愛立信WCDMA參數(shù)介紹

1、愛立信WCDMA參數(shù)介紹eventldRncOffset = 0 -25.25 Offset added to the cell measurements received in event 1a and/or event 1c measurement reports, when determining whether to trigger event 1d-RNC. Received 1a / 1c event reports proposing to add a cell to the active set, where the proposed cell does not have th

2、e capabilities required to provide the same level of service as the existing cells in the active set, are only considered if adding this offset to the received measurement results in a higher value than the measurements of the active set.eventldRncThreshold = 4 ( 0.60 Number of consecutive times tha

3、t event 1a and/or event 1c measurement reports must be received proposing to add a particular cell to the active set, where the proposed cell does not have the capabilities required to provide the same level of service as the existing cells in the active set. Once the threshold is reached, event 1d-

4、RNC will be triggered. This will cause a reconfiguration based on the capabilities of the proposed cell, to facilitate the subsequent addition of that cell to the active set.filterCoeff4_2b = 2 ( 0.9, 11, 13, 15, 17, 19 頻間報(bào)告 3 層濾波 系數(shù)。2b事件。filterCoeff6 = 3 ( 0.9, 11, 13, 15, 17, 19 6a 6b 報(bào)告 3 層濾波系數(shù)。f

5、ilterCoefficient1 = 2( 0.9,11,13,15,17,19 同頻測量濾波系數(shù)。filterCoefficient2 = 2( 0.9,11,13,15,17,19頻間測量濾波系數(shù)。gsmFilterCoefficient3 = 1 ( 0.9, 11, 13, 15, 17, 19 異系統(tǒng)測量濾 波系數(shù)。gsmThresh3a = -95 ( -115.0 3a gsm事件觸發(fā)門限。hsHysteresis1d = 10 0.75 1d 事件遲滯值，對于 HS 業(yè)務(wù)。步長：0.1db， 分辨率：5hsQualityEstimate = CPICH_RSCP HS 測量評

6、估判斷取值。hsTimeToTrigger1d = 640 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 HS 業(yè)務(wù) 1d 事件 trigger timehyst4_2b = 10 0.75 2b 事件遲滯值，步長：0.1db，分辨率：5 TOC o 1-5 h z hysteresis1a=0(0.151a 事件遲滯值 步長0.5dbhysteresis1b=0(0.151b 事件遲滯值，步長0.5dbhysteresis1c=2(0.151c 事件遲滯值，步長0.5dbhystere

7、sis1d=15( 0.15 1d 事件遲滯值，步長0.5dbhysteresis2d=0(0.292d 事件遲滯值，步長0.5dbhysteresis2f=0(0.292f 事件遲滯值，步長0.5dbhysteresis3a=0(0.153a 事件遲滯值，步長0.5dbmeasQuantity1 = CPICH_EC_NO 頻間測量取值。nonUsedFreqThresh4_2bEcno = -9 ( -24.0 未使用的異頻頻點(diǎn) 2b 報(bào)告門限nonUsedFreqThresh4_2bRscp = -95 ( -115.-25 未使用的異頻頻點(diǎn) 2b 報(bào) 告門限nonUsedFreqW4_

8、2b = 0 ( 0.20 未使用的異頻頻點(diǎn)2b計(jì)算權(quán)重；reportingInterval1a = 3 ( 0.7 1a 事件報(bào)告周期。0 : No event-triggered periodical reporting: 0.25 s: 0.5 s TOC o 1-5 h z : 1 s: 2 s: 4 s: 8 s: 16 sreportingInterval1c = 3 ( 0.7 1c事件報(bào)告周期。0: No event-triggered periodical reporting1: 0.25 s 2: 0.5 s 3: 1 s 4: 2 s 5: 4 s 6: 8 s 7: 1

9、6 sreportingRange1a = 6 ( 0.29 1a 事件測量報(bào)告窗口 步長 0.5dbreportingRange1b = 10 0.29 1b 事件測量報(bào)告窗口 步長 0.5dbtimeToTrigger1a = 11 0.15 1a 事件 trigger time Value mapping:0 :0 ms1 :10 ms2 :20 ms3 :40 ms4 :60 ms5 :80 ms6 :100 ms7 :120 ms8 :160 ms9 :200 ms10: 240 ms11: 320 ms12: 640 ms13: 1280 ms14: 2560 ms15: 5000

10、 mstimeToTrigger1b = 12 ( 0.15 1b 事件 trigger time Value mapping: 0 : 0 ms 1 : 10 ms: 20 ms: 40 ms: 60 ms: 80 ms: 100 ms: 120 ms: 160 ms: 200 ms: 240 ms: 320 ms: 640 ms: 1280 ms: 2560 ms: 5000 mstimeToTriggerlc = 11 0.15 1c 事件 trigger time Value mapping: 0: 0 ms1: 10 ms 2: 20 ms 3: 40 ms 4: 60 ms 5:

11、80 ms 6: 100 ms 7: 120 ms 8: 160 ms 9: 200 ms 10: 240 ms 11: 320 ms 12: 640 ms 13: 1280 ms 14: 2560 ms 15: 5000 mstimeToTriggerld = 14 0.15 1d 事件 trigger time Value mapping: 0: 0 ms1: 10 ms 2: 20 ms 3: 40 ms 4: 60 ms 5: 80 ms 6: 100 ms 7: 120 ms 8: 160 ms 9: 200 ms10: 240 ms11: 320 ms12: 640 ms13: 1

12、280 ms14: 2560 ms15: 5000 mstimeToTrigger2dEcno = 320 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 當(dāng)測量報(bào)告取 Ec/No 時(shí) 2D 事件 trigger timetimeToTrigger2dRscp = 320 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 當(dāng)測量報(bào)告取 RSCP 時(shí) 2D 事件 trigger timet

13、imeToTrigger2fEcno = 1280 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 當(dāng)測量報(bào)告取 Ec/No 時(shí) 2F 事件 trigger timetimeToTrigger2fRscp = 1280 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 當(dāng)測量報(bào)告取 RSCP 時(shí) 2F 事件 trigger timetimeToTrigger3a = 6 ( 0.15 3

14、a 事件 trigger time Value mapping: 0: 0 ms1: 10 ms2: 20 ms3: 40 ms4: 60 ms5: 80 ms6: 100 ms7: 120 ms8: 160 ms9: 200 ms10: 240 ms11: 320 ms12: 640 ms13: 1280 ms14: 2560 ms15: 5000 mstimeToTrigger6d = 320 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 6D 事件觸發(fā)時(shí)間timeTrigg4_2b

15、 = 100 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 2b 事件觸發(fā)時(shí)間timeTrigg6b = 1280 ( 0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000 6B 事件觸發(fā)時(shí)間txPowerConnQualMonabl = TRUE Defines whether connection quality monitoring, using Tx Power Measurement

16、s is enabled or not.確定 6D/6B 事件是 否可以觸發(fā)？ ？UeMeasControlIdueTxPowerThresh6b = 18 ( -50.33 6b 事件觸發(fā)門限usedFreqRelThresh2fEcno = 2 ( 0.20 當(dāng)測量報(bào)告由 Ec/No 確定時(shí)，同 usedFreqThresh2dEcno 一起確定是否觸發(fā) 2F 事件，如 usedFreqThresh2dEcno 設(shè)置 為-12db，則當(dāng)Ec/No-10db時(shí)觸發(fā)2f事件usedFreqRelThresh2fRscp = 3 ( 0.20 當(dāng)測量報(bào)告由 RSCP 確定時(shí)，同 usedFreq

17、Thresh2dRscp 一起確定是否觸發(fā) 2f 事件。如 usedFreqThresh2dRscp 取 -100dbm，則當(dāng)RSCP-97dbm時(shí)觸發(fā)2f事件usedFreqRelThresh4_2bEcno = -1 ( -10.10 當(dāng)測量報(bào)告由 Ec/No 確定時(shí)， 同 usedFreqThresh2dEcno 一起確定是否觸發(fā)2b事件，同時(shí)需要考慮 nonUsedFreqThresh4_2bEcno，nonUsedFreqThresh4_2bRscpusedFreqRelThresh4_2bRscp = -3 ( -20.20 當(dāng)測量報(bào)告由 RSCP 確定時(shí)， 同 usedFreqT

18、hresh2dRscp 一 起確定 2b 事件， 同時(shí) 需考慮 nonUsedFreqThresh4_ 2bEcno，nonUsedFreqThresh4_ 2bRscpusedFreqThresh2dEcnoDrnc = -12 ( -24.0 usedFreqThresh2dRscpDrnc = -100 ( -115.-25 usedFreqW2d = 0 ( 0.20 usedFreqW2f = 0 ( 0.20 usedFreqW4_2b = 0 ( 0.20 userLabel = 0.128 utranFilterCoefficient3 = 2 ( 0.9, 11, 13, 1

19、5, 17, 19 異系統(tǒng)測量 濾波系數(shù)utranRelThresh3aEcno = -1 ( -10.10 當(dāng)測量報(bào)告取 Ec/No 時(shí)，同 usedFreqThresh2dEcno 一起確定是否觸發(fā) 3a 事件，比如當(dāng) usedFreqThresh2dEcno 取-12db，則當(dāng)Ec/No-13db時(shí)觸發(fā)3a，同時(shí)需考慮gsmThresh3autranRelThresh3aRscp = -3 ( -20.20當(dāng)測量 報(bào)告取 RSCP 時(shí)，同 usedFreqThresh2dRSCP 一起 確定是 否觸發(fā) 2a 事件，比如當(dāng) usedFreqThresh2dRSCP 取-100dbm，當(dāng) R

20、SCP-103dbm 觸發(fā) 3a 事件，同時(shí)需 考慮 gsmThreshutranRelThreshRscp = 5 0.40 Relative threshold used during bad connection quality, when the measurement quantity is CPICH RSCP.This parameter is used to compute the absolute RSCP threshold for the used frequency for 3a or 2b measurements, when bad connection quali

21、ty has been triggered in the uplink. The relative threshold is used together with (on top of) the relative thresholds utranRelThresh3aRscp (for 3a measurements) and usedFreqRelThresh4_2bRscp (for 2b measurements).The absolute 3a threshold will then be calculated as: absolute 3a RSCP threshold =usedF

22、reqThresh2dRscp + utranRelThresh3aRscp + utranRelThreshRscp.The absolute 2b used frequency threshold will be calculated as: absolute 2b RSCP used frequency threshold = usedFreqThresh2dRscp + usedFreqRelThresh4_2bRscp + utranRelThreshRscp.utranW3a = 0 ( 0.20 w1a = 0 ( 0.20 w1b = 0 ( 0.20 mobilityRela

23、tionType = HO_AND_CELL_RESELqOffset1sn = 7 ( -50.50 系統(tǒng)間重選小區(qū)偏置administrativeState = LOCKED 小區(qū) 內(nèi) HSDPA 資源管理狀態(tài) The administrative state of the HSDPA resources in the cell.Data for the HSDPA physical channels HS-SCCH and HS-PDSCH will be configured in the RBS.availabilityStatus ( 0.4095 小區(qū)內(nèi) HSDPA 可用資源co

24、deThresholdPdu656 = 6 0.15 Threshold for determining when to use the RLC PDU size = 656 bits for UEs with HS-DSCH physical layer category 7 to 10.cqiFeedbackCycle = 8 ( 0, 2, 4, 8, 10, 20, 40, 80, 160 The duration of the CQI feedback cycle on HS-DPCCH. CQI 反饋周期deltaAckl = 4 0.8 The power offset for

25、acknowledgement messages on HS-DPCCH for UE Connections using one RLS.deltaAck2 = 8 0.8 The power offset for acknowledgement messages on HS-DPCCH for UE Connections using two or more RLSs.deltaCqi1 = 4 0.8 The power offset for CQI report messages on HS-DPCCH for UE Connections using one RLS.deltaCqi

26、2 = 8 0.8 The power offset for CQI report messages on HS-DPCCH for UE Connections using two or more RLSs.deltaNack1 = 4 0.8 The power offset for non-acknowledgement messages on HS-DPCCH for UE Connections using one RLS.deltaNack2 = 8 0.8 The power offset for non-acknowledgement messages on HS-DPCCH

27、for UE Connections using two or more RLSs.enhancedL2Support Indicates whether Enhanced Layer 2 is supported in the cell or not, as reported by the RBS in RSI or audit response.hsMeasurementPowerOffset = 80 ( -60.130 The Measurement power offset, also called gamma, sent to the UE and RBS via RRC and

28、NBAPUsed to offset the CQI in order to utilize the whole CQI rangeinitialAckNackRepetitionFactor = 1 ( 1.4 The initial number of repetitions for ACK/NACK feedback transmissions on HS-DPCCH.initialCqiRepetitionFactor = 1 ( 1.4 The initial number of repetitions for CQI report messages on HS-DPCCH.numH

29、sPdschCodes = 5 ( 1.15 分配給 HS-Pdsch 所用 SF=16 碼數(shù)numHsScchCodes = 1 ( 1.4 分配給 HS-Scch 所有 SF=128 碼數(shù)operationalState HSDPA 資源操作狀態(tài)qam64Support小區(qū)是否支持64QAM調(diào)制accessClassesBarredCs Specifies which access classes are barred for CS.指定 CS業(yè)務(wù)哪個接入等級被禁止，每位表示一個接入等級是否被barredaccessClassesBarredPs Specifies which acces

30、s classes are barred for PS.accessClassNBarred Specifies which access classes are barred.administrativeState = LOCKED 小區(qū)管理狀態(tài)agpsEnabled = TRUE指示A-GPS在小區(qū)是否可激活amrNbSelector = SINGLE_RATE 指示小區(qū)支持單 AMR 還是多 AMRamrWbRateDlMax = 12650 ( 6600, 8850, 12650 Maximum AMR-WB rate to be used in the downlink for se

31、lecting the maximum rate at setup of an AMR-WBRAB.Only applicable for requests including AMR-WB.amrWbRateUlMax = 12650 6600, 8850, 12650 Maximum AMR-WB rate tobe used in the uplink for selecting the maximum rate at setup of an AMR-WB RAB. Only applicable for requests including AMR-WB.antennaPosition

32、 Contains the WGS84 location for the antenna position of each cell.aseDlAdm = 240 0.500 接納控制中，下行ase接入限制aseLoadThresholdUlSpeech Contains uplink ASE threshold values used for AMR rate selection.上行ASE門限值，用做AMR速率選擇aseUlAdm = 160 0.500 接納控制中，上行ase接入限制availabilityStatus 0.4095 小區(qū)可用狀態(tài) More than one of the

33、 following conditions can apply for the same object:Bit 0 = 1: INTEST Bit 1 = 1: FAILED Bit 2 = 1: POWEROFF Bit 3 = 1: OFFLINE Bit 4 = 1: OFFDUTYBit 5 = 1: DEPENDENCY (set to 1 when bit 9, bit 10 or bit 11 is set to 1)Bit 6 = 1: DEGRADEDBit 7 = 1: NOTINSTALLEDBit 8 = 1: LOGFULLBit 9 = 1: DEPENDENCYL

34、OCKEDBit 10 = 1: DEPENDENCYFAILEDBit 11 = 1: DEPENDENCYSHUTTINGDOWNbchPower = -31 -350.150 cellBroadcastSac = -1 -1.65535 位置區(qū)小區(qū)廣播區(qū)碼cellReserved = NOT_RESERVED小區(qū)是否保留，如保留，UE不能接入cId 0.65535 小區(qū)標(biāo)識，RNC 內(nèi)唯一codeLoadThresholdDlSf128 = 100 0.100碼負(fù)荷門限用做在建立業(yè)務(wù)時(shí) 初始AMR速率選擇算法是選擇SF128還是SFpModeAdm = 15 0.128 小區(qū)無線鏈路壓縮

35、模式數(shù)量管理ctchOccasionPeriod = 256 1.256 Period of CTCH allocations on S-CCPCH. The CTCH occasions are identified by the first radio frame of the TTI that can contain CTCH data. The CTCH occasions are fixed on the system frame number cycle 0.4095 (no modulo calculation) and thus repeated cyclically.dire

36、ctedRetryTarget Reference to the ExternalGsmCell MO, containing the specification of this Load Sharing via Directed Retry target cell.dlCodeAdm = 80 0.100 下行信道化碼使用率管理80%eulNonServingCellUsersAdm = 100 0.100 Admission threshold for the number of E-DCH users having this cell as non-serving cell.eulSer

37、vingCellUsersAdm = 32 O.100 Admission threshold for the number of E-DCH users having this cell as serving cell. Includes both 2 ms TTI and 10 ms TTI users.eulServingCellUsersAdmTti2 = 2 ( 0.100 Admission threshold for the number of 2 ms TTI E-DCH users having this cell as serving cell. Applicable at

38、 serving cell change, at RAB establishment and at reconfiguration to EUL.fachMeasOccaCycLenCoeff = 0 ( 0.12 Fach Measurement Occasion Cycle Length coefficient. A factor used when the UE performs inter-frequency and inter-system measurements. The UE uses this parameter to calculate the interval lengt

39、h in order to determine the repeating cycle of the measurement.hardIfhoCorr = 3 ( -5.15 頻間硬切換初始發(fā)射功率校正因子。hcsSib3Config Specifies the Hierarchical Cell Structure Information Elements in System Information Block 3.hcsUsage Specifies the Information Elements Use of HCS in System Information Blocks 11 an

40、d 12hoType = GSM_PREFERRED Indicates whether GSM HO, IFHO or no handover shall be attempted when a handover from the current WCDMA frequency is triggered by the connection quality monitoring, indicating that the WCDMA quality is low.hsdpaUsersAdm = 10 ( 0.1000 HSDPA 用戶管理iFCong = 621 ( 0.621 上行擁塞判決門限

41、iFHyst = 6000 ( 0.6000 判斷小區(qū)上行擁塞遲滯individualOffset = 0 -100.100 小區(qū)偏置影響切換算法步長 0.1db 分辨率5interFreqFddMeasIndicator = FALSE 頻間測量指示interPwrMax = 38 -350.150 Intermediate relative power for maximum power erRate = 7760 O.1600000 Intermediate rate for maximum power mapping.iubLinkRef Reference to the IubLin

42、k Managed Object.loadSharingGsmFraction = 100 ( 0.100 Defines percentage of Speech calls that can be directed to GSM after the loadSharingGsmThreshold has been exceeded語音電話GSM小區(qū)負(fù)荷分擔(dān)百分比loadSharingGsmThreshold = 75 ( 0.100 Defines percentage of the guaranteed non-handover admission limit (pwrAdm) abov

43、e which Directed Retry should be invoked119.loadSharingMargin = 0 O.100 Offset added to the downlink power of this cell at inter-frequency load sharing evaluation.120.localCellId O.268435455 Represents resources in the RBS that can be used for the configuration of a cell.121.locationAreaRef Referenc

44、e to the LocationArea Managed ObjectmaximumTransmissionPower = 400 ( 0.500 Maximum transmission power. This is the maximum power for all downlink channels that are allowed to be used simultaneously in a cell, added togethermaxPwrMax = 48 -350.150 Maximum relative power for maximum power mapping.maxR

45、ate = 40690 0.1600000 Maximum rate for maximum power mapping.maxTxPowerUl = 24 -50.33 Maximum UE transmission power on the RACH when accessing the system.minimRate = 1590 0.1600000 Minimum rate for maximum power mapping.minPwrMax = 0 -350.150 Minimum relative power for maximum power mapping.minPwrRl

46、 = -150 -350.150 Minimum power per radio link.mocnCellProfileRef Reference to a profile containing settings for the Cell MOCN feature for this cell.This attribute must contain a valid reference when the Cell MOCN feature is active.nlnSyndnd = 3 L.256 Number of frames to be considered for in-sync det

47、ection.nOutSyncInd = 10 L.256 Number of frames to be considered for out-of-sync detection.operationalState The operational state of the cellprimaryCpichPower = 300 -.500 Power to be used for transmitting the PCPICH.primarySchPower = -18 -350.150 Primary SCH power, relative to the primaryCpichPower v

48、alue.primaryScramblingCode O.511 The primary downlink scrambling code to be used in the cell.pwrAdm = 75 0.100 Admission limit for downlink cell carrier power.pwrHyst = 300 0.60000 Hysteresis time for detection of congestion in the downlink transmitted carrier power.pwrLoadThresholdDlSpeech Contains

49、 downlink power threshold values used for AMR rate selectionpwrOffset = 15 0.100 Cell carrier power offset.Used by Congestion Control.qHystl = 4 0.40 Cell reselection hysteresis used in UE functions in idle and connected mode. Value launched by System information (SIB3).qHyst2 = 4 ( 0. .40 The hyste

50、resis value of the serving cell. Used to perform cell ranking for the serving cell.qQualMin =-18 -24.O Used in UE functions for cell selection/reselection in idle mode and connected mode. Minimum required (acceptable) quality level in the cell.qRxLevMin = -115 -119.-25 Used in UE functions for cell

51、selection/reselection in idle mode and connected mode. Minimum required (acceptable) RX level in the cell.qualMeasQuantity = CPICH_EC_NO Used in UE functions for cell selection/reselection in idle and connected mode.147. releaseAseDl =rateSelectionPsInteractive Configuration of preferred rate for PS

52、 Interactive RABs.147. releaseAseDl =1 0.500 Amount of ASE in the downlink to be released with each periodic congestion-resolution action targeting the guaranteed traffic class connections in this cell.releaseAseDINg = 3 ( 0.500 Amount of ASE in the downlink to be released with each periodic congest

53、ion-resolution action targeting the non-guaranteed traffic class connections in this cell.reservedBy Sequence of references, updated automatically by the system, that point back toward the MOs that have references to this MO. See references inUtranRelation and CoverageRelationHFaimreT = 10 0.255 Gua

54、rd period before sending RL Failure.routingAreaRef Reference to the RoutingArea Managed Object.secondarySchPower = -35 ( -350.150 Secondary SCH power, relative to the primaryCpichPower value.serviceAreaRef Reference to the ServiceArea Managed Objectsf16Adm = 16 O.16 Admission limit for non-guarantee

55、d traffic class connections with DL SF = 16. Maximum number of radio links with Spreading Factor = 16 in the downlinksfl6AdmUl = 16 0.50 Admission limit for non-guaranteed traffic class connections with UL SF = 16. Maximum number of radio links with Spreading Factor = 16 in the uplink (UL SF = 16) f

56、or which new admission requests for non-guaranteed traffic classes with admission class handover or other will continue to be allowed. Reaching or exceeding this number of UL SF = 16 radio links will block setup and addition in this cell of more non-guaranteed traffic class radio links that would re

57、quire UL SF = 16sf16gAdm = 16 ( 0.16 sInterSearch = 0 0.27 The decision on when measurements on inter-frequencies shall be performed. Value mapping:0 : not sent: -32 dB: -30 dB .27 : 20 dBUnit: 2 dBsIntraSearch = 0 0.27 The decision on when measurements on intra-frequencies shall be performed.Value

58、mapping: 0 : not sent.: -32 dB: -30 dB .27 : 20 dBUnit: 2 dBsRatSearch = 4 -32.20 The decision on when measurements on GSM frequencies shall be performed is made using this parameter in relation with Squal.standAloneSrbSelector = SRB136 Defines whether SRB 3.4 or SRB 13.6 should be used as Stand-alo

59、ne SRB in this cell.tCeU 0.9 Timing delay used for defining start of SCH, CPICH and the downlink scrambling codes.treSelection = 2 0.31 Control of cell selection/reselection. Time-to-trigger for cell reselection.uarfcnDl O.16383 Downlink UTRA Absolute Radio Frequency Channel Number. Specifies the ch

60、annel number for the central downlink frequencyuarfcnUl O.16383 Uplink UTRA Absolute Radio Frequency Channel Number. Specifies the channel number for the central uplink frequency.usedFreqThresh2dEcno = -12 ( -24.0 Threshold for event 2d for the used frequency when the measurement quantity is Ec/No.u