2G Parameter List

8/10/2019 2G Parameter List

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TABLE Parameter Value

Max number of re-transmitting events times(MRetrans) 2

Number of slots to spread transmission(Txinteger) 14

Cell bar qualify(CellBarQualify) 0

Cell bar access(CellBarAccess) 0

Control channel maximum power level(MsTxPwrMaxCch) 5

Min received signal level to access(RxLevAccessMin) 6

IMSI attach/detach allowed(ImsIadAllowed) 1

Call reestablishment allowed(CallReestablish) 1

Directed retry indication switch(DrInd) 0

Uplink discontinuous transmission(DtxUplinkBcch) 1

Downlink discontinuous transmission allowed(DtxDwlink) 1

Preprocessing indication(Preprocess) 0

Fast average indication(FastAvg) 0

Allow FACCH call setup after emergency call 0

CBC support(SmsCbUsed) 1

Multi-band report indication(MulbandReport) 3

Early category class-mark sending control(ECSC) 1

HBTS proofread support(HBTSScanSupport) 0

RSSI threshold(RSSIThrd) 100

Proofread freqband type(GSM1900Support) 0

HBTS Arfcn Range Number 0

HBTS rang low VOID

HBTS rang high VOID

Uplink power level(HoUlLevWindow) 4

Averaging weight for uplink power level UTRAN 2

Downlink power level(HoDlLevWindow) 4

Averaging weight for downlink power level UTRAN 2

Uplink quality(HoUlQualWindow) 4

Averaging weight for uplink quality UTRAN 2

Downlink quality(HoDlQual) 4

Averaging window for downlink quality UTRAN 2

Distance(DistanceWindow) 4

Neighboring cell(NCellWindow) 4

Number of zero allowed in AV(ZeroAllowed) 1

Hoc pattern indication(HoPatternInd) 3

Parameter for PBGT between different layers3282968The threshold for starting PBGT handover(PbgtHoStartThs) 60

Handover from macro to micro(MacroMicroStartThs) 40

Hysteresis timer when traffic handover(TrafficHysteresisTm,s) 7

The priority of the handover from Macro cell to Micro

cell(MacroMicroHoPrio) 0

Hoc control(HoControl) 2752528

Min interval between inter-cell handover(HoMinInterval,s) 5

Uplink receive level(HoUlLevThs) 15

Downlink receive level(HoDlLevThs) 15

Uplink receive quality(HoUlQualThs) 45

Downlink receive quality(HoDlQualThs) 45

Uplink receive level of intra-ho(IntraHoUlLevThs) 35

Downlink receive level of intra-ho(IntraHoDlLevThs) 40

Max time advance threshold between MS and BTS(DistanceThs) 63

P value of uplink receive level UTRAN 2

N value of uplink receive level UTRAN 3

P value of downlink receive level UTRAN 2

N value of downlink receive level UTRAN 3

P value of uplink receive quality UTRAN 2

N value of uplink receive quality UTRAN 3

P value of downlink receive quality UTRAN 2

N Value of downlink receive quality UTRAN 3

P value of uplink receive level of intra-handover UTRAN 2

N value of uplink receive level of intra-handover UTRAN 3

P value of downlink receive level of intra-handover UTRAN 2

PLAN_CELL_ACCESS_TABLE

PLAN_CELL_FUNCTION_TABLE

LAN_CELL_HANDOVER_SAMPLING_TA


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N value of downlink receive level of intra-handover UTRAN 3

P value of distance handover UTRAN 2

N value of distance handover UTRAN 3

Rapid handover(RapidHoThs) 10

N value of rapid handover UTRAN 2

Penalty time for handover failure(HoFailPenalTime) 7

Prior layer selecting parameter on signal lever/quality(LayerPriority) 2

Layer adapting to PBGT handover(PbgtHoLayer) 3

Good C/I(GoodCiThs) 133

P value of good C/I UTRAN 2

N value of good C/I UTRAN 3

Bad C/I(BadCiThs) 130

P value of bad C/I UTRAN 2

N value of bad C/I UTRAN 3

Difference of dynamic priority(DynPrioOffset) 1

PBGT difference(PbgtOffset) 3

Layer control value for handover on traffic(TrafficHoLayrCtl) 1

Frequency control value for handover on traffic(TrafficHoFreqCtl) 0

Threshold of traffic for handover(TrafficThs,%) 70

N value of pbgt handover UTRAN 3

P value of pbgt handover UTRAN 2

Traffic handover threshold(TrafficLevThs) 24

Level offset during penalty(PenaltyLevOffset) 15

Uplink interference quality offset(QOffsetUl) 1

Uplink interference level offset(SOffsetUl) 15

Downlink interference quality offset(QOffsetDl) 1

Downlink interference level offset(SOffsetDl) 10

Invalid intra-handover time(TMaxiHo) 30

Max count of invalid intra-handover(MaxiHo) 1

Max path loss threshold on force handover(MaxLossThs) 110

Max time advance threshold on force handover(MaxTAThs) 5

N value of force handover(HoForceN) 4

P value of force handover(HoForceP) 3

Dule band power offset(DuleBandOffset) 0

The maximum of path loss(PathLossMax)140

The minimum of path loss(PathLossMin) 130

The maximum of time advance(SubCellTAMax) 3

The minimum of time advance(SubCellTAMin) 1

N value of subcell handover(SubCellN) 4

P value of subcell handover(SubCellP) 3

Cell reselecting hysteresis level(ReselHysteresis,2db) 2

Additional reselection parameter indication(AdditionReselPI) 0

Cell reselection parameter indication(CellReselPI) 0

Cell reselection offset(ReselOffset,2db) 5

Temporary offset(TemporaryOffset,10db) 1

Penalty time(PenaltyTime,20s) 0

Common control channel configuration(CcchConf) 0

Number of blocks reserved for AGCH(BsAgBlkRes) 1

Number of multi-frames of the PCH(BsPaMframs) 4Periodical location updating timer(T3212,360s) 20

Protection period for access attempt(T3122,s) 10

Radio link failure criterion(ConFailCriterion) 1

Radio link timeout on MS side(MsRadioLkTmOut) 7

Radio link timeout on BSS side(BsRadioLkTmOut) 6

Receiving level threshold(RxLevThs) 10

Receiving quality threshold(RxQualThs) 6

Radio link failure checking period(RxLevQualprd) 63

Interference averaging period(InterfAvgPrd) 31

Interference band boundary0 5,13,20,45,63

Switch flag of cell TRX power off(StartTRXPowerOff) 1

Threshold for FR to HR(HRThs,%) 1

PLAN_CELL_HANDOVER_TABLE

PLAN_CELL_RESELECTION_TABLE


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Threshold of AMR HR(AmrHRThs) 1

Percentage of HR Ts(HRTsPercentage) 100

HR channel fragment collected support(HRDfragSupport) 1

Reserved rate of EMLPP(EmlppThs) 20

Use cell dynamic HR parameter(UseCellDynHRPara) 1

FR-HR handover based on cell load(FRThrHoSupport) 0

Threshold of HR defrag(HRDefragThs) 70

Use cell EMLPP Threshold(UseCellEmlppThs) 0

Use cell AMR parameter(UseCellAMRParam) 1

AMR codec adjust mode(AmrAdjMode) 0

AMR codec adjust interval(AmrAdjInterval,480ms) 1

Repeated ACCH support(RepeatACCH) 1

Start PA power off(StartPAPowerOff) 0

BA show(BcchBaInd) 1

TFO support(TFOSupport) 1

MR Report Time Bmp ,18,19,20,21,22,23

Min resource threshold(ResourceThs,%) 20

BSS radio link timer's maximum value for AMR FR(BsRadioLkTmOutAMRFR) 8

BSS radio link timer's maximum value for AMR

HR(BsRadioLkTmOutAMRHR) 7

Access Control(AccessControl) void

Reserved rate of CS(CsRsvRate) 1

Reserved No. of EMLPP(EmlppBusyNum) 0

EGPRS packet channel request access program support(EgprsPacketChreq) 1

Average filter period for uplink BEP(BEPperiodUp) 10

Average filter period for downlink BEP(BEPperiodDown) 10

DTM Support(DTMSupport) 1

EGPRS phone quality measure mode(LinkQuameaMode) 0

Uplink LA+IR quality control support(IrSupportUp) 1

Take preemptive transmit bit function(PreemptiveTrans) 1

Selective granularity(USFGranularity) 1

EGPRS init attach select 5,5,8,8

GPRS init attach select 1,1,3,3

Init attach exchange 7

Max number of GTTP Lapdm frame(GttpLapdmNum) 3Parameter used by phone(T3168,s) 7

Parameter used by phone(T3192,ms) 2

DRX mode holding time(DrxTimeMax,s) 4

Max blocks transmission in each TS(BsCvMax) 9

Packet control acknowledgment type(CtraCkType) 1

Access burst type(AccessType) 0

N3102 decrease step(PanDec) 0

N3102 increase step(PanInc) 1

N3102 maximum(PanMax) 7

PBCCH reserved blocks(PbcchBlks) 3

PAGCH reserved blocks(PagBlkRes) 5

PRACH reserved blocks(PrachBlks) 2

Interval range of packet access attempt(TxInt) 14

Access persist level 0,0,0,0Access control level ,0,0,0,0,0,0,0,0,0,0,0

Power control parameter(Alpha) 6

Filter period in the packet idle mode(T_AVG_W,s) 0

Filter period in packet transmission mode(T_AVG_T,s) 0

Power decreasing descending on PBCCH(Pb,-2db) 0

Power control measurement channel(PcMeasChan) 0

PSI4 sending mark(Psi4Send) 0

Filter constant of power control(N_AVG_I) 0

GPRS access minimum signal level(RxLevAsMin) 12,12

GPRS maximum initial access signal level(MsTxMaxCch) 5,5

HCS exist(HCS_Exist) 0,0

HCS priority(PrioClass) 0,0

PLAN_CELL_TABLE

PLAN_EDGE_CELL_CONFIG_TABLE


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Threshold of HCS signal level(HCS_Thr) 0,0

Cell reselection offset(ReselOffset,2db) 0,0

GPRS cell reselection hysteresis(ReselHys,db) 3,3

C31 hysteresis(C31_Hyst) 0,0

Usage of cell reselection offset(C32_Qual) 0,0

Random access attempt permitted(RadAcRetry) 0,0

Interval of reselecting the same cell(T_Resel,s) 0,0

Routing reselection hysteresis(RaReselHys,db) 4,4

Temporary offset of cell reselection(TempOffset,db) 0,0

Penalty time of cell reselection(PenalTime,10s) 0,0

SI13 sending position(Si13Locate) 0

Route area color code(RaColor) 0

Extended measurement report order(MeaOrder) 0

Network control order(CtrlOrder) 0

NC hold time in non-drx mode(NcNoDrxPer,s) 2

Packet idle mode(NcRepPerI,s) 7

Packet transmission mode(NcRerPerT,s) 3

PSI status support(PsiStatInd) 0

Min number of idle CS channel(CsChansThs) 2

Extended measurement report order(ExMeaOrder) 0

Type of extended measurement report(ExtRepType) 0

Report period of extended measurement(ExtRepPer,s) 5

Send speed 1,1,1,1,1,1,1,1

Extended paging support(EpageMode) 0

Calculating period of load on PPCH(LoadPer,s) 10

Overload report period on PRACH(OvLoadPer,s) 10

Buffer threshold of paging message(%) 50,50,50

Link error counter(RLTimeout) 20

PRACH receive signal level threshold(PrachBusyT) 63

Average measuring bursts number on PRACH(MeaAvgSlot) 60

Additional reselect parameter indicator(AddResPI2) 0

Allow SOLSA MS to access(Exc_Acc) 0

LSA offset(LSA_Offset) 0

Priority threshold(Prio_Thr,db) 1

LSA ID(LSA_Id) 0

CCN mode support(CCNActive) 1

Cell support system message status flow(SIStatusInd) 1

Cell support extendable uplink TBF(Ext_UTBF) 1

Interval number of GPRS TBF downlink's RRBP(GPRSDlRrbpInterVal) 10

Interval number of EGPRS TBF downlink's RRBP(EGPRSDlRrbpInterVal) 10

Interval number of GPRS TBF uplink's ACK(GPRSUlAckInterVal) 10

Interval number of EGPRS TBF uplink's ACK(EGPRSUlAckInterVal) 8

Take preemptive transmit bit function(PreemptiveTrans) 1

Extended uplink dynamic allocation support(ExUpDynSupport) 1

UPU unit(UpuUnit) 0

Uplink measure report period(Ulmeasureperiod,ms) 800

Downlink delay time(DlDelaytime,ms) 2000

Extend uplink TBF time(ExtUlTBFTime,ms) 1500

Uplink delay time(UlDelayTime,ms) 1000PS preempt CS support(PSPrmpCSSupport) 0

Subscriber occupying other preference channel support(HybridOccuSupp) 1

PS subscriber moving out of other preference channel

support(AllowPsMove) 0

Congeneric service threshold for PS-moving(SfPreferBusyThs) 100

Uncongeneric service threshold for PS-moving(OpPreferBusyThs) 0

C/I(Sc) 2

ARP(Sa) 2

THP(St) 2

PS queuing support(PsQueueInd) 0

PLAN_GPRS_CELL_CONFIG_TABLE


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Max PS queue count(PsMaxQueueInstNum) 8

PS preemption support(PsPreemptionInd) 0

CS subscriber moving support(AllowCsMove) 0

The size of test report's slip window(Wnd) 4

Allowed report number of the same cell in Slip window(AllowedRepNum) 3

CCCH SPLITPGCYCLE support(SpgcSuport) 0

Packet access priority threshold(PriAcThr) 6

Interval period of packet access attempt(S) 7

Max times of attempt(MaxRetrans) 2,2,2,2

3G NACC support(Support3GCCN) 0

PSI1 send period(Psi1RepPer) 4

Extended dynamic allocation supported(ExtDynAllocsupp) 0

Max resource for POC service(POCSrcThs,%) 50

DSP No.(DSP) 9

Info 421184,109,0,0,0,0,0

Info1 ,0,4352,67913512,4072512

Priority of handover(Hopriority) 3

MAX power level of MS(MsTxPwrMax) 5

MIN power level for handover access(RxLevMin) 22

MIN threshold of signal level for handover on PBGT(HoMarginPbgt) 30

MIN threshold of signal level for handover on power level(HoMarginRxLev) 28

MIN threshold of signal level for handover on quality(HoMarginRxQual) 24

MAX level difference of force handover(MaxForceHoDiff) 9

Handover force resource threshold(HoForceResThs) 40

Neighboring cell layer(NCellLayer) 1

CS adjacent cell report priority(RepPrioCS) 0

PS adjacent cell report priority(RepPrioPS) 0

Is related cell(IsRelatedCell) 0

Is handover forced neighbor cell(IsHoForceNcell) 0

CCN support(CCNSupport) 0

Cell type(CellType) 1

RAC 193

Target cell traffic threshold(TargetCellTrafficThs) 75FIELD_IBTSHO_MACROMICROHOTHS 20

Counter of handover threshold from macro to micro (MacroMicroHon) 2

Assign queue enable(AssQueEnable) 1

Internal redirection enable(InDrEnable) 1

Outer redirection enable(OutDrEnable) 0

Assign preemption enable(AssPreEmpt) 1

BSC intra cell handover enable(HoIntraEnable) 1

BSC cell handover enable(HoInterEnable) 1

BSC outer handover enable(HoOutEnable) 1

SDCCH handover enable(ShoEnable) 0

TCH/F handover enable(TfHoEnable) 1

TCH/H handover enable(ThHoEnable) 1

Handover queue enable(HoQueEnable) 1Handover preemption enable(HoPreEmpt) 1

Handover check arithmetic choose(HoA) 0

Handover request response(HoAck) 0

Force FACCH(FacchOnly) 0

Continuum handover trigger(HoTrigger) 0

Handover reason tip(HoCauseInd) 0

Local cell position number(LAC) 0

Local cell identification(CI) 0

Outer cell target number(OutCellNum) 0

Outer cell position number(OutLAC) 0,0,0

Outer cell number(OutCI) 0,0,0

Outer RNC(OutRNC) 0,0,0

PLAN_HANDOVER_RESELECTION_CELL_


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Two phase access(TwoPhaseAccess) 0

Old BSS to new BSS information(OldToneWctrl) 0

Access control(AccessCtrl) 0

Resume set option(ResumeSetOpt) 0

Queuing Indicator in handover required message(HandOutQueInd) 0

Send cell prefer indication(SendCellPreferInd) 0

IPA AMR start mode(IpaAMRStartMode) 0

TDD cell handover enable(TdHoEnable) 0

Use system message method when MSC overload or link

block(MSCSysInfoFlc) 0

Start system message method(CPUSysInfoFlc) 0

Start limit of system message method(CPUSysInfoCTLCPU,%) 65

Start FUC flow control(CPUFucFlc) 1

Start limit of FUC flow control(CPUFucCtlCPU,%) 75

The maximum control level for MSC overload or link

block(MSCFlcMaxLevel) 6

CPU access flow control(CPUAccessFlc) 0

Handover BCCH(CanBCCHEx) 1

Dynamic configuration SDCCH(CanSDCCHDyn) 1

Scan SDCCH(ScanSDCCH,100ms) 30

Scan BCCH(ScanBCCH,100ms) 3000

BCCH starting delay(BCCHDelay,100ms) 200

BCCH finishing delay(ReBCCHEx,100ms) 200

Delay of TRX forcible release(TrxRel,100ms) 60

Delay of TS forcible release(TsRel,100ms) 10

Delay protection(MaxDelay,100ms) 1800

TCH->SDCCH limit(MinSDCCH) 4

SDCCH->TCH delay(TimeToTch) 2

The maximum cells' amount of simultaneously handover(MaxChangeProc) 2

B2 support AMR(V2TruSupportAMR) 0

CHR enable(ChrEnable) 0

NC2 support(NC2support) 0

MR server IP(MRSvrIP) .241.201.156

MR server port(MRSvrPort) 15000

Voice Quality Weight 1,1,1,1,1,1,1Resource Alarm Threshold 80,80,80,80,80,80

IBS shutdown limit(ByDownLimit,%) 30

IBS power up limit(ByUpLimit,%) 60

IBS power over limit(ByPowerOverLmt,%) 90

IBS power priority(ByPowerPriority) 4

IBS time bitmap(DwDownPowerBmp) ,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1

BCCH forbidden TS merger time bitmap(BCCHForbiddenBmp) ,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0

ABIS alarm delay time(AbisAlmDelayTime,s) 0

Local disk save performance measurement data(PMLocalSave) 0

Pingpong handover duration(PingPongDura,s) 10

Number of measurement reports for dropped

connections(LatestMeasureRptNum,num) 1

The method of intelligent TRX power off and Baseband frequency Hopping

TRX Exchange Parameters(Info) 00000000000000000000000Dropped Threshold(DropThs) 0,50,12,12,20

CDT support(CDTOn) 0

CTS support(CTSOn) 0

CDT server IP(CdtSvrIP) .241.201.156

CDT server port(CdtSvrPort) 15006

Report CDT flow threshold of inform(CdtFlowThres,kbps) 2000

CdtOption(CdtOption) 2973

Sending HO detect message to MSC during intra-BSC HO with IPA

(InBscHoSendHoDet)

Amr handover option(AmrHoOpt) 0

Buffered and transferred Max LLC frame number(MaxLLCFrameNum) 100,40

PLAN_IBSCMODULE


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Send by SNDCP indicator(SNDCPSendInd) 0

TCP/IP performance enhance(TCPIPEnhance) 0

Range of tolerance of LLC out of order(OutOfOrderTolerance) 40

Send message to SGSN(GBMsgSndInd) 2

Threshold of quality in radio status(RadStaQuaThs) 8

Send packet TBF release to MS when BSS abnormal(PacketTBFRel) 0

Inter-cell handover processed within BSC allowed(InHoEnable) 1

BSC maximum reset number(BscMaxResetNum) 3

Send confusion message allowed(ConfusionMsg) 0

Automatic resource indication threshold(ResourceIndThs,%) 30

Resource adjust threshold(ResourceAdjustThs) 2000

Load indication allowed(LoadInd) 0

Load indication valid time(LoadValidTime,10s) 18

Load indication period(LoadIndPrd,100ms) 1500

BMP corresponded with flow control level(ChlReqRejBmp) 0000ff030000ffff07000000

Send assignment failure allowed(ExDRSendAssFail) 0

BVC flow control threshold(CellFcThs,%) 80

MS flow control threshold(MsFcThs,%) 80

BVC flow control period(CellFcPer,10ms) 3000

MS flow control period(MsFcPer,10ms) 3000

Control TFO 0

NSVC peer to peer delay(Delay,ms) 10

Max times of NS block retry(NSBlkMax) 3

Max times of NS unblock retry(NSUnblkMax) 3

Max times of NS alive retry(NSAliveMax) 10

Max times of BVC block retry(BVCBlkMax) 3

Max times of BVC unblock retry(BVCUblkMax) 3

Max times of BVC reset retry(BVCRestMax) 3

Max times of suspend retry(SuspendMax) 3

Max times of resume retry(ResumeMax) 3

Max times of radio access capabilities update retry(UpdateMax) 3

Max times of PFC create retry(DownLoadBssPFCMax) 3

Max times of PFC modify retry(ModifyBssPFCMax) 3

Cn 85,85,85

Nn20,20,20

Xn(%) 25,25,25

Max allowed number of continuous losses of uplink data blocks(N3101) 250

Times of packet uplink ACK/NACK retries(N3103) 250

Max allowed number of continuous losses of uplink RLC/MAC control

message(N3105) 250

Dynamic HR enable(DynaHREnable) 1

Threshold for TRX switched from FR to HR(HRThs,%) 100

User priority for EMLPP(PriThreshold) 2

Reserved channel first(RsvChanFirst) 1

Preferred speech version(PreferSpeechVer) 15

BVC flow control support(BVCFlowCtrl) 1

MS flow control support(MSFlowCtrl) 1

Flow control mode(FlowCtrlMode) 2Parameter of flow control mode 1(FlowCtlMode1Para) 1

Parameter of flow control mode 2(FlowCtlMode2Para) 800

BVC flow control R minimum value(BVCFlowCtrlRMin,100 bps) 300

MS flow control R minimum value(MSFlowCtrlRMin,100 bps) 300

Satellite transmission at GB interface indication(IsStatelliteGB) 0

Extended RLC send window allowed(IsWindowExpend) 0

PFC support(PFCSupport) 0

BSC net operation mode(NMO) 1

BSC support page coordination(PagCoordination) 1

RS(RS) 12

RR(RR) 12


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Circuit resetting period on BSS side(T19,100ms) 80

Circuit group blocking/unblocking period(T20,100ms) 80

Protective time waiting for access(RmsT1,100ms) 290

Protective time for applying to channel(RmsT2,100ms) 40

Protective time for link establishment response(RmsT3,100ms) 60

Protective time that P0 confirms the message HO/ASS COM(RmsT4,100ms) 30

Encryption mode modification time(RmsT5,100ms) 100

SAPI3 link establishment time(RmsT6,100ms) 100

Protective time that PO responses external handover completion

message(RmsT7,100ms) 150

External handover protective time(RmsT8,100ms) 250

Protective time for RF channel release(RmsT9,100ms) 20

Starting time for oriented retry(RmsT10,100ms) 60

Queue period of assignment(RmsT11,100ms) 60

Queue period for handover(RmsTqho,100ms) 50

Acknowledgment interval for periodic status(RmsT12,100ms) 50

Mode modification process time(RmsT13,100ms) 60

Protective time of UM assignment completion(RmsT14,100ms) 20

Time of destination instance waiting for available resources when forced

disconnection(RmsT15,100ms) 30

Waiting time for oriented retry(RmsT16,100ms)20Continue timer for mode modify(TModeModifyConn,100ms) 50

Handover protecting time to UTRAN(mT7,100ms) 100

First overload period of flow traffic control(mT11,100ms) 80

Second overload period of flow traffic control(mT12,100ms) 150

Immediate assignment period(RmsT3101,100ms) 50

Handover period of source cell(RmsT3103,100ms) 280

Assignment period(RmsT3107,100ms) 60

Channel release period(RmsT3109,100ms) 300

Channel deactivation delay(RmsT3111,100ms) 5

RLSD message receive protection timer(T9101,100ms) 20

Channel activation protection timer(RmsT9103,100ms) 20

MSC clear command protection timer(T9104,100ms) 30

SCCP connection protection timer(T9105,100ms) 30

Monitor physical context request(RmsT9108,100ms) 20

External handover protection timer in target cell(T9113,100ms) 110

Time of micro-micro handover delay(Tmicro,100ms) 50

BSIC decoding period(Tbsic,100ms) 50

Protection time of resources on external in-Handover(aisT4,100ms) 40

Serving status protection timer(aisT12,100ms) 3000

Regular timer for system message broadcast(BcRegular,100ms) 18000

Protecting time of FUC response to system message

broadcast(BcProtect,100ms) 50

TFI and USF release timer(T3169,10ms) 500

TBF release timer(T3191,10ms) 500

TBF release time of downlink transmission(T3193,10ms) 250TBF protect time when radio link failure(T3195,10ms) 500

BVC block/unblock retry time(BssgpT1,100ms) 30

BVC reset retry time(BssgpT2,100ms) 150

Suspend retry time(BssgpT3,100ms) 30

Resume retry time(BssgpT4,100ms) 30

Access capability update retry time(BssgpT5,100ms) 30

PFC creating retry time(BssgpT6,100ms) 30

PFC modifying retry time(BssgpT8,100ms) 30

Timer that monitors block/unblock procedure(NS_T1,100ms) 100

Timer that monitors reset procedure(NS_T2,100ms) 100

NS-cycle of NS-VC test process(NS_T3,100ms) 300

Timer that monitors alive process of NSVC(NS_T4,100ms) 30

PLAN_MOC_IBSCFUNCTION


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Max attempt period of reset(NS_T5,100ms) 1800

Protection time for FUC channel type change(ccmT1,100ms) 100

Protection time for T-network connection(ccmT2,100ms) 100

Protection time for LSP movement(ccmT3,100ms) 100

Handover protecting timer to WCDMA/FDD(RmsT3121,100ms) 100

Get static parameter timer(GetStaticParamTimer,100ms) 120

Timer for MSG waiting(TWaitMsg,100ms) 20

Timer for RANCSEST waiting(TWaitRancsEst,100ms) 100

Timer for RANCSCLECOM waiting(TWaitRancsCleCom,100ms) 30

Length of super vision(LcsSuperVision,100ms) 250

Length of radio(LcsRadio,100ms) 50

LCS wait intra BSS handover timer(LcsWaitInTraHO,100ms) 60

PS channel delay release timer(PSRelDelay,100ms) 300

ATER wait SCCP connection timer(TAterWaitConn,100ms) 15

ATER wait resource timer(TWaitAterRes,100ms) 20

ATER wait resource release timer(TAterWaitRel,100ms) 20

ATER handover monitor timer(TAterMoniterHO,100ms) 120

ATER block circuit timer(TAterCicBlk,100ms) 80

ATER block circuit group timer(TAterBlkCicGrp,100ms) 80

ATER reset timer(TAterRst,100ms) 100

ATER reset guard timer(TITCRst,100ms) 40

ATER block a interface circuit timer(TBlkACic,100ms) 100

ATER block a interface circuit group timer(TBlkACicGrp,100ms) 100

ATER wait resource acknowledge timer(TWaitAterResAck,100ms) 15

RIR timer(TRIR,100ms) 50

RI timer(TRI,100ms) 50

RIAE timer(TRIAE,100ms) 50

HO performed ack timer(TwaitHoPFMAck,100ms) 60

Timer for CCM waiting(CcmWaitTimer,100ms) 45

ATER reset circuit timer(TAterRstCic,100ms) 80

Queue indicate when assign(QueueIndAss) 1

Queue allowed when handover(QueueIndHo) 0

Forced release indicate when assign(PreemptionIndAss) 0

Forced release allowed when handover(PreemptionIndHo) 0

Forced handover indication for assign(ForcedHoIndAss) 0

Forced handover indication for handover(ForcedHoIndHo)0Strategy for preemption when assign(AssPreemptstrategy) 0,0,0,0,0,0,0,0,0,0,0

Strategy for preemption when handover(HoPreemptstrategy) 0,0,0,0,0,0,0,0,0,0,0

Max forced handover times when assign(AssForcedHoTry) 1,1,1,1,1,1,1,1,1,1,1

Max forced handover times when handover(HoForcedHoTry) 1,1,1,1,1,1,1,1,1,1,1

Max forced release times when assign(AssForcedRelTry) 1,1,1,1,1,1,1,1,1,1,1

Max forced release times when handover(HoForcedRelTry) 1,1,1,1,1,1,1,1,1,1,1

Preemption duration when assign(AssPreempTimer,100ms) 0,40,40,40,40,40,40,40,40,4

Preemption duration when handover(HoPreempTimer,100ms) 0,30,30,30,30,30,30,30,30,3

Timer for start forced release when assign(AssForceRelTimer,100ms) 0,30,30,30,30,30,30,30,30,3

Timer for start forced release when handover(HoForceRelTimer,100ms) 5,25,25,25,25,25,25,25,25,2

Interval for search forced handover target when

assign(AssForceHoInterval,100ms) 5,5,5,5,5,5,5,5,5,5,5Interval for search forced handover target when

handover(HoForceHoInterval,100ms) 5,5,5,5,5,5,5,5,5,5,5

Interval for search forced release target when

assign(AssForceRelInterval,100ms) 5,5,5,5,5,5,5,5,5,5,5

Interval for search forced release target when

handover(HoForceRelInterval,100ms) 5,5,5,5,5,5,5,5,5,5,5

Wait resource timer after forced handover(ForceHoWait,100ms) 25

Wait resource timer after forced release(ForceRelWait,100ms) 25

Queue timer for assign(RmsT11,100ms) 0,60,60,60,60,60,60,60,60,6

Queue timer for handover(RmsTqho,100ms) 0,50,50,50,50,50,50,50,50,5


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Enough low priority for preemption(LowestPriority) 14

Enough call duration for preemption(LongCallDuration) 50

Forced handover target penalty time(ForceHoPenalty) 60

Priority of emergency service(EmergServicelPrio) 1

Info 56,19663800,0,7680,0,0,0

Optimized POC service support(PocSupport) 0

Highest coding scheme of POC service(PocAttSelt) 2,9

Highest coding scheme of signal TBF(SigTBFMaxCode) 9

HBTS scan begin timer(HBTSScanBT) 3

HBTS scan cycle(HBTSScanCyc,3600s) 24

HBTS scan site number(HBTSScanSiteNum) 10

LLC frame rerouting(LLCTransupport) 0

Max resending times for physical information(NY1) 35

Emergency call allowed(EmergencyCall) 0

Multi-band report indication(MulbandReport) 3

New setup cause indication(NECI) 0

Power offset indication(PowerOffsetInd) 0

Power offset(PowerOffset,2db) 0

Queue allowed when assign 1,0

Preemption allowed when assign or handover 0,0

Number of candidate cells for handover(CandidateNum) 6

Cipher mode(CipherMode) ,0,0,0,0,0,0,0

CCCH load indication period(CcchLoadIndPrd,s) 2

CCCH load indication 80,80

Overload sending period(OverloadPrd,s) 2

Average bursts count surveyed by RACH(AvgSlots) 60

RACH receiving signal level threshold for busy burst(RachBusyThs) 63

T200 timer/SDCCH(5ms) 1,1,1,1,1,1,1

Interval of re-sending repeating physical info message(10ms) 28,10

BCCH switch allowed(CanBcchExch) 1

SDCCH dynamic configuration allowed(CanSdcchDyn) 1

TA maximum(TaMax) 63

TA allowed(TaAllowed) 63

Dynamic HR support indication(DynaHREnable) 1

Subcell used(SubCellUsed) 0

Frequency band of subcell(SubFreqBand)0AMR full active codec set(AmrFullAcs) 165

AMR half active codec set 21

Thresholds of AMR 4,31,39,22,25,29,34,40

Hysteresis of AMR ,5,5,5,6,4,5,5,6,6

Enable noise control(IsAmrNscb) 0,0

Initial codec mode(IsAmrICM) 1,1

Start mode(AmrStartMode) 1,1

Forced handover indication 0,0

Channel Select Strategy 0,0,0,0,0,0,0,0,0,0,0

Uplink level(PcUlLevWindow) 2

Weight value of weighted average uplink intensity 2

Downlink level(PcDlLevWindow) 2

Weight value of weighted average downlink intensity 2

Uplink quality(PcUlQualWindow) 2Weight value of weighted average uplink quality 2

Downlink quality(PcDlQualWindow) 2

Weight value of weighted average downlink quality 2

Min interval of power control(PcMinInterval,SACCH double frame) 2,2,2,2

Uplink power control allowed(PwrControlUl) 1

Downlink power control allowed(PwrControlDl) 1

Power increasing step(db) 1,1,1,1

Power decreasing step(db) 0,0,0,0

Max power level of MS(MsTxPwrMax) 5,5,5,5

Min power level of MS(MsTxPwrMin) 16,16,16,16

Min power level of BS(BsTxPwrMin) 10,10,10,10

PLAN_NETWORK_TABLE

PLAN_POC_SAMPLING_TABLE


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Increase uplink level 20,20,20,20

Decrease uplink level 30,30,30,30

Increase uplink quality 3,3,3,3

Decrease uplink quality 1,1,1,1

Increase downlink level 25,25,25,25

Decrease downlink level 35,35,35,35

Increase downlink quality 3,3,3,3

Decrease downlink quality 1,1,1,1

P value. If there are P in N uplink intensity mean values are lower than

PcUlInclLevThs value, power will increase 2,2,2,2

N value. If there are P in N uplink intensity mean values are lower than


P value. If there are P in N uplink intensity mean values are higher than

PcUlInclLevThs value, power will decrease 2,2,2,2

N value. If there are P in N uplink intensity mean values are higher than


P value. If there are P in N uplink quality mean values are higher than

PcUlInclQualThs value (worse), power will increase 2,2,2,2

N value. If there are P in N uplink quality mean values are higher than


P value. If there are P in N uplink quality mean values are lower than

PcUlInclQualThs value, power will decrease 2,2,2,2

N value. If there are P in N uplink quality mean values are lower thanPcUlInclQualThs value, power will decrease 3,3,3,3

P value.If there are P in N downlink intensity mean values are lower than


N value. If there are P in N downlink intensity mean values are lower than


P value. If there are P in N downlink intensity mean values are higher than


N value. If there are P in N downlink intensity mean values are higher than


P value. If there are P in N downlink quality mean values are higher than


N value. If there are P in N downlink quality mean values are higher than


P value. If there are P in N uplink (downlink) quality mean values are lower

than PcUlInclQualThs value, power will decrease 2,2,2,2

N value. If there are P in N uplink (downlink) quality mean values are lower

than PcUlInclQualThs value, power will decrease 3,3,3,3

Power decrease limit 20,18,16,14,12,10

Report period of measurement for power control(PwrCtrlReportPrd) 240

Uplink power control strategy(UlPwCtrl) 0

Downlink power control strategy(DlPwCtrl) 0

Expected signal intensity of MS(SS_BTS) 40

Downlink power control mode(PwCtrlMode) 0

Power control level(PwCtrlLev) 0

Power descending of PDCH to BCCH in a mode(P0,2db) 0Downlink rapid power control indication(DlRapidPcInd) 0

Uplink rapid power control indication(UlRapidPcInd) 0

Uplink quality(PcUlQualWindow) 2

Weight value of weighted average uplink quality 2

Downlink quality(PcDlQualWindow) 2

Access minimal signal level(RxLevAsMin) 12,12

Maximum initial access signal level(MsTxMaxCCH) 5,5

Cell reselection offset(ReselOffset,2db) 0,0

Cell reselection temporary offset(TempOffset,db) 0,0

Penalty time of cell reselection(PenalTime,10s) 0,0

HSC exist(HCS_EXIST) 0,0

Threshold of HSC signal level(HCS_THR) 0,0

PLAN_RESELECTION_CELL_TABLE

PLAN_POC_TABLE


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HCS priority(PrioClass) 0,0

PLAN_TRX_TABLE Priority(TrxPriority) 1


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0,4484


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00000000000000


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ff7f0000000000000000ffffffffffff1f00ffff1f00ffffffff000000000000ff7fffff000000000000ffffffffffffff01ffffff03ffffffff000000000000ff7fffff000000


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00000ffffffffffffffffffffffffffffffff000000000000ff7fffff000000000000ffffffffffffffff

2G Parameter List

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Transcript of 2G Parameter List