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Lte Ran Ericsson Huawei Nokia Parameter MappingDeskripsi lengkap
Parameter mapping
Basic Commands for Ericsson HLRDescripción completa
3G COUNTERS
LTE Parameter Mapping
Huawei NodeB Hardware & Dimension
Generic Name
Description
CELL_BAR_QUALIFY CELL_BAR_ACCESS
Priority of cell for cell selection Allows or disallows MS to camp on cell in idle mode is the maximum number of retransmissions a MS may MAX_RETRAN perform on the RACH MS shall use the power level defined by the MS_TXPWR_MAX_CCH MS_TXPWR_MAX_CCH parameter broadcast on the BCCH This flag indicates to the MS whether IMSI Attach/detach IMSI Attach Detach (ATT) procedure (when the MS is turned on/off respectively) is allowed in the cell. This timer indicates to the MS the delay between two T3212 (Periodic Location Update) consecutive Periodic Location Update procedures. in the case of the new cell being in a different location area in which case the C2 value for the new cell shall exceed the C2 Cell-Reselect-Hysteresis value of the serving cell by at least CELL_RESELECT_HYSTERESIS dB as defined by the BCCH data from the current serving cell, for a period of 5 seconds CELL_RESELECT_OFFSET Applies an offset to the C2 reselection criterion Applies a negative offset to C2 for the duration of TEMPORARY_OFFSET PEN/ALTY_TIME. PEN/ALTY_TIME
RXLEV_ACCESS_MIN
NCC_PERMITTED Hopping Type HSN Mobile Allocation List TSC MAIO
BS_AG_BLKS_RES
BS_PA_MFRMS
TX_INTEGER
Gives the duration for which the temporary offset is applied is used to indicate the minimum receive level at the MS required for access to the system. This parameter is used in order to evaluate the path loss criterion parameter (C1) of a cell The purpose of the NCC Permitted information element is to provide a definition of the allowed NCCs on the BCCH carriers to be reported in the MEASUREMENT REPORT message by the MSs in the cell. Type of hopping (BBH, SFH) Hopping Sequence Number List containing ARFCNs on which the configured channel can hop Training Sequence Code (for channel equilization & error detection) Mobile Allocation Index Offset (Determines from where in the frequency hopping lict shall the channel start hopping) specifies the number of TDMA frames reserved for the Access Grant channel during a period of 51 TDMA frames (a multiframe). denotes the number of multiframes (51 frames) between two transmissions of the same paging message to mobiles of the same paging group is used to represent the maximum number of RACH slots a MS must wait, after an unsuccessful random access attempt, before a new random access. The MS draws a random number between 0 and the value of this parameter, in order to decide when to start the new access. Hence this parameter allows the access retransmissions be spread over a fixed number of RACH slots.
Threshold above which TA value RACHs are not serviced by the BSS provide the time the MS shall wait before Wait Indication attempting another channel request. L_RXLEV_DL_PC Lower RXLEV threshold for DL PC U_RXLEV_DL_PC Upper RXLEV threshold for DL PC L_RXLEV_UL_PC Lower RXLEV threshold for UL PC U_RXLEV_UL_PC Upper RXLEV threshold for UL PC L_RXQUAL_DL_PC Lower RXQUAL threshold for DL PC U_RXQUAL_DL_PC Upper RXQUAL threshold for DL PC L_RXQUAL_UL_P Lower RXQUAL threshold for UL PC U_RXQUAL_UL_PC Upper RXQUAL threshold for UL PC eN/Ables/disables the Radio Link Recovery procedure i.e. MS EN_RADIOLINK_RECOVERY_PROC and BS are ordered to be on full power Counter threshold to detect a radio link failure on the uplink RADIO_LINK_TIMEOUT(BS) path (running in BTS) Initial value of MS counter for radio link supervision. Counter RADIO_LINK_TIMEOUT(MS) threshold to detect a radio link failure on the downlink path (running in MS) Initial value of MS counter for radio link supervision for AMR RADIO_LINK_TIMEOUT_AMR(MS) calls. Counter threshold to detect a radio link failure on the downlink path (running in MS) RACH filter based on TA
RADIO_LINK_TIMEOUT_AMR(BS)
Counter threshold to detect a radio link failure on the uplink path for AMR calls (running in BTS)
EN/ABLE_DL_DTX_FR
EN/Ables or disables downlink DTX for FR and EFR calls
EN/Ables or disables downlink DTX for AMR FR calls EN/Ables or disables downlink DTX for AMR HR calls EN/Ables or disables downlink DTX for HR calls EN/Ables or disables uplink DTX for non-AMR calls EN/Ables or disables uplink DTX for AMR calls Hysterisis applied to prevent ping pong handovers (back & fro handovers between same 2 cells) EN/Ables or disables intracell handovers EN/Ables or disables power budget handovers Averaging window of MRs for RXLEV measurements Handover margin to compare PBGT of source and candidate neighbour cell EN/Ables or disables quality handovers Averaging window of MRs for RXQUAL measurments Threshold for UL quality to trigger quality handover Threshold for DL quality to trigger quality handover
PING_PONG_MARGIN EN_INTRA_HO EN_PBGT_HO A_LEV_HO HOM EN_RXQUAL_HO A_QUAL_HO L_RXQUAL_UL_H L_RXQUAL_DL_H
QLIMAMRFR/HR
HOM_QUAL EN_DIRECTED_RETRY EN_DIRECTED_RETRY
Threshold (offset added to threshold) to trigger quality handover on a hopping/AMR/HR channel Handover margin to compare PBGT of source and candidate neighbour cell for quality handovers EN/Ables or disable DR in BSC EN/Ables or disable DR in Cell
Makes a neighbour available or uN/Available as a candidate to take DR Hos Allows or disallows handovers to trigger during SD to TCH assignment phase EN/Ables or Disables congestion relief procedure Threshold above which if the cell's resources are used will trigger congestion relief procedure on next resource request Set the preferred band of the system (network) Power level for handover in the inner zone Minimum RxLev DL from neighbour cell (lower layer or preferred band)for umbrella to lower layer handover or from classical band to preferred band handover. Upper congestion threshold to reconfigure MS on FR to HR channel, through intracell HO Upper congestion threshold to give MS an HR channel To set the desired BTS power Immediate assignment on TCH is allowed Dynamic SD allocation is allowed BTS Power saving during non Peak hour Early Class mark sending control allowed MS Maximum Transmit power Samples of Interference band
Huawei
Ericsson
CBQ (Cell) CBA (Cell)
CBQ CB
MSMAXRETRAN
MAXRET
MS_TXPWR_MAX_CCH (Cell)
MSTXPWR
ATT (Cell)
ATT
T3212(Period of Periodic Location Update) (Cell)
T3212 (Time between periodic update of MS)
CRH (Cell)
CRH
CRO (Cell)
CRO
TO (Cell)
TO
PT (Cell)
PT
RXLEV_ACCESS_MIN (Cell)
ACCMIN
NCC_PERMITTED (Cell)
NCCPERM
FH Mode (Cell) HSN (Cell)
FHOP (Cell) HSN (Cell)
MA (Cell)
MAL (Cell)
TSC (Cell)
TSC (Cell)
MAIO (Cell)
MAIO
BS_AG_BLKS_RES (Cell)
AGBLK (Cell)
BS-PA-MFRAMS (Cell)
MFRMS (Cell)
TX-Integer (Cell)
TX (Cell)
MAX TA (Cell)
MAXTA (Cell)
T3122 (Cell)
T3122
DL RX_LEV Lower Threshold DL RX_LEV Upper Threshold UL RX_LEV Lower Threshold UL RX_LEV Upper Threshold DL Qual. Lower Threshold DL Qual. Upper Threshold UL Qual. Lower Threshold UL Qual. Upper Threshold
SSDESDL SSDESUL QDESDL QDESUL
RLINKUP
RADIO LINK TIMEOUT
RLINKT (Cell)
AFR Radio Link Timeout(SACCH period (480ms)) AHR Radio Link Timeout(SACCH period (480ms))
RLINKTAFR , RLINKTAHR (Cell)
AFR SACCH Multi-Frames(SACCH period (480ms)) AHR SACCH Multi-Frames(SACCH period (480ms))
DL DTX UL DTX
RLINKUPAFR , RLINKUPAHR (Cell)
DTXD DTXU
Inter-cell HO Hysteresis
HYSTSEP
Intracell HO Allowed PBGT HO Allowed Filter Length for TCH Level
IHO (Cell) CAND SSEVALSD
PBGT HO Threshold
OFFSETP
BQ HO Allowed Filter Length for TCH Qual UL Qual. Threshold DL Qual. Threshold DLQuaLimitAMRFR ULQuaLimitAMRFR DLQuaLimitAMRHR ULQuaLimitAMRHR
AW QEVALSD QLIMUL QLIMDL QLIMULAFR QLIMDLAFR
BQ HO Margin
BQOFFSET
Direct Retry
AW
Direct Retry
Load HO Allowed Load HO Threshold Assign Optimum Layer\System Optimization Assign-optimum-level Threshold
TCH Traffic Busy Threshold(%) AMR TCH/H Prior Cell Load Threshold Power Level / Power Type / Power Finetune TCH Immediate Assignment SDCCH Dynamic Allocation Allowed Allow Dynamic Shutdown of TRX ECSC MS_TXPWR_MAX_CCH Interference Band Threshold (1-5)
AW
HOCLSACC CLSLEVEL , CLSACC Layer Setting HCS IN / HCS OUT
Ericsson (TFNDROP+TFNDROPSUB+THNDROP+THNDROPSUB)/(TFMSESTB+THMSESTB)*100 (TFNDROP+TFNDROPSUB+THNDROP+THNDROPSUB)/(TCASSALL)*100 (1-(CCONGS+CCONGSSUB/CCALLS)*(1(CNRELCONG+TFNRELCONG+THNRELCONG+TFNRELCONGSUB+THNRELCONGSUB/TASSALL))
