRM SFS/object_id 1620 - NSN reference:RRM SFS/object_id 1533 - NSN reference:RRM SFS/object_id 1283 - NSN reference:RRM SFS/object_id 1283 - 3GPP Reference:TS36.331 (public)

iFLBLoadThr esholds

- 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS_563 - 3GPP Reference:TS 36.331, TS 36.304 (public)

sNonIntraSe archV920 sNonIntraSe archV920 iFLBLoadThr esholds iFLBLoadThr esholds iFLBLoadThr esholds iFLBLoadThr esholds

- 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS.544 , (baseline 5.2, SFSv5.1.3) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS_560 -- 3GPP 36.331,(public) TS 36.304 (public) 3GPP Reference:TS Reference:TS36.331

sIntraSearch V920 sIntraSearch V920

- NSN reference:TF_LTE_SFS_SYS _718 -- 3GPP Reference:TS 36.331, TS 36.304 (public) NSN reference:OM_LTE_SFS_RNL_1072


moPrMappin gList eutranAcces sPointPositio ulsPuschMa n sk intraFreqLbL oadThreshol ds


- NSN reference:OM_LTE_SFS_RNL - NSN reference:RRM_LTE_SFS_RRM.2034 NSN reference:RRM_LTE_SFS_RRM.2034 reference:RRM_LTE_SFS_RRMT_1020 -- NSN NSN reference:RRM_LTE_SFS_RRM.2034 reference:RRM_LTE_SFS_RRMT_1020 -- NSN -- NSN NSN reference:RRM_LTE_SFS_RRMT_1020 reference:RRM_LTE_SFS_RRM.2034 - NSN reference:RRM_LTE_SFS_RRMT_1020 - NSN reference:RRM SFS/object_id 1881 - NSN reference:RRM SFS/object_id 1881 - 3GPP Reference:TS36.213 (public)

eHrpdSectLi st ulpcPucchC onfig ulpcPuschC onfig ulpcPucchC onfig ulpcPuschC onfig eIcicPartner Ecgi

eIcicPartner Ecgi eIcicPartner Ecgi

- 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS_710 - 3GPP Reference:TS 36.331 (public)

- NSN reference:RRM SFS/object_id 959

- NSN reference:RRM SFS/object_id 955

- NSN reference:RRM_LTE_SFS_RRM.1538, Baseline 4.1 (V6.1_LTE_SIS1_1208) -- NSN NSN reference:RRM_LTE_SFS_RRMT.970 reference:RRM_LTE_SFS_RRM.958 - NSN reference:RRM_LTE_SFS_RRM.958 - NSN reference:RRM_LTE_SFS_RRM.958 - NSN reference:RRM_LTE_SFS_RRM.958 - 3GPP Reference:36.321 (public) - NSN reference:Radio Layer 2 SFS/object_id 1060 - 3GPP Reference:36.331 (public) - NSN reference:Radio Layer 2 SFS/object_id 1042 - 3GPP Reference:TS 36.331 - NSN reference:Radio Layer 2 SFS/object_id 1042 - 3GPP Reference:TS36.211 (public)

qci1eVTTCo nfig qci1eVTTCo nfig redBwRbUlC onfig

- NSN reference:TF_LTE_SFS_SYS.611 - 3GPP Reference:TS 36.331 (public) - 3GPP Reference:36.331 (public) -- NSN Layer 2 SFS/object_id 1060 NSN reference:Radio reference:TF_LTE_SFS_SYS.611 -- 3GPP 36.331(public) (public) 3GPP Reference:TS Reference:TS36.104 - 3GPP Reference:TS 25.123 (public) -- 3GPP 25.133(public) (public) 3GPP Reference:TS Reference:TS36.331 - 3GPP Reference:TS 36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public)

intraFreqLbL oadThreshol ds

sib2Scheduli ng sib3Scheduli ng

- 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS_714 - 3GPP Reference:TS 36.331, TS 36.305 (public) ulpcIAwConfi g - NSN reference:RRM_LTE_SFS_RRM.1538, Baseline 4.1 (V6.1_LTE_SIS1_1208) NSN reference:RRM_LTE_SFS_RRM.1538, reference:RRM_LTE_SFS_RRMT.970 Baseline 4.1 (V6.1_LTE_SIS1_1208) -- NSN - NSN reference:RRM_LTE_SFS_RRMT.970 - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS_543 -- 3GPP 36.331,(public) TS 36.305 (public) 3GPP Reference:TS Reference:TS36.331 - NSN reference:TF_LTE_SFS_SYS _539 - 3GPP Reference:TS 36.331 (public) - NSN reference:TF_LTE_SFS_SYS _539 -- 3GPP Reference:TS 36.331 (public)_539 NSN reference:TF_LTE_SFS_SYS - 3GPP Reference:TS 36.331 (public)

- NSN reference:TF_LTE_SFS_RRM_2007 -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_RRM_2007 -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_RRM_2007 -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_RRM_2007 - 3GPP Reference:TS 36.331 (public) - NSN reference:TF_LTE_SFS_SYS.551 - 3GPP Reference:TS 36.331 (public)

redBwRbUlC onfig cellSelection InfoV920 ulpcIAwConfi g furtherPlmnI dL moPrMappin gList moPrMappin gList furtherPlmnI dL furtherPlmnI dL moPrMappin gList moPrMappin gList

loadSettings

- 3GPP Reference:TS36.213 (public) - 3GPP Reference:TS36.213 (public) - 3GPP Reference:TS36.311 / 6.3.2 NSN reference:RRM SFS/object_id -- 3GPP Reference:TS 36.331 (public)648 3GPPreference:TF_LTE_SFS_SYS Reference:TS 36.213 (public)_744 -- NSN 3GPPreference:TF_LTE_SFS_SYS Reference:TS 36.331, TS 36.304 -- NSN _744(public) -- 3GPP Reference:TS 36.331, 36.304 (public) NSN reference:Radio Layer 2TS SFS/object_id 1060 - 3GPP Reference:TS36.331 (public) - NSN reference:OM_LTE_SFS_RNL - 3GPP Reference:TS36.455 (public)

qci1eVTTCo nfig qci1eVTTCo nfig ulpcIAwConfi g loadSettings

spStResPar s spStResPar s cellSelection InfoV920 eutranAcces sPointPositio n

- NSN reference:RRM_LTE_SFS_RRM.2259 - NSN reference:RRM_LTE_SFS_RRM.977 - NSN reference:RRM SFS/object_id 978 - NSN reference:RRM SFS/object_id 978 - NSN reference:RRM SFS/object_id 978 - NSN reference:RRM SFS/object_id 977 - NSN reference:RRM_LTE_SFS_RRM.2259

- 3GPP Reference:36.211 / 6.9.3 (public) NSN reference:Radio Layer (public) 1 SFSobject_id 1235 -- 3GPP Reference:TS36.211 -- 3GPP (public) 3GPP Reference:TS36.331 Reference:TS36.211 (public) -- 3GPP (public) 3GPP Reference:TS36.331 Reference:TS36.211 (public)

utranLbLoad Thresholds intraFreqLbL oadThreshol loadSettings ds

- 3GPP Reference:TS36.211 (public) 3GPP Reference:TS36.211 Reference:TS36.331 (public) (public) -- 3GPP 3GPP Reference:TS36.211 Reference:TS36.211 (public) (public) -- 3GPP - 3GPP Reference:TS36.355 (public) - 3GPP Reference:TS36.211 (public) 3GPP Reference:TS36.211 Reference:TS36.355 (public) (public) -- 3GPP 3GPP Reference:TS36.355 Reference:TS36.355 (public) (public) -- 3GPP - 3GPP Reference:TS36.355 (public) - 3GPP Reference:TS36.355 (public) - 3GPP Reference:TS36.213 (public) - 3GPP Reference:TS36.211 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS 36.331 (8.2.0) - NSN reference:TF_LTE_SFS_UESTATE.855 - NSN reference:RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) - NSN reference:TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) - 3GPP Reference:TS 36.331 - 3GPP Reference:TS36.213 (public) - 3GPP Reference:TS 36.323 3GPP Reference:TS Reference:TS36.331 -- 3GPP 36.331(public) (public) -- 3GPP 36.323(public) (public) 3GPP Reference:TS Reference:TS36.213

prsMuting prsMuting

- 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.211 (public)

sibSchedulin gList sib2Scheduli ng sib3Scheduli ng

- NSN reference:TF_LTE_SFS_SYS_716 -- 3GPP 3GPP Reference:TS Reference:TS 36.331 36.331 (public) (public) 3GPPreference:TF_LTE_SFS_SYS Reference:TS 36.213 (public) -- NSN 3GPPreference:TF_LTE_SFS_SYS Reference:TS 36.321 (public) -- NSN 3GPPreference:TF_LTE_SFS_SYS.553, Reference:TS 36.321 (public) -- NSN (baseline 5.2, SFSv5.1.3) -- 3GPP Reference:TS 36.321, 36.331 NSN reference:TF_LTE_SFS_SYS_791 -- 3GPP Reference:TS 36.331, TS 36.304 (public) NSN reference:RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) -- NSN reference:TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) NSN reference:TF_LTE_SFS_SYS_708 -- 3GPP (public) 3GPP Reference:TS Reference:TS 36.331 36.331,(public) TS 36.304 (public) - 3GPP Reference:TS36.331 - 3GPP Reference:TS 36.323 (public) - NSN reference:RL2 SFS/object_id 1060 -- 3GPP 36.331(public) 6.3.2 (public) 3GPP Reference:TS Reference:TS36.211 - 3GPP Reference:TS36.104 (public) - 3GPP Reference:TS36.133 (public) - 3GPP Reference:TS36.331 (public)

threshold2C 2kConfig threshold2C 2kConfig

- 3GPP Reference:36.331 (public) NSN reference:Radio Layer 2 SFS/object_id 1060 -- 3GPP Reference:36.321 (public) -- NSN Layer (public) 2 SFS/object_id 1060 3GPPreference:Radio Reference:TS36.331 - NSN reference:TF_LTE_SFS_MM_1725 - NSN reference:RRM_LTE_SFS_RRM.1284 - NSN reference:RRM_LTE_SFS_RRMT.1057 - NSN reference:RRM SFS/object_id 1881 - NSN reference:RRM SFS/object_id 1881 - NSN reference:RRM_LTE_SFS_RRM.955

- 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:RRM_LTE_SFS_RRM.1539, Baseline 4.1 (V6.1) -- 3GPP 36.331(public) 3GPP Reference:TS Reference:TS36.331 - 3GPP Reference:TS36.331 (public)

- NSN reference:RRM_LTE_SFS_RRM.1531, Baseline 3.0 (V4.0) - NSN reference:TF_LTE_SFS_BEARERMAN.377, Baseline 3.0 (V4.0)

blacklistHoL mimoClConfi g mimoOlConfi g mimoClConfi g mimoOlConfi g ulpcIAwConfi g threshold2C 2kConfig rsrqMobilityP arams rsrqRedirect Params

sib2Scheduli ng sibSchedulin gList sib3Scheduli ng perMeasLoc Serv perMeasLoc Serv

sibSchedulin gList

- NSN reference:RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) -- NSN Baseline 3.0 (V4.0) 3GPPreference:TF_LTE_SFS_BEARERMAN.377, Reference:TS36.413 (public)

eHrpdSectLi st drxSmartPro file3 drxSmartPro file2 drxSmartPro file4 drxSmartPro file5

- NSN reference:RRM SFS/object_id 956 - NSN reference:TF_LTE_SFS_SYS _744 - 3GPP Reference:TS 36.331 (public) - NSN reference:TF_LTE_SFS_MM_1725

- 3GPP Reference:TS36.211 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:RRM_LTE_SFS_RRM.1725 - 3GPP Reference:TS 36.213 (public)

- 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public)

ulsPuschMa sk blacklistHoL loadSettings moPrMappin gList

rsrqMobilityP arams rsrqMobilityP arams rsrqRedirect Params

- NSN reference:TF_LTE_SFS_SYS.564, (baseline 5.2, SFSv5.1.3) -- 3GPP TS 36.304 (public) 3GPP Reference:TS Reference:TS 36.331, 36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS 36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:RRM_LTE_SFS_RRM_2481 -- NSN 3GPPreference:RRM_LTE_SFS_RRMT_1280 Reference:TS36.331 (public) - 3GPP Reference:TS 36.331 - NSN reference:TF_LTE_SFS_RRM_2007 NSN reference:TF_LTE_SFS_RRM_2007 reference:RRM_LTE_SFS_RRMT_1280 -- NSN -- 3GPP Reference:TS 36.331 (public) NSN reference:RRM_LTE_SFS_RRMT_1280 - 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS 36.331 (public) - NSN reference:RL2 SFS/object_id 1062 - NSN reference:Radio Layer 2 SFS/object_id 1062 - 3GPP Reference:36.331 (public) - NSN reference:RRM_LTE_SFS_RRM.2034 -- NSN 3GPPreference:RRM_LTE_SFS_RRMT.1055 Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_RRM_2007 -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_RRM_2007 -- 3GPP 36.331(public) (public) 3GPP Reference:TS Reference:TS36.331

- 3GPP Reference:TS36.331 (public) - 3GPP Reference:TS 36.331 (public) - NSN reference:RRM_LTE_SFS_RRM_2481 -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_RRM_2028 - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_SYS_611 - 3GPP Reference:TS 36.331 (public)

rsrqMobilityP arams

rsrqRedirect Params threshold2C 2kConfig

- NSN reference:TF_LTE_SFS_SYS_611 -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_UESTATE.986 -- 3GPP 36.331(public) (public) 3GPP Reference:TS Reference:TS36.331 - 3GPP Reference:TS 36.331 (public) - 3GPP Reference:TS36.331 (public) - NSN reference:TF_LTE_SFS_MM -- 3GPP Reference:TS 36.331 (public) NSN reference:TF_LTE_SFS_SYS 3GPPreference:TF_LTE_SFS_SYS.611, Reference:TS 36.331 (public) -- NSN (baseline 5.2, SFSv5.1.3) - 3GPP Reference:TS 36.331 - NSN reference:TF_LTE_SFS_SYS _744 -- 3GPP Reference:TS 36.331, TS 36.304 NSN reference:TF_LTE_SFS_SYS _744(public) - 3GPP Reference:TS 36.331, TS 36.304 (public)

spStResPar sspStResPar s

- 3GPP Reference:TS36.300 (public) - 3GPP Reference:TS 36.331 - NSN reference:RRM SFS/object_id 974 - NSN reference:RRM SFS/object_id 974 - NSN reference:RRM SFS/object_id 974

qci1eVTTCo nfig c2KTimers

- 3GPP Reference:TS36.455 (public) - 3GPP Reference:TS36.455 (public) - 3GPP Reference:TS36.455 (public) - NSN reference:OM_LTE_SFS_RNL.1113

eutranAcces sPointPositio eutranAcces n sPointPositio eutranAcces n sPointPositio n loadSettings loadSettings


- NSN reference:Radio Layer 1 SFS/object_id 1294 - NSN reference:RRM_LTE_SFS_RRM.2034 NSN reference:RRM_LTE_SFS_RRM.2034 reference:RRM_LTE_SFS_RRMT_1020 -- NSN -- NSN NSN reference:RRM_LTE_SFS_RRMT_1020 reference:RRM_LTE_SFS_RRM.2034 - NSN reference:RRM_LTE_SFS_RRM.2034 - NSN reference:RRM SFS/object_id 1531

- NSN reference:TF_LTE_SFS_MM_1725 - 3GPP Reference:TS 36.331 (public)

ulpcPucchC onfig ulpcPuschC onfig ulpcPucchC onfig ulpcPuschC onfig

blacklistHoL

Struct parameter

Lte Bts, Flf15a 1503 018 Parameters

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