MO Class
Parameter Id
Parameter Name
LNBTS
53031 DL AMC CQI Comp For Dynamic OL MIMO SM W ith RI1
LNBTS
53033 DL AMC CQI Comp For Dynamic OL MIMO TXdiv W ith RI2
LNBTS
53038 DL DL AMC CQI Ageing Factor
LNBTS
53039 DL D L AMC Timer For Historical CQI
LNBTS
53040 Time Avg Constant For Equal Throughput Criterion In DL
LNBTS
53041 AM RLC Maximum Retransmission Treshold DR DRB
LNBTS
53043 DR D RB Downlink Scheduling Priority
LNBTS
53044 Enable PHICH Ctrl UL
LNBTS
53045 ENB Name
LNBTS
53046 Uplink Improved Latency Minimum Data Volume
LNBTS
53047 Uplink Improved Latency Reaction Timer
LNBTS
53048 Instance Identifier Of Object LNBTS
LNBTS
53050 Local State
LNBTS
53052 Maximum Number Of PRBs For Scheduling Request Users
LNBTS
53053 Max S1 Reset Retries
LNBTS
53054 Max S1 Setup Retries
LNBTS
53055 Max X2 Reset Retries
LNBTS
53056 Max X2 Setup Retries
LNBTS
53057 MCC In PLMN
LNBTS
53063 Averaging Filter Constant For CQI Measurements
LNBTS
53064 CQI Compensation W hen Reported RI=2
LNBTS
53065 Averaging Filter Constant For RI Measurements
LNBTS
53066 MNC In PLMN
LNBTS
53067 MNC Length In PLMN
LNBTS
53068 Operational State
LNBTS
53069 PDCP Profile List
LNBTS
53070 PDCP Profile Id
LNBTS
53071 PD PDCP Status Report Required
LNBTS
53072 PDCP Timer Discard
LNBTS
53073 Scheduling Priority Of HARQ Retransmission In Downlink
LNBTS
53074 Scheduling Priority Of HARQ Retransmission In Uplink
LNBTS
53075 Scheduling Priority Of The Scheduling Request Procedure
LNBTS
53076 Scheduling Priority Of SRB In Downlink
LNBTS
53077 Scheduling Priority Of SRB In Uplink
LNBTS
53078 QC QCI Translation Table
LNBTS
53079 DSCP
LNBTS
53080 Packet Delay Budget
LNBTS
53081 Packet Loss Rate
LNBTS
53082 PD PDCP Profile Id In QCI Table
LNBTS
53083 Priority
LNBTS
53084 QCI
LNBTS
53085 QCI Support
LNBTS
53086 Resource Type
LNBTS
53087 RLC Mode
LNBTS
53088 RL RLC Profile Id In QCI table
LNBTS
53089 UL Scheduling - Bucket Size Duration (BSD)
LNBTS
53090 UL UL Scheduling - Priority
LNBTS
53091 Large Size Random Access MCS In Uplink
LNBTS
53092 Large Size Random Access Data Volume In Uplink
LNBTS
53093 Small Size Random Access MCS In Uplink
LNBTS
53094 AM AM RLC DRB Profile List
LNBTS
53096 AM RLC Poll PDU DRB
LNBTS
53097 RLC Profile Id
LNBTS
53098 AM A M RLC Timer Poll Retransmit DRB
LNBTS
53099 AM A M RLC Timer Status Prohibit DRB
LNBTS
53100 AM AM RLC Timer Reordering DRB
LNBTS
53101 Number Of Succesful PDSCH Transmissions
LNBTS
53102 Number Of Failed PDSCH Transmissions
LNBTS
53103 Time Frame For Failed PDSCH Transmissions
LNBTS
53073 Scheduling Priority Of HARQ Retransmission In Downlink
LNBTS
53074 Scheduling Priority Of HARQ Retransmission In Uplink
LNBTS
53075 Scheduling Priority Of The Scheduling Request Procedure
LNBTS
53076 Scheduling Priority Of SRB In Downlink
LNBTS
53077 Scheduling Priority Of SRB In Uplink
LNBTS
53078 QC QCI Translation Table
LNBTS
53079 DSCP
LNBTS
53080 Packet Delay Budget
LNBTS
53081 Packet Loss Rate
LNBTS
53082 PD PDCP Profile Id In QCI Table
LNBTS
53083 Priority
LNBTS
53084 QCI
LNBTS
53085 QCI Support
LNBTS
53086 Resource Type
LNBTS
53087 RLC Mode
LNBTS
53088 RL RLC Profile Id In QCI table
LNBTS
53089 UL Scheduling - Bucket Size Duration (BSD)
LNBTS
53090 UL UL Scheduling - Priority
LNBTS
53091 Large Size Random Access MCS In Uplink
LNBTS
53092 Large Size Random Access Data Volume In Uplink
LNBTS
53093 Small Size Random Access MCS In Uplink
LNBTS
53094 AM AM RLC DRB Profile List
LNBTS
53096 AM RLC Poll PDU DRB
LNBTS
53097 RLC Profile Id
LNBTS
53098 AM A M RLC Timer Poll Retransmit DRB
LNBTS
53099 AM A M RLC Timer Status Prohibit DRB
LNBTS
53100 AM AM RLC Timer Reordering DRB
LNBTS
53101 Number Of Succesful PDSCH Transmissions
LNBTS
53102 Number Of Failed PDSCH Transmissions
LNBTS
53103 Time Frame For Failed PDSCH Transmissions
LNBTS
53104 RRC Guard Timer Radio Bearer Management
LNBTS
53105 Ti T imer S1 Reset W ait For Response
LNBTS
53106 Ti T imer S1 Setup W ait For Response
LNBTS
53107 TDATA Fwd S1
LNBTS
53108 TDATA Fwd X2
LNBTS
53109 Timeout For Establishment Of Ue Associated S1 Sign Conn
LNBTS
53110 Timer Min Lifetime Of Half Open Rrc Connection
LNBTS
53111 T HO Overall Delta
LNBTS
53112 Timer Missing L2 Ack For Rrc Connection Release
LNBTS
53113 TX2 RELOC Comp
LNBTS
53114 TX2 RELOC Exec Delta
LNBTS
53115 Ha H andover Cancel Latency Timer
LNBTS
53116 TX2 RELOC Prep
LNBTS
53117 Maximum Number Of Time Alignment Command Retries
LNBTS
53118 Time Alignment Offset Margin For Scheduling
LNBTS
53122 TX TX2 RELOC Overall Delta
LNBTS
53123 UL UL AMC Delta C Stepsize Up
LNBTS
53124 UL UL AMC Initial Delta C
LNBTS
53125 UL AMC Max Delta C
LNBTS
53126 UL AMC Min Delta C
LNBTS
53127 UL U L AMC Timer For Historical MCS
LNBTS
53128 UL UL AMC Inactivity Timer
LNBTS
53129 UL AMC Factor For Upgrade And Downgrade
LNBTS
53130 UL UL ATB PHR Averaging Factor
LNBTS
53131 Time Avg Constant For Equal Throughput Criterion In UL
LNBTS
53133 Ti T imer X2 Reset W ait For Response
LNBTS
53134 Ti T imer X2 Setup W ait For Response
LNCEL
53259 A3 Offset
LNCEL
53260 A3 Report Amount
LNCEL
53261 A3 Report Interval
LNCEL
53262 A3 Time To Trigger
LNCEL
53263 A5 Report Amount
LNCEL
53264 A5 Report Interval
LNCEL
53265 A5 Threshold 1
LNCEL
53266 A5 Threshold 2
LNCEL
53267 A5 Time To Trigger
LNCEL
53268 Access Barred For Mobile Terminating Calls
LNCEL
53269 Access Class Barring Time
LNCEL
53270 Access Probability Factor
LNCEL
53272 Additional Spectrum Emission Mask
LNCEL
53274 Neighbouring Cell Information List
LNCEL
53275 E-Utran Cell Identitiy Of Adjacent Cell
LNCEL
53276 Administrative State
LNCEL
53279 Cell Reselection Timer Factor High Mobility
LNCEL
53280 Cell Reselection Timer Factor Medium Mobility
LNCEL
53281 Cell Barred Flag
LNCEL
53283 Cell Reselection Priority
LNCEL
53285 Cell Reserved For Operator Use
LNCEL
53286 Cell Scheduling Request Periodicity
LNCEL
53287 Enable Aperiodic CQI reporting On PUSCH
LNCEL
53288 Aperiodic CQI Feedback Reporting Mode
LNCEL
53289 Timer For Aperiodic CQI / PMI Feedback Requesting
LNCEL
53294 Periodic CQI Feedback Reporting Mode
LNCEL
53295 Reporting Period Of Periodic CQI / PMI Feedback
LNCEL
53296 Periodic Subband CQI Cycles K
LNCEL
53297 Enable Simultaneous CQI And ACK/NACK
LNCEL
53298 Cyclic Prefix Length In DL And UL
LNCEL
53299 DeltaF PUCCH List
LNCEL
53300 DeltaF PUCCH Format 1
LNCEL
53301 DeltaF PUCCH Format 1b
LNCEL
53302 DeltaF PUCCH Format 2
LNCEL
53303 DeltaF PUCCH Format 2a
LNCEL
53304 DeltaF PUCCH Format 2b
LNCEL
53310 Dedicated SR Transmission Maximum
LNCEL
53311 Default Paging Cycle
LNCEL
53316 Delta Preamble Random Access Message 3
LNCEL
53317 Delta Cyclic Shift For PUCCH
LNCEL
53318 Enabled TB Size Impact To UE PUSCH Power Calculation
LNCEL
53319 Enable 64QAM In Downlink
LNCEL
53320 Cell Power Reduce
LNCEL
53321 Downlink Channel Bandwidth
LNCEL
53323 Downlink MIMO Mode
LNCEL
53324 Enable OLQC
LNCEL
53325 Downlink Pathloss Change
LNCEL
53327 DL Target BLER
LNCEL
53329 Default CQI
LNCEL
53330 Enable DL AMC
LNCEL
53332 MIMO Compensation
LNCEL
53334 Use Of Partly Allocated PRBs
LNCEL
53337 Access Barred For Emergency Calls
LNCEL
53338 EARFCN Downlink
LNCEL
53339 EARFCN Uplink
LNCEL
53341 Enable Better Cell HO
LNCEL
53342 Enable Coverage HO
LNCEL
53343 E-UTRAN Cell Identifier
LNCEL
53345 Filter Center Tx
LNCEL
53346 Filter Coefficient
LNCEL
53348 Further PLMN Identity List
LNCEL
53349 Mobile Country Code
LNCEL
53350 Mobile Network Code
LNCEL
53351 Mobile Network Code Length
LNCEL
53352 Group Assignment For PUSCH
LNCEL
53353 Maximum Number Of Message 3 HARQ Transmissions
LNCEL
53354 Maximum Number Of HARQ Transmission In DL
LNCEL
53355 Maximum Number Of HARQ Transmission In UL
LNCEL
53357 Hopping Bandwidth Of PUSCH
LNCEL
53358 Hopping Mode Of PUSCH
LNCEL
53364 HW State
LNCEL
53367 Inactivity Timer
LNCEL
53368 UE Sounding RS Duration
LNCEL
53369 Initial MCS In Downlink
LNCEL
53370 Initial MCS In Uplink
LNCEL
53372 Initial Amount Of PRBs In Uplink
LNCEL
53373 Intra-Frequency Blacklisted Cell List
LNCEL
53375 Number Of PCI In The Intra Frequency Range
LNCEL
53376 Lowest PCI In The Intra Frequency Range
LNCEL
53377 Intra-Frequency Neighbouring Cell List
LNCEL
53378 Physical Cell Identifier In Neighbouring Cell List
LNCEL
53379 Cell Reselection Procedure Offset
LNCEL
53380 Intra Frequency Cell Reselection Allowed
LNCEL
53382 Presence Antenna Port1
LNCEL
53383 Local Cell Resource ID
LNCEL
53384 Instance Identifier Of Object LNCEL
LNCEL
53385 Local State
LNCEL
53387 Maximum Bitrate Downlink
LNCEL
53388 Maximum Bitrate Uplink
LNCEL
53389 Maximum Coderate For Paging
LNCEL
53390 Maximum Coderate For Random Access Messge 4
LNCEL
53391 Maximum Coderate For Random Access Messge 2
LNCEL
53392 Maximum Coderate For SIB
LNCEL
53394 Maximum Number of OFDM Symbols for PDCCH
LNCEL
53395 Maximum Number Of Active UE Including Handover
LNCEL
53396 Maximum Number Of Active UEs
LNCEL
53399 Maximum Number Of RRC Connections
LNCEL
53400 Maximum Amount Of Users Per TTI In DL
LNCEL
53401 Maximum Amount Of Users Per TTI In UL
LNCEL
53405 Maximum Bitrate Selector
LNCEL
53406 MBSFN Neighbour Cell Configuration
LNCEL
53419 CQI Threshold For Fallback To MIMO Diversity
LNCEL
53420 CQI Threshold For Activation Of OL MIMO SM
LNCEL
53422 Rank Threshold For Fallback To MIMO Diversity
LNCEL
53423 Rank Threshold For Activation Of OL MIMO SM
LNCEL
53424 Minimum Bitrate Downlink
LNCEL
53425 Minimum Bitrate Uplink
LNCEL
53426 Modification Period Coefficient
LNCEL
53427 ACK/NACK Offset
LNCEL
53428 Maximum Number Of Out-Of-Sync Indications
LNCEL
53429 Maximum Number Of In-Sync Indications
LNCEL
53431 Number Cell Changes High Mobility
LNCEL
53432 Number Cell Changes Medium Mobility
LNCEL
53434 PUCCH Bandwidth For CQI
LNCEL
53435 Nom PdschRs Epre Offset
LNCEL
53438 Number Of Transmission Antenna Ports
LNCEL
53439 Access Class Barring List For Mobile Originating Calls
LNCEL
53441 Access Class Barring Time For Originating Calls
LNCEL
53442 Access Probability Factor For Originating Calls
LNCEL
53443 Operational State
LNCEL
53444 Nominal Power For UE PUCCH Tx Power Calculation
LNCEL
53445 Nominal Power For UE PUSCH Tx Power Calculation
LNCEL
53448 Power Offset For UE PUCCH Tx Power Calculation
LNCEL
53449 Power Offset For UE PUSCH Tx Power Calculation
LNCEL
53451 Maximum Output Power
LNCEL
53452 Paging nB
LNCEL
53453 PDCCH Aggregation For Paging
LNCEL
53455 PDCCH Aggregation Level For Preamble Assignments
LNCEL
53457 PDCCH Aggregation For Random Access Response Message
LNCEL
53458 PDCCH Aggregation For Secondary System Information
LNCEL
53460 PHICH Duration
LNCEL
53461 PHICH Resource
LNCEL
53463 Physical Layer Cell Identity
LNCEL
53469 PRACH Cyclic Shift
LNCEL
53470 PRACH Configuration Index
LNCEL
53471 PRACH Frequency Offset
LNCEL
53472 PRACH High Speed Flag
LNCEL
53473 Power Ramping Step
LNCEL
53474 Preamble Transmission Maximum
LNCEL
53480 PUCCH Cyclic Shift For Mixed Formats
LNCEL
53482 PUSCH Decoding Offset Index For ACK
LNCEL
53483 PUSCH Decoding Offset Index For CQI
LNCEL
53484 PUSCH Hopping Offset
LNCEL
53485 PUSCH Decoding Offset Index For RI
LNCEL
53486 Cell Reselection Procedure Hysteresis Value
LNCEL
53487 Cell Reselection Hysteresis High Mobility
LNCEL
53488 Cell Reselection Hysteresis Medium Mobility
LNCEL
53489 Minimum Required RX Level in the cell
LNCEL
53490 Min Required RX level for intra-freq neighbouring cells
LNCEL
53491 Random Access Backoff
LNCEL
53492 Maximum Content Resolution Timer
LNCEL
53493 C-RNTI Reuse Timer
LNCEL
53498 RA Message Power Offset For Group B Selection
LNCEL
53499 Number Of Random Access Preambles
LNCEL
53501 RA Power Ramping Setup
LNCEL
53502 Random Access Preambles Group A Size
LNCEL
53505 Random Access Response Window Size
LNCEL
53508 Small Size Random Access Data Volume In Uplink
LNCEL
53509 Rank Indication Reporting Enable
LNCEL
53510 Multiplier M For Periodic Ri Reporting Period
LNCEL
53511 Periodic RI Reporting Offset
LNCEL
53512 RACH Root Sequence
LNCEL
53513 Rx Antenna Specific Power Scaling Factor
LNCEL
53514 Intra Frequency Measurements Threshold
LNCEL
53515 Inter Frequency And Inter RAT Measurements Threshold
LNCEL
53516 System Information 2 Mapping Information
LNCEL
53517 System Information 2 Periodicity
LNCEL
53518 System Information 2 Repetition
LNCEL
53519 System Information 3 Mapping Information
LNCEL
53520 System Information 3 Periodicity
LNCEL
53521 System Information 3 Repetition
LNCEL
53522 System Information 4 Mapping Information
LNCEL
53523 System Information 4 Periodicity
LNCEL
53524 System Information 4 Repetition
LNCEL
53525 SI Window Length
LNCEL
53526 Access Class Barring List Mobile Orig Signalling
LNCEL
53528 Access Class Barring Time For Signalling
LNCEL
53529 Access Probability Factor For Signalling
LNCEL
53530 Enable Sounding Reference Signal
LNCEL
53531 Scheduling Weight Downlink For SRB
LNCEL
53532 Scheduling Weight Uplink For SRB
LNCEL
53533 Sounding RS Bandwidth Layer
LNCEL
53534 Sounding RS Bandwidth Configuration
LNCEL
53535 Sounding RS Frequency Hopping
LNCEL
53536 Power Offset For SRS Transmission Power Calculation
LNCEL
53537 Sounding RS Simultaneous To ACK/Nack
LNCEL
53538 Sounding RS Subframe Configuration
LNCEL
53539 SU2 Repetition Period
LNCEL
53540 SW State
LNCEL
53541 Synchronisation Signals Transmission Mode
LNCEL
53542 Timer T300
LNCEL
53543 Timer T301
LNCEL
53544 Timer T302
LNCEL
53545 Timer T304 Intra LTE
LNCEL
53546 Timer T310
LNCEL
53547 Timer T311
LNCEL
53549 Timer TCRmax
LNCEL
53550 Timer TCRmaxHyst
LNCEL
53551 Periodic BSR Time
LNCEL
53552 Periodic PHR Timer
LNCEL
53553 Prohibited PHR Timer
LNCEL
53554 Retransmission BSR Timer
LNCEL
53555 Cell Reselection Timer
LNCEL
53556 Time Alignment Maximum Offset
LNCEL
53557 Time Alignment Timer
LNCEL
53558 Tracking Area Code
LNCEL
53559 Threshold Serving Low
LNCEL
53562 TPC Step Size PUSCH
LNCEL
53563 Tx Power Scaling
LNCEL
53564 Uplink Channel Bandwidth
LNCEL
53565 Enable Uplink Group Hopping
LNCEL
53566 Uplink Reference Signals Cyclic Shift
LNCEL
53568 Uplink Sequence Hopping Enabled
LNCEL
53569 Sequence Shift For PUSCH
LNCEL
53570 UL AMC Target BLER
LNCEL
53571 Enable All TBs In UL AMC
LNCEL
53576 Enable UL AMC EDG And FUG
LNCEL
53577 Enable UL AMC
LNCEL
53580 UL AMC MCS Switch Period
LNCEL
53582 Enable UL ATB
LNCEL
53584 UL ATB Period
LNCEL
53586 PUSCH/PUCCH TPC Commands Accumulation Enabled
LNCEL
53587 Alpha
LNCEL
53588 Preamble Initial Received Target Power
LNCEL
53589 TPC Command In Random Access Response
bbreviated NamGPP Nam
Description e parame er e nes CQI compensation cqiCompSmRi1 e parame er e nes CQI compensation cqiCompTdRi2Ol e parame er e nes CQI ageing factor for dlamcCqiAgeing e parame er e nes the time in TTIs for dlamcTHistCqi me averag ng constant for equal dlsTputAvgT s parameter s use drbAmMxRtxTh Max_Ret by the transmitting side own n sc e u ng priority for DRB for UE drbPrioDl e parameter ena es / disables the improved enablePhichCtrl s s a uman enbName eNB Na readable name for the n mum ata vo ume which shall be ilMinDatvolUl mprove atency Reaction Timer in ilReacTimerUl s s t e nstance lnBtsId Macro eN identifier of object oca s a e o e e , value is set by the localState e nes e max mum number of PRBs which maxNumPrbSr e max mum num er of times that the eNB maxS1ResetRetr e max mum num er of times that the eNB maxS1SetRetry e max mum num er of times that the eNB maxX2ResRetry e max mum num er of times that the eNB maxX2SetRetry r mary o e ountry Code of eNB mcc verag ng ter constant for open loop mimoOlCqiAvg ompensat on applied to CQI mimoOlCqiComp verag ng ter constant for open loop mimoOlRiAvg r mary o e Network Code of eNB mnc eterm nes t e range of primary MNC of eNB mncLength perat ona tate o the eNB, value is set by operationalState ro e o parameters pdcpProf en y o e profile; 0 specifies an pdcpProfileId a us epor : This parameter statusReportReq s parame er indicates the delay tDiscard
hort Descriptio
Range and Step
compensation
-10...0, step 0.1
compensation
0...10, step 0.1
ageing factor me n s for which old me averaging e nes t e maximum own n Scheduling ct vates enchanged uman readable name n mum ata volume which m prove Latency nstance identifier of oca s a e o cell. ax mum number of ax mum number of ax mum number of ax mum number of ax mum number of o e ountry Code of eNB verag ng ter constant for
0...1, step 0.1
Compensation verag ng ter constant for o e Network Code engt o in digits of eNB perat ona State
0...10, step 0.1
0...1000 TTI, step 1 TTI 1...1000 TTI, step 1 TTI 1 (0), 2 (1), 3 (2), 4 (3), 6 (4), 1...1000, step 1
1...80 characters 0...4000 bits, step 80 bits 0...20000 ms, step 100 ms 0...1048575, step 1 blocked (0), unblocked (1) 1...48 PRBs, step 1 PRBs 1...20 number, step 1 numbe 1...20, step 1 1...20, step 1 1...20, step 1 0...999, step 1 0.05...1, step 0.05
0.05...1, step 0.05 0...999, step 1 2...3, step 1 initializing (0), commissioned
PDCP profile en y o e PDCP profile; e erm nes whether a
0...1, step 1
discard timer
50 (0), 100 (1), 150 (2), 300 (
Bit 0: eNB Status Report, Bit
prioHarqDl prioHarqUl prioSrUl prioSrbDl prioSrbUl qciTab dscp packDelay packLoss pdcpProfId prio
c e u ng pr or y o a HARQ retransmission c e u ng pr or y o the HARQ c e u ng pr or y o the Scheduling c e u ng pr or y o the Signalling Radio c e u ng pr or y o the Signalling Radio a e o rans a e e S1AP parameter QCI s parameter configures the DSCP e ac et eay Budget denotes the e ac et oss ate determines the rate of s parameter specifies the ID of a s parameter g ves the priority of the EPS
QoS Class Identifier s parameter indicates whether the qciSupp e esource ype determines if dedicated resType s parame er configures the RLC rlcMode s parame er specifies the ID of a rlcProfId e s sen o for the UL scheduling ulsBSD s pr or y s sen o UE for the UL ulsPrio priority e nes e mo u a on and coding scheme raLargeMcsUl e nes t e ata volume to be used for raLargeVolUl e nes t e mo u at on and coding scheme raSmallMcsUl ro e o parameters for DRB rlcProf e o pollPdu PollPDU defines the number of ent ty o t e profile, 0 specifies an rlcProfileId s t mer s use y tPollRetr T_poll_re the transmitting side of s t mer s use y tProhib T_status the receiving side of an s mer s use y tReord T_reorde the receiving side of an e erm nes e num er DL PDSCH rlpDetEndNoDl e erm nes e maximum number of rlpDetMaxNoDl e erm nes e me frame for failed DL rlpDetMaxTimeD qci
c e u ng priority of a c e u ng priority of the c e u gn Priority of the c e u ng priority of the c e u ng priority of the rans a on table to map on gures t e DSCP value e ac et Delay Budget e ac et Loss Rate s parameter specifies the ID s parameter gives the o ass Identifier s parameter indicates e esource Type indidates s parame er configures the s parame er specifies the ID s parame er is used to r or y or UL scheduler o e used for the ata vo ume assigned for or t e small size ro e or DRBs um er o RLC PDUs ent ty o t e RLC AM mer or retransmission of ro t tatus PDU as long mer or reordering, PDU e erm nes e number DL e erm nes e maximum e erm nes e time frame for
1...1000, step 1 1...100, step 1 1...100, step 1 1...1000, step 1 1...100, step 1
0...63, step 1 50ms (0), 100ms (1), 150ms 10**-2 (0), 10**-3 (1), 10**-6 ( 0...1, step 1 1...9, step 1 1...9, step 1 NOT_SUPPORTED (0), ENA GBR (0), nonGBR (1) RLC_UM (0), RLC_AM (1), N 0...1, step 1 50ms (0), 100ms (1), 150ms 0...16, step 1 0...15, step 1 216...512 bit, step 8 bit 0...15, step 1
4 (0), 8 (1), 16 (2), 32 (3), 64 0...1, step 1 5 (0), 10 (1), 15 (2), 20 (3), 2 0 (0), 5 (1), 10 (2), 15 (3), 20 0 (0), 5 (1), 10 (2), 15 (3), 20 1...20, step 1 0...1000, step 1 20...5000 ms, step 1 ms
rrcGuardTimer s1ResetRspTmr s1SetupRspTmr tDataFwdS1 tDataFwdX2 tEstS1Con tHalfRrcCon tHoOverallD tL2AckRrcRel tX2RelocComp tX2RelocExcD tX2RelocHold tX2RelocPrep taCmdMaxRetry taOffScheMarg tx2RelODelta ulamcCStepUp ulamcDeltaCini ulamcDeltaCmax ulamcDeltaCmin ulamcHistMcsT ulamcInactT ulamcUpdowngr ulatbPhrAvgF ulsTputAvgT x2ResetRspTmr x2SetupRspTmr a3Offset a3ReportAmount a3ReportInterval
s mer s s ar e when an RRC en or on gura e Timer that specifies the en or con gura e timer that specifies the s mer s s ar e n the source eNB when s mer s norma y started in the target mer o superv se e establishment of a UEe m n ma t me period during which the overs t e est m ate time taken to send an e m n ma t me period Indicates the s t mer s starte n the target eNB when overs t e est m ate time taken to s t mer s starte n the source eNB when s t mer s starte n the source eNB when e num er o mes the Timing Advance e erm nes me alignment offset limit overs a a m n mum the estimated time e parame er e nes the stepsize up value e parame er e nes the initial value for e parame er e nes the maximum limit for e parameter e nes the minimum limit for e parameter e nes time in TTIs for e parameter e nes the time in TTIs for e parameter e nes uplink adaptive e parameter e nes forgetting factor for UE me averag ng constant for equal en or con gura e timer that specifies the en or con gura e timer that specifies the an over marg n or better cell HO. Used in e nes e max mum number of e nes e n erva with which
guar timer for m ou duration while meou duration while aa Forwarding aa Forwarding e m nma time period e m nma time period upervs on o Complete e m nma time period upervs on o Handover upervs on o Handover pare t me at source side upervs on o Handover e num er o times the e erm nes time alignment upervs on o Handover
100...6000 ms, step 100 ms 0.1...30 s, step 0.1 s 0.1...30 s, step 0.1 s 10...2000 ms, step 10 ms 10...2000 ms, step 10 ms 1000...240000 ms, step 1000 500...10000 ms, step 500 ms 10...2000 ms, step 10 ms 100...2000 ms, step 100 ms 10...2000 ms, step 10 ms 30...5000 ms, step 10 ms 10...2000 ms, step 10 ms 10...2000 ms, step 10 ms 1...10, step 1 1...5, step 0.1 30...2000 ms, step 10 ms
Compensation 0...2, step 0.05 n a Value for -10...10, step 0.1 maximum Limit 0...10, step 0.1 minimum -10...0, step 0.1 me or remembering 0...20000 ms, step 100 ms t mer for Inactivity 10...1000 ms, step 10 ms Factor to
1...3, step 0.05
averaging me averaging mout duration while m ou duration while an over margin for e nes e maximum e nes e interval with
0...1, step 0.05 1...1000 TTI, step 1 TTI 0.1...30 s, step 0.1 s 0.1...30 s, step 0.1 s -30...30 dB, step 1 dB 1r (0), 2r (1), 4r (2), 8r (3), 16 120ms (0), 240ms (1), 480m
me or w c e me or w c specific criteria for the the specific a3TimeToTrigge e nes e max mum e nes e number of maximum a5ReportAmount e nes e n erva e nes e with which interval with a5ReportInterval ece ve eve res o ece ve eve for serving cell in A5 threshold for a5Threshold1 ece ve eve res o ece ve eve for neighbour cell in A5 threshold for a5Threshold2 me or w c e me or w c specific criteria for the the specific a5TimeToTrigge e ccess arre or n cates access is accesBarrMtCall accessBa Mobile Terminating e ccess ass e nes t e Access Class accessClassBarr accessCl Barring Time defines e ccess ro a ty e nes a probability for a accessProbFact accessPr Factor defines a e t ona tona Spectrum Emission Spectrum addSpectrEmi e g our ng ce e g our ng information list which cell information adjCellnfoL - tran e ent ty o - tran e adjacent cells in own Identity of eutraCelId m n strat ve tate o m n strat ve the cell, value is set by State of cell administrativeSta e e ese ec on e Reselection celResTiFHM t-Reselec Timer (te e ese ec on e Reselection celResTiFMM t-Reselec Timer (te e arre ag n ca es e cell is barred or cellBarred cellBarre indicates if the cell e e ese ec on e nes e absolute cellReSelPrio cellResel Priority parameter e w c are ce n ca es e cell is reserved cellReserve cellReser reserved for operator c e u ng eques c e u ng Periodicity in a cell. Request cellSrPeriod sw tc or na es enabling / disabling disables cqiAperEnable orrespon s to cq aper o c cqiAperMode cqi-Repo ReportingModeAperiodi reporting mode e nes a t mer n s ets t e for polling aperiodic aperiodic CQI cqiAperPollT arameter s ven or ormat specific. indicator for cqiPerMode e nes per o c ty o er o c periodic CQI / PMI PMI feedback cqiPerNp Np um er o per o c su - mount o band reporting cycles periodic cqiPerSbCycK sw tc or na es disables CQI cqiPerSimulAck simultane enabling / disabling e parame er e nes yc c pre x length in cycPrefix cyclic pre cyclic prefix s ucc : s ucc : SEQUENCE dFListPucch deltaFLis SEQUENCE (see e parame er e a se o e ne the PUCCH dFpucchF1 deltaF-P PUCCH Format 1' is e parame er e a se o e ne dFpucchF1b deltaF-P PUCCH Format 1b' is the PUCCH
0ms (0), 40ms (1), 64ms (2), 1r (0), 2r (1), 4r (2), 8r (3), 16 120ms (0), 240ms (1), 480m 0...97 dB, step 1 dB 0...97 dB, step 1 dB 0ms (0), 40ms (1), 64ms (2),
4 s (0), 8 s (1), 16 s (2), 32 s 0 (0), 5 (1), 10 (2), 15 (3), 20 1...32, step 1
0...268435455, step 1 locked (0), unlocked (1) 0.25 (0), 0.5 (1), 0.75 (2), 1 ( 0.25 (0), 0.5 (1), 0.75 (2), 1 ( barred (0), notBarred (1) 0...7, step 1 Not Reserved (0), Reserved ( 5ms (0), 10ms (1), 20ms (2),
FBT1 (0), FBT2 (1) 0...100 TTI, step 1 TTI WidebandCqiOnly (0), wideb 10ms (0) 1...4, step 1
normal (0)
-2 (0), 0 (1), 2 (2) 1 (0), 3 (1), 5 (2)
dFpucchF2 dFpucchF2a dFpucchF2b dSrTransMax defPagCyc deltaPreMsg3 deltaPucchShift deltaTfEnabled dl64QamEnable dlCellPwrRed dlChBw dlMimoMode dlOlqcEnable dlPathlossChg dlTargetBler dlamcCqiDef dlamcEnable dlpcMimoComp dlsUsePartPrb eCallAcBarred earfcnDL earfcnUL enableBetterCell enableCovHo eutraCelId filterCenterTx filterCoeff furtherPlmnIdL mcc mnc
e parame er e a deltaF-P PUCCH Format 2' is e parame er e a PUCCH Format 2a' is deltaF-P e parame er e a deltaF-P PUCCH Format 2b' is ax m um num er o DSR_TR allowed dedicated e e au ag ng defaultPa Cycle defines the cell se or e ca cu a on of e t a cyc c s t or PUCCH formats na ng sa ng o DELTA_ transport format na es sa es downlink 64 QAM ser can e ne ower cell output power by own n anne Bandwidth defines DL e use m mo mode for each physical sw tc or enabling / disabling r gger on on or DlPathlos Power Headroom e nes arge oc error ratio (BLER) for e nes e e au Channel Quality sw c or enabling / disabling e parame er determines power e erm nes s partly allocated for e ccess arre or accessBa Emergency Calls Flag so ute Radio Frequency so ute Radio Frequency ag etter ce s enabled ag coverage s enabled e e eUTRAN Identifier is unique s parameter e nes absolute Tx frequency er coe c en or measurements filterCoeff RSRP ur er so plmn-Ide the Cell. Indicates e o e oun ry Code parameter mcc e o e e wor Code parameter mnc
se o e ne the PUCCH se o e ne the PUCCH se o e ne the PUCCH ax mum number of e spec c paging DRX se or e calculation of e ta cyc c shift for na ng sa ing of transport e upport o 64 QAM for ets t e power reduction from own n Channel arameter to select the na es disables OLQC r gger Condition for arge for downlink LA e au value for DL na es disables DL e e compensation e erm nes PRBs partly n cates t at the access is Absolute Radio Absolute Radio ag etter cell HO is ag coverage HO e Cell Identifier is s parameter defines er coefficient for ur er ids of the Cell. n ca es e Mobile Country n ca es e Mobile
-2 (0), 0 (1), 1 (2), 2 (3) -2 (0), 0 (1), 2 (2) -2 (0), 0 (1), 2 (2) 4n (0), 8n (1), 16n (2), 32n (3 32rf (0), 64rf (1), 128rf (2), 25 -1...6, step 1 2...2, step 1
0...10 dB, step 0.1 dB 5 MHz (2), 10 MHz (3), 20 M SingleTX (0), TXDiv (1), Stati
1 db (0), 3 db (1), 6 db (2), in 0.0010...0.999, step 0.0010 0...15, step 1
0...10 dB, step 0.01 dB not used (0), PRBs with PSS
0...65535, step 1 0...65535, step 1
0...268435455, step 1 0...3000000 kHz, step 1 kHz fc0 (0), fc1 (1), fc2 (2), fc3 (3
0...999, step 1 0...999, step 1
e o e e wor Code Length mncLength e rp ss g parameter defines grpAssigPUSCH n ca es e max mum number of HARQ harqMaxMsg3 n ca es e max mum number of HARQ harqMaxTrDl n ca es e max mum harqMaxTrUl maxHAR number of HARQ um er o s a are used for PUSCH hopBwPusch arameter HopModePUSCH hopModePusch state o t e ce , value is set by the hwState e nes t e t me per o for the indication of the inactivityTimer urat on or w c t e indefSrsDur duration Sounding RS shall be e nes an n t a modulation and coding iniMcsDl e nes an n t a modulation and coding iniMcsUl e nes t e n t a amount of PRBs in iniPrbsUl e nes e n raintrFrBCList IntraFreq Frequency Blacklisted n ca es e num er o PCIs in the range rangeIntraPci range n ca es e owes PCI in the range startIntraPci start e nes e n raintrFrNCList IntraFreq Frequency e ys ca e physCellIdNcl physicalC Identifier is a unique e parame er e nes qOffsetCell q-OffsetC a cell-specific offset (in se to contro ce intrFrqCelRes intraFreq reselection on intrae intraPresAntP presence PresenceAntennaPort1 o t e oca ce resource lcrId s s t e nstance identifier of object lnCelId oca state o t e ce , value is set by the localState ax mum t ate t at shall not be exceeded maxBitrateDl ax mum t ate t at shall not be exceeded maxBitrateUl e parame er e nes the maximum coderate maxCrPgDl e parame er e nes the maximum coderate maxCrRa4Dl e parame er e nes the maximum coderate maxCrRaDl e parame er e nes the maximum coderate maxCrSibDl
n ca es e length of the e GrpAssigPUS n ca es e maximum n ca es e maximum n ca es e maximum opp ng Bandwidth of arameter HopModePUS state o cell m e per o or the indication urat on or which SRS is nta modulation and nta modulation and nta maximum n raFrequency n ca es e number of n ca es e lowest PCI in n raFrequency en es e cell in a e nes a ce specific offset n cates intra-frequency resence nten naPort1 is oca e Resource ID nstance identifier of oca state o cell. ax mum bitrate in ax mum bitrate in uplink ax m um co e rate for Paging ax m um co e rate for ax m um co e rate for ax m um co e rate for System
2...3, step 1 0...29, step 1 1...8, step 1 1...16, step 1 1...7, step 1 2...2, step 1 interSubFrame (0) faulty (0), working (1) 10...65535 second, step 1 se
0...28, step 1 0...20, step 1 1...100, step 1
n4 (0), n8 (1), n12 (2), n16 (3 0...503, step 1
0...503, step 1 -24 dB (0), -22 dB (1), -20 dB allowed (0), notAllowed (1)
0...255, step 1 1...65535, step 1 blocked (0), unblocked (1) 50...300000 kbps, step 50 kb 50...75000 kbps, step 50 kbp 0.05...0.5, step 0.01 0.05...0.5, step 0.01 0.05...0.5, step 0.01 0.05...0.5, step 0.01
e MaximumNumberOfOF maxNrSymPdcc ax m um num er o UEs in the cell with maxNumAUeHo ax m um num er o UEs in the cell with maxNumActUE ax m um num er o UEs in the cell with maxNumRrc ax m um num er o simultaneous users maxNumUeDl ax m um num er o simultaneous users maxNumUeUl e ects w et er t e UECapability or O and mbrSelector e e g our mbsfnNbCellCon mbsfn-NeCell Configuration res o or fallback to open loop mimoOlCqiThD res o or activation of open loop mimoOlCqiThU an res o or fallback to open loop mimoOlRiThD an res o or activation of open loop mimoOlRiThU n mum t ate to e granted by the DL minBitrateDl n mum ae o e granted by the UL minBitrateUl e parame er modPeriodCoeff modificati Modification Period c ac n ex o se relative to the lowest n1PucchAn ax m um num er o consecutive "out of n310 n310 ax m um num er o consecutive "in-sync" n311 n311 arame er um er nCellChgHigh n-CellCh CellChanges High arameter um er nCellChgMed n-CellCh CellChanges Medium um er o p ys ca resource blocks that nCqiRb e s t e ta set s npdschEpreOff nomPDS given by the parameter e um er o Transmission Antenna numOfTxPorts ccess ass arr ng ocAcBarAC ac-Barrin List (5 Bit) for e ccess ass ocAcBarTim e accessCl Barring Time defines e ccess ro a ty ocAcProbFac ac-Barrin Factor defines a pera ona aeo the cell, value is set by operationalState s pec c nom na p0NomPucch P0_NOMI power to be used for s pec c nom na p0NomPusch P0_NOMI power for the PUSCH. s pec c power p0UePucch P0_UE_ offset to be used for
um er o OFDM 1...3, step 1 ax mum number of 1...150, step 1 ax mum number of 1...100, step 1 ax mum number of 1...200, step 1 ax mum number of 1...10, step 1 ax mum number of 1...4, step 1 e ects t e source of the ueCapability (0), OaM (1) arameter s FFS. 0...3, step 1 res o for fallback to 0...16, step 0.1 res o for activation of 0...16, step 0.1 an Threshold for 1...2, step 0.05 an Threshold for 1...2, step 0.05 n mum bitrate in 5...500 kbps, step 5 kbps n mum bitrate in uplink 5...500 kbps, step 5 kbps e nes e length of the 2 (0), 4 (1), 8 (2), 16 (3) se use o calculate 11...36, step 25 ons an or 'out of sync' n1 (0), n2 (1), n3 (2), n4 (3), ons an or nsync' n1 (0), n2 (1), n3 (2), n4 (3), e nes e number of cell 1...16, step 1 e nes t e number of cell 1...16, step 1 um er o physical 1...2, step 1 s t e o set to the ration of -2 dB (0), 0 dB (1), 2 dB (2), e um er o Transmission 1 (0), 2 (1) ccess ass Barring List (5 Bit 0: AC 11, Bit 1: AC 12, Bit e nes t e Access Class 4s (0), 8s (1), 16s (2), 32s (3) e nes a probability for a 0% (0), 5% (1), 10% (2), 15% pera ona State of cell disabled (0), enabled (1) on ro s mean received SNR -127...-96 dB, step 1 dB spec c PUSCH mean -126...24 dB, step 1 dB spec c parameter, -8...7 dB, step 1 dB
s pec c power offset to be used for p0UePusch s parame er e nes the maximum output pMax Pmax ag n g n e nes e number of possible pagingNb nB ggrega on for Paging. Defines pdcchAggPaging e parame er e nes aggregation level by pdcchAggPream ggrega on for Random Access pdcchAggRaresp ggregat on for Secondary System pdcchAggSib e con gure duration puts a lower phichDur e ys ca y r ARQ Indicatior Channel phichRes ys ca ayer e Identity defines phyCellId ream e cyc c s t defines the prachCS e nes a owe prachConfIndex prach-Co System frame and subrst p ys ca resource prachFreqOff prach-Fre block available for g spee ag or PRACH preamble prachHsFlag e ower amp ng prachPwrRamp powerRa Step Size parameter e parame er preambTxMax preamble Preamble um er o cyc c s for PUCCH formats pucchNAnCs e parame er e nes puschAckOffI deltaOffs the delta offset index e parame er e nes puschCqiOffI deltaOffs the delta offset index e usc opp ng puschHopOffset pusch-ho Offset parameter e parameter e nes puschRiOffI deltaOffs the delta offset index e yst parameter provides the hysteresis qHyst q-Hyst arameter e nes an qHystSfHigh sf-High additional hysteresis arameter e nes an qHystSfMed sf-Mediu additional hysteresis pec es t e m n m um qrxlevmin q-RxLev required Rx RSRP pec es t e m n m um qrxlevminintraF q-RxLev required Rx RSRP e an om ccess Backoff parameter raBackoff FFS e ax mum on en raContResoT Contentio Resolution Timer er e ng n orme that a UE has gone to raCrntiReuseT a oss res o n raMsgPoffGrB message dB required for
spec c PUSCH power -8...7 dB, step 1 dB s parame er defines the 0...50 dBm, step 0.1 dBm e num er o possible oneT (2), halfT (3), quarterT ( Aggregation for 4...8, step 4 ggrega on level of 4...8, step 4 Aggregation for 4...8, step 4 Aggregation for n cates t e duration of n cates t e PHICH ys ca ayer cell identity e nes t e PRACH Cyclic e nes subframes and e nes t e location in g spee flag for PRACH e nes e power e nes e maximum yc c Shift for Mixed e a o se index for e a o se index for CQI
4...8, step 4
Hopping Offset e ta o set index for RI rov es t e hysteresis ysteres s value in High ysteres s value in n cates t e minimum n cates t e minimum e nes e backoff that e ax mum Content reuse timer a oss threshold in dB
0...98 PRB, step 1 PRB
Normal (0), Extended (1) N = 1/6 (0), N = 1/2 (1), N = 1 0...503, step 1 0...15, step 1 3...24, step 1 0...94, step 1
0dB (0), 2dB (1), 4dB (2), 6d 3 (0), 4 (1), 5 (2), 6 (3), 7 (4), 0...0, step 1 0...10, step 1 0...15, step 1
0...12, step 1 0dB (0), 1dB (1), 2dB (2), 3d -6 dB (0), -4 dB (1), -2 dB (2), -6 dB (0), -4 dB (1), -2 dB (2), -140...-44 dBm, step 2 dBm -140...-44 dBm, step 2 dBm 2 (0), 5 (1), 10 (2), 20 (3), 50 8ms (0), 16ms (1), 24ms (2), 1...60 s, step 1 s -infinity (0), 0 dB (1), 5 dB (2)
s parame er s use e nes e to determine the total total number of raNondedPream ower amp ng e up - ower Ramping raPowRampSetu power Ra WA in 3GPP e nes e s ze o e e nes e size of the raPreGrASize sizeOfRA Random Access an om ccess an om Response Window Access raRespWinSize e nes e a a a a vo ume volume to be used for assigned for raSmallVolUl e nes repor ng e nes is enabled (true) or not reporting is riEnable e parameter e nes u t p er or the offset for periodic defining riPerM e parameter e nes me o set or the offset for periodic periodic riPerOffset rea e generat on s oot started from the Root Sequence rootSeqIndex x ntenna pec c x ntenna Power Scaling Factor Specific Power rxPowerScaling e ntrasearc e nes t e sIntrasearch s-IntraSe parameter defines the threshold (in e s on ntrsearc e nes t e sNonIntrsearch s-NonIntr parameter defines the threshold (in e parameter ystem n cates w c Information 2 Mapping System si2MappingInfo e parame er ys em n ca es e Information 2 repetition si2Periodicity e parame er ys em n ca es e Information 2 repetition of si2Repetition e parame er ys em n ca es w c Information 2 Mapping System si3MappingInfo e parame er ys em n ca es e Information 2 repetition si3Periodicity e parame er ys em n ca es e Information 3 repetition of si3Repetition e parame er ys em n ca es w c Information 2 Mapping System si4MappingInfo e parameter ystem n cates t e Information 2 repetition si4Periodicity e parameter ystem n cates t e Information 4 repetition of si4Repetition e parameter e nes t e siW indowLen si-W indo Window Length defines common ccess ass arr ng ccess ass Barring List (5 sigAcBarAC ac-Barrin List (5 Bit) for e ccess ass e nes t e Access Class sigAcBarTime accessCl Barring Time defines e ccess ro a ty e nes a probability for a sigAcProbFac ac-Barrin Factor defines a na e sa e p n na e sa e Sounding Reference Uplink soundRsEnabled own n sc e u ng own n wieght for signalling scheduling srbSchedWeight p n sc e u ng p n wieght for signalling scheduling srbSchedWeight e ec s one o e our Bandwidth srsBandwidth srsBand possible layers for e nes e a owe Bandwidth srsBwConf srsBand BW for SRS in the
4 (0), 8 (1), 12 (2), 16 (3), 20 0...1, step 1 4 (0), 8 (1), 12 (2), 16 (3), 20 2 (0), 3 (1), 4 (2), 5 (3), 6 (4), 56 bits (0), 144 bits (1), 208 b
1 (0), 2 (1) -1...0 ms, step 1 ms 0...837, step 1 0...200 dBm, step 0.01 dBm 0...62 dB, step 2 dB 0...62 dB, step 2 dB SIB2 (0), SIB3 (1), SIB4 (2) 80 (0), 160 (1), 320 (2), 640 ( 1...4, step 1 SIB2 (0), SIB3 (1), SIB4 (2) 80 (0), 160 (1), 320 (2), 640 ( 1...4, step 1 SIB2 (0), SIB3 (1), SIB4 (2) 80 (0), 160 (1), 320 (2), 640 ( 1...4, step 1 1ms (0), 2ms (1), 5ms (2), 10 Bit 0: AC 11, Bit 1: AC 12, Bit 4s (0), 8s (1), 16s (2), 32s (3) 0% (0), 5% (1), 10% (2), 15%
1...1000, step 1 1...100, step 1 0bw (0), 1bw (1), 2bw (2), 3b 0bw (0), 1bw (1), 2bw (2), 3b
e nes n e ce s srsHoppingBw srsHoppi allowed to have SRS s pec c power offset to be used for srsPwrOffset P_SRS_ e nes an srsSimAckNack ackNack ACK/NACK are allowed e erm nes e srsSubf rConf srsSubfra periodicy of SRS in e epe on Period indicates the su2Repetition s a e o e ce , value is set by the swState e parameter Synchronization syncSigTxMode e mer supervises the RRC t300 t300 e mer supervises the RRC t301 t301 e sen s t s parameter to UE in the t302 t302 e mer supervises the t304IntraLte t304 e mer supervises the t310 t310 e mer supervises the RRC t311 t311 mer max e nes tEvalulation t-Evalulati the duration for e mer tHystNormal t-HystNor TCRmaxHyst defines me per o o e tPeriodicBsr PeriodicB periodic Buffer Status con gura on or tPeriodicPhr PeriodicP sending periodic n m um n erme a e tProhibitPhr Prohibite Time between two me e egu ar BSRs is repeated when tReTxBsrTime e rese ect on tReselEutr t-Reselec parameter defines the eterm nes t e maximum allowed time taMaxOffset eterm nes t e num er taTimer timeAlign of subframes after e rac ng rea tac trackingA Code is a code that pec es t e t res o threshSrvLow threshSe for serving frequency e ects etween tpcStepSize TPC step step-size sets {-1; 0; 1; e nes mapp ng o t e RP3 I and Q values txPowerScaling p n anne Bandwidth defines UL ulChBw na es up n group hopping in PUSCH and ulGrpHop e parame er e nes cyclic shift of uplink ulRsCs e nes sequence ulSeqHop sequence hopping is enabled or
e nes hopping e nes e power offset e nes can be er o cy o SRS n ca es e repetition sa e o cell. e nes whether
0hbw (0), 1hbw (1), 2hbw (2), 0...15, step 1 Disabled (0), Enabled (1) 0sc (0), 1sc (1), 2sc (2), 3sc ( 40 (0), 80 (1), 160 (2), 320 (3 detected (0), configured (1) SingleTx (0), TxDiv (1)
supervises the 100ms (0), 200ms (1), 300m supervises the 100ms (0), 200ms (1), 300m suppresses e mer T304
1000...16000 ms, step 1000 50ms (0), 100ms (1), 150ms
supervises the 0ms (0), 50ms (1), 100ms (2) supervises the e nes e duration for e nes e additional me per o o the periodic
1000ms (0), 3000ms (1), 500
configuration n mum Intermediate me e Regular BSRs e nes t e ce reselection eterm nes t e maximum eterm nes t e number of ent es t e Tracking Area pec es t e low threshold e ects stepsize set. It is e nes mapping of the p n anne Bandwidth na es up n group hopping. e parame er defines cyclic e nes sequence
10sf (0), 20sf (1), 50sf (2), 10
30s (0), 60s (1), 120s (2), 18 30s (0), 60s (1), 120s (2), 18 5ms (0), 10ms (1), 16ms (2),
0sf (0), 10sf (1), 20sf (2), 50s 320 ms (0), 640 ms (1), 1280 0...7 s, step 1 s 1...9 16Ts, step 1 16Ts 500 ms (0), 750 ms (1), 1280 0...65535, step 1 0...62 dB, step 2 dB TPC step size set -1,0,3 (0), 1...10000, step 1 5 MHz (2), 10 MHz (3), 20 M
0...7, step 1
c anne sequence shift which is ulSeqSft e nes arge oc Error Ratio for uplink ulTargetBler sw c or enabling / disabling the ulamcAllTbEn sw c or enabling / disabling 1st ulamcEdgFugEn sw c or enabling / disabling the ulamcEnable e parame er e nes the period in sent ulamcSwitchPer sw tc or enabling / disabling the ulatbEnable e parameter e nes the period in MCS ulatbEventPer na es sa es t e ulpcAccuEnable ACCUMUaccumulation of spec c r act ona path loss ulpcAlpha alpha e ream e n t a ulpcIniPrePwr preamble Received Target Power com man ulpcRarespTpc deltaMsg indicated in the random
channel 0...29, step 1 arge for AMC UL 0...50 %, step 1 % w c e counting of all w c OLLA na es disables UL nner loop MCS 10...500 tb, step 10 tb w tc t e ATB on/off execution na es sa es the se as a fractional path e nes t e initial power for com man indicated in the
1...50, step 1
alpha 0 (0), alpha 0.4 (1), alp -120 dBm (0), -118 dBm (1), -6...8 dB, step 2 dB
Default Value
Formula
-
internal_value = gui_value * 10 3 internal_value = gui_value * 10
1
internal_value = gui_value * 10
10 TTI
internal_value = gui_value
50 TTI
internal_value = gui_value
16 (6) 1 internal_value = gui_value true 560 bits
internal_value = gui_value
1500 ms
internal_value = gui_value
-
internal_value = gui_value
unblocked (1) 4 PRBs
internal_value = gui_value
10 number
internal_value = gui_value
10
internal_value = gui_value
10
internal_value = gui_value
10
internal_value = gui_value
-
internal_value = gui_value
0.5
internal_value = gui_value * 20
3
internal_value = gui_value * 10
0.5
internal_value = gui_value * 20
-
internal_value = gui_value
-
internal_value = gui_value
-
1
internal_value = gui_value 0
750 (5)
1000
internal_value = gui_value
100
internal_value = gui_value
50
internal_value = gui_value
10
internal_value = gui_value
10
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
5
internal_value = gui_value
512 bit
internal_value = gui_value
5
internal_value = gui_value
64 (4) 1
internal_value = gui_value
120 (23) 50 (10) 50 (10) 3
internal_value = gui_value
20
internal_value = gui_value
500 ms
internal_value = gui_value
500 ms
internal_value = gui_value / 100
10 s
internal_value = gui_value * 10
5s
internal_value = gui_value * 10
50 ms
internal_value = gui_value
100 ms
internal_value = gui_value
10000 ms
internal_value = gui_value
2000 ms
internal_value = gui_value
20 ms
internal_value = gui_value
800 ms
internal_value = gui_value
100 ms
internal_value = gui_value
70 ms
internal_value = gui_value
50 ms
internal_value = gui_value
50 ms
internal_value = gui_value
1
internal_value = gui_value
2
internal_value = gui_value * 10
150 ms
internal_value = gui_value
0.2
internal_value = gui_value * 20
-
internal_value = gui_value * 10
5
internal_value = gui_value * 10
-
internal_value = gui_value * 10
1000 ms
internal_value = gui_value
100 ms
internal_value = gui_value
1.2
internal_value = gui_value * 20
0.9
internal_value = gui_value * 20
50 TTI
internal_value = gui_value
10 s
internal_value = gui_value * 10
5s
internal_value = gui_value * 10
-
internal_value = gui_value
infinity (7) 1024ms (4)
infinity (7) 1024ms (4) -
internal_value = gui_value
-
internal_value = gui_value
false 1
internal_value = gui_value
-
internal_value = gui_value
notBarred (1) -
internal_value = gui_value
true FBT2 (1) 3 TTI
internal_value = gui_value
1 true -
0 (1) -
internal_value = gui_value
0 (1) 0 (1) 0 (1) 64n (4) 128rf (2) -
internal_value = gui_value
2
internal_value = gui_value
false -
internal_value = gui_value * 10
10 MHz (3) TXDiv (1) true 3 db (1) 0.1
internal_value = gui_value * 1000
2
internal_value = gui_value
true -
internal_value = gui_value * 100
PRBs with PSS or S false 5000
internal_value = gui_value
23000
internal_value = gui_value
true true -
internal_value = gui_value
-
internal_value = gui_value
fc4 (4)
-
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
5
internal_value = gui_value
3
internal_value = gui_value
5
internal_value = gui_value
2
internal_value = gui_value
300 second
internal_value = gui_value
true 4
internal_value = gui_value
-
internal_value = gui_value
10
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
0 dB (15) 1
internal_value = gui_value
-
internal_value = gui_value
unblocked (1) 170000 kbps
internal_value = gui_value
50000 kbps
internal_value = gui_value
0.12
internal_value = gui_value * 100
0.12
internal_value = gui_value * 100
0.12
internal_value = gui_value * 100
0.12
internal_value = gui_value * 100
3
internal_value = gui_value
60
internal_value = gui_value
50
internal_value = gui_value
100
internal_value = gui_value
4
internal_value = gui_value
4
internal_value = gui_value
-
internal_value = gui_value
9
internal_value = gui_value * 10
11
internal_value = gui_value * 10
1.4
internal_value = gui_value * 20
1.6
internal_value = gui_value * 20
30 kbps
internal_value = gui_value
30 kbps
internal_value = gui_value
36
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
2
internal_value = gui_value
0 dB (1) 2 (1) 0 -
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
43 dBm
internal_value = gui_value * 10
quarterT (4) 4
internal_value = gui_value
4
internal_value = gui_value
4
internal_value = gui_value
4
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
3
internal_value = gui_value
1
internal_value = gui_value
false 2dB (1) 8 (5) -
internal_value = gui_value
10
internal_value = gui_value
8
internal_value = gui_value
6 PRB
internal_value = gui_value
12
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
32ms (3) 20 s 10 dB (4)
internal_value = gui_value
40 (9) -
internal_value = gui_value
32 (7) 10 (7) 144 bits (1) false -
internal_value = gui_value
-
internal_value = gui_value
117.22 dBm
internal_value = gui_value * 100
-
internal_value = gui_value
-
internal_value = gui_value
1
internal_value = gui_value
SIB3 (1) 1
internal_value = gui_value
SIB4 (2) 1
internal_value = gui_value
10ms (3) 0 false 10
internal_value = gui_value
10
internal_value = gui_value
3bw (3) -
3hbw (3) 7
internal_value = gui_value
Enabled (1) 8000 ms
internal_value = gui_value
200ms (3) 40ms (5) 20sf (1) 2560 ms (3) -
internal_value = gui_value
2 16Ts
internal_value = gui_value
-
internal_value = gui_value
-
internal_value = gui_value
4024
internal_value = gui_value
10 MHz (3) false false
internal_value = gui_value