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RNCV200R009
Performance Counter Changes
Copyright © Huawei Technologies Co., Ltd. 2009. All rights reserved.No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective holders.
NoticeThe purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
Huawei Technologies Co., Ltd.Address: Huawei Industrial Base
Bantian, Longgang
Shenzhen 518129
People's Republic of China
Website:
Email:
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implie
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document.xls 文档密级
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Performance Counter Changes
No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective holders.
The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implie
document.xls 文档密级
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The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.
document.xls 文档密级
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The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
document.xls 文档密级
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The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第6页,共131页
Measurement Object Changes
Change Reason
No changes
Measurement Unit Changes
Change Reason
added QOS.Cell
added EFACH.Cell
added MOCN.IU
added
added
added UOI Added the counters for UOI board measurement
Measurement Counters Changes
Counter Change Type Counter ID Counter Name
deleted
67199884 VS.RLC.AM.Rtx.Trf.PDU
deleted
67192619 VS.MBMS.PTP.UE.Max.Cell
deleted
67192718 VS.RAB.Estab.PS.CCH.MeanTime
Performance Counter ChangesBSC6810 V200R011C00 VS BSC6810 V200R010C01B061
Measurement Object Change Type
Measurement Object Name
Measurement Unit Change Type
Measurement Unit Name
Added the performance counters based on the Qos.
Added the counters to estimate the performance of E-FACH function.Added the counters to estimate the performance of MOCN function.
RAB.Estab.PLMN.RNC
Added the counters to estimate the performance of MOCN function.
RAB.Rel.PLMN.RNC
Added the counters to estimate the performance of MOCN function.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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deleted
67192720 VS.RAB.Estab.PS.CCH.MaxTime
deleted
67179305 VS.RRC.ConnEstabTimeMax.CCH
deleted
67199511 VS.RRC.ConnEstabTimeMean.CCH
deleted67194969 VS.LCC.LDR.MBMS.PowerDec
deleted67204397 VS.FIBER.RXFLUX
deleted67204398 VS.FIBER.TXFLUX
modified
67202601 VS.RB.DLStrPS.256384.RNC
modified
67202622 VS.RB.ULStrPS.256384.RNC
modified 67179527 VS.RRC.Rej.TNL.Fail
modified
67203441 VS.RB.DLStrPS.256384
modified
67203448 VS.RB.ULStrPS.256384
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67189469 RRC.AttConnRelDCCH.NormRel
modified
67189459 RRC.AttConnRelDCCH.Congestion
modified
67189460 RRC.AttConnRelDCCH.Preempt
modified
67189461 RRC.AttConnRelDCCH.ReEstRej
modified
67189462 RRC.AttConnRelDCCH.SigConReEst
modified
67189463 RRC.AttConnRelDCCH.UsrInact
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67189464 RRC.AttConnRelDCCH.Unspec
modified
67189470 RRC.AttConnRelCCCH.NormRel
modified
67189465 RRC.AttConnRelCCCH.Congestion
modified
67189466 RRC.AttConnRelCCCH.Preempt
modified
67189467 RRC.AttConnRelCCCH.ReEstRej
modified
67189468 RRC.AttConnRelCCCH.SigConReEst
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67189471 RRC.AttConnRelCCCH.UsrInact
modified
67189472 RRC.AttConnRelCCCH.Unspec
modified
67179571 RRC.FailConnReEstab.Cong
modified
67180387 VS.RRC.ConnRel.CellUpd
modified
67199466 VS.CellFACHUEs.RNC
modified
67199661 VS.CellFACHUEs
modified
67179649 VS.RRC.AttConEst.CCH
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67174705 VS.RRC.AttConnEstab.CCH
modified
67179650 VS.RRC.SuccConEst.CCH
modified
67174706 VS.RRC.SuccConnEstab.CCH
modified
67174812 VS.RAB.PSSetupTimeMax.CCH
modified
67199679 VS.RAB.PSSetupTimeMean.CCH
modified
67191818 VS.Abnorm.Rel.PS.CCH
modified
67191791 VS.Norm.Rel.PS.CCH
modified
67191798 VS.Norm.Rel.PS.CCH.UlSigRel
modified
67190697 VS.HSDPA.ChR.HSDSCHtoFACH.Att
modified
67189833 VS.HSDPA.ChR.HSDSCHtoFACH.Succ
modified
67190696 VS.HSDPA.ChR.FACHtoHSDSCH.Att
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67189831 VS.HSDPA.ChR.FACHtoHSDSCH.Succ
modified
67190707 VS.DCCC.C2D.Att
modified
67180675 VS.DCCC.C2D.Succ
modified
67190706 VS.DCCC.D2C.Att
modified
67180676 VS.DCCC.D2C.Succ
modified
67190404 VS.RRC.Rej.UL.CE.Cong
modified
67190405 VS.RRC.Rej.DL.CE.Cong
modified
67179525 VS.RRC.Rej.RL.Fail
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67190406 VS.RAB.FailEstCs.ULCE.Cong
modified
67190409 VS.RAB.FailEstPs.DLCE.Cong
modified
67191839 VS.RAC.DCCC.Fail.ULCE.Cong
modified
67191840 VS.RAC.DCCC.Fail.DLCE.Cong
modified
67191841 VS.RAC.SHO.Fail.ULCE.Cong
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67191842 VS.RAC.SHO.Fail.DLCE.Cong
modified
67192492 VS.RAC.HHO.Fail.ULCE.Cong
modified
67192493 VS.RAC.HHO.Fail.DLCE.Cong
modified
67191843 VS.RAC.NewCallRequest.Fail.ULCE.Cong
modified
67191844 VS.RAC.NewCallRequest.Fail.DLCE.Cong
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67192585 VS.DCCC.DL.ThrUpsizing.Att
modified
67192586 VS.DCCC.DL.ThrUpsizing.Succ
modified
67192593 VS.DCCC.UL.ThrUpsizing.Att
modified
67192594 VS.DCCC.UL.ThrUpsizing.Succ
modified
67192595 VS.DCCC.UL.ThrDownsizing.Att
modified
67192596 VS.DCCC.UL.ThrDownsizing.Succ
modified
67204860 VS.RLC.AM.Tx.HsdpaTrf.PDU
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67204861 VS.AM.RLC.Tx.HsdpaSig.PDU
modified
67204862 VS.AM.RLC.Rtx.HsdpaSig.PDU
modified
67204863 VS.RLC.AM.Disc.HsdpaTrfPDU
modified
67204864 VS.RLC.AM.Disc.HsdpaSig.PDU
modified
67192607 VS.RRC.Estab.DRDIn
modified
67196163 OS.MTP3.DSP.Unavail
modified
67196164 OS.MTP3.DSP.Unavail.Dur
modified
67196165 OS.MTP3.Lnk.Service.Dur
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67196166 OS.MTP3.Lnk.Fail
modified
67196167 OS.MTP3.Lnk.Fail.Dur
modified
67196168 OS.MTP3.Lnk.Cong.Dur
modified
67196169 OS.MTP3.Lnk.LocalInhibit
modified
67196170 OS.MTP3.Lnk.LocalInh.Dur
modified
67196171 OS.MTP3.Lnk.RmtInhibit
modified
67196172 OS.MTP3.Lnk.RmtInhibit.Dur
modified
67196173 OS.MTP3.Lnk.Cho
modified
67196174 OS.MTP3.Lnk.Tx.Msg
modified
67196175 OS.MTP3.Lnk.Rx.Msg
modified
67196176 OS.MTP3.Lnk.ConG
modified
67196177 OS.MTP3.Lnk.SIO.SIF.Tx
modified
67196178 OS.MTP3.Lnk.SIO.SIF.Rx
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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modified
67196183 OS.MTP3.Lnkset.Unavail
modified
67196184 OS.MTP3.Lnkset.Unavail.Dur
added
67193397 VS.HHO.InterFreqOutCS.MeasTimeOut
added
67193398 VS.HHO.InterFreqOutPS.MeasTimeOut
added
67193399 VS.IRATHO.OutCS.MeasTimeOut
added
67193400 VS.IRATHO.OutPS.MeasTimeOut
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67193401 VS.HHO.InterFreq.CS.Out.TrigRscp
added
67193402 VS.HHO.InterFreq.CS.Out.TrigEcIo
added
67193403 VS.HHO.InterFreq.PS.Out.TrigRscp
added
67193404 VS.HHO.InterFreq.PS.Out.TrigEcIo
added
67193405 VS.IRATHO.CS.Out.TrigRscp
added
67193406 VS.IRATHO.CS.Out.TrigEcIo
added
67193407 VS.IRATHO.PS.Out.TrigRscp
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67193408 VS.IRATHO.PS.Out.TrigEcIo
added
67204798 VS.RB.DLConvPS.38.8.RNC
added
67204799 VS.RB.DLConvPS.39.2.RNC
added
67204800 VS.RB.DLConvPS.40.RNC
added
67204801 VS.RB.DLConvPS.42.8.RNC
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67204802 VS.RB.ULConvPS.38.8.RNC
added
67204803 VS.RB.ULConvPS.39.2.RNC
added
67204804 VS.RB.ULConvPS.40.RNC
added
67204805 VS.RB.ULConvPS.42.8.RNC
added 67204156 VS.CellEFACHUEs
added
67195964 RRC.AttConnEstab.MBMSRep
added
67195965 RRC.AttConnEstab.MBMSPtp
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67195966 RRC.SuccConnEstab.MBMSRep
added
67195967 RRC.SuccConnEstab.MBMSPtp
added 67195587 VS.RRC.ManualDsac.Num
added 67195590 VS.RRC.AutoDsac.Num
added
67196031 VS.RRC.Reject.Redir.Service
added
67204790 VS.RB.DLConvPS.38.8
added
67204791 VS.RB.DLConvPS.39.2
added
67204792 VS.RB.DLConvPS.40
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67204793 VS.RB.DLConvPS.42.8
added
67204794 VS.RB.ULConvPS.38.8
added
67204795 VS.RB.ULConvPS.39.2
added
67204796 VS.RB.ULConvPS.40
added
67204797 VS.RB.ULConvPS.42.8
added
67204813 VS.HSDPA.UE.Ratio.Mean.CAT1.6
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196127 VS.HSDPA.UE.Ratio.Max.CAT1.6
added
67204814 VS.HSDPA.UE.Ratio.Mean.CAT7.10
added
67196130 VS.HSDPA.UE.Ratio.Max.CAT7.10
added
67204815 VS.HSDPA.UE.Ratio.Mean.CAT11.12
added
67196133 VS.HSDPA.UE.Ratio.Max.CAT11.12
added
67204816 VS.HSDPA.UE.Ratio.Mean.CAT13.14
added
67196136 VS.HSDPA.UE.Ratio.Max.CAT13.14
added
67204817 VS.HSDPA.UE.Ratio.Mean.CAT15.16
added
67196139 VS.HSDPA.UE.Ratio.Max.CAT15.16
added
67204818 VS.HSDPA.UE.Ratio.Mean.CAT17.20
added
67196142 VS.HSDPA.UE.Ratio.Max.CAT17.20
added
67204819 VS.HSUPA.UE.Ratio.Mean.CAT1.5
added
67196145 VS.HSUPA.UE.Ratio.Max.CAT1.5
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67204820 VS.HSUPA.UE.Ratio.Mean.CAT6
added
67196148 VS.HSUPA.UE.Ratio.Max.CAT6
added
67196032 VS.DCCC.UL.CovDownsizing.Att
added
67196033 VS.DCCC.UL.CovDownsizing.Succ
added
67196034 VS.DCCC.UL.CongDownsizing.Att
added
67196035 VS.DCCC.UL.CongDownsizing.Succ
added67196025 VS.DCCC.E2E.ReqRateUp.UE
added67196026 VS.DCCC.E2E.ReqRateDown.UE
added67196027 VS.DCCC.E2E.SuccRateUp.UE
added67196028 VS.DCCC.E2E.SuccRateDown.UE
added 67196029 VS.LCC.LDR.HSUPA.InterRATCS
added 67196030 VS.LCC.LDR.HSDPA.InterRATCS
added67195992 VS.LCC.HSDPA.CodeAdj
added 67193409 VS.LCC.LDR.CodeAdj.Succ
added67193410 VS.LCC.HSDPA.CodeAdj.Succ
added
67194970 VS.LCC.OLC.MBMS.PTM.RBRel
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67194971 VS.LCC.OLC.MBMS.PTP.RBRel
added
67204806 VS.RLC.AM.Tx.R99Trf.PDU
added
67204807 VS.AM.RLC.Tx.R99Sig.PDU
added
67204808 VS.AM.RLC.Rtx.HsdpaTrf.PDU
added
67204809 VS.AM.RLC.Rtx.R99Trf.PDU
added
67204812 VS.AM.RLC.Rtx.R99Sig.PDU
added
67204810 VS.RLC.AM.Disc.R99TrfPDU
added
67204811 VS.RLC.AM.Disc.R99Sig.PDU
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added67204177 VS.RLC.AM.Rtx.Trf.PDU.1
added67204178 VS.RLC.AM.Rtx.Trf.PDU.2
added67204179 VS.RLC.AM.Rtx.Trf.PDU.3
added 67193111 VS.RRC.AttConnEstab.EFACH
added 67193112 VS.RRC.SuccConEst.EFACH
added 67193113 VS.RRC.ConnEstabTimeMax.CCH.FACH
added 67193114 VS.RRC.ConnEstabTimeMax.CCH.HSDSCH
added 67204167 VS.RRC.ConnEstabTimeMean.CCH.FACH
added 67204168 VS.RRC.ConnEstabTimeMean.CCH.HSDSCH
added 67193119 VS.RAB.AttEstPS.EFACH
added 67193120 VS.RAB.SuccEstPS.EFACH
added 67193121 VS.RAB.Estab.PS.CCH.FACH.MaxTime
added 67193122 VS.RAB.Estab.PS.CCH.HSDSCH.MaxTime
added 67204169 VS.RAB.Estab.PS.CCH.FACH.MeanTime
added 67204170 VS.RAB.Estab.PS.CCH.HSDSCH.MeanTime
added 67193127 VS.RAB.Abnorm.Rel.PS.EFACH
added 67193128 VS.RAB.Norm.Rel.PS.EFACH
added67195972 VS.AMR.Estab.MaxTime
added67204785 VS.AMR.Estab.MeanTime
added67195973 VS.AMR.Estab.MinTime
added67195976 VS.CS64.Estab.MaxTime
added67204786 VS.CS64.Estab.MeanTime
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added67195977 VS.CS64.Estab.MinTime
added67195980 VS.PSR99.Estab.MaxTime
added67204787 VS.PSR99.Estab.MeanTime
added67195981 VS.PSR99.Estab.MinTime
added67195984 VS.HSDPA.Estab.MaxTime
added67204788 VS.HSDPA.Estab.MeanTime
added67195985 VS.HSDPA.Estab.MinTime
added67195988 VS.HSUPA.Estab.MaxTime
added67204789 VS.HSUPA.Estab.MeanTime
added67195989 VS.HSUPA.Estab.MinTime
added
67196050 VS.HSDPA.GoldenBeChThroughput.0
added
67196051 VS.HSDPA.GoldenBeChThroughput.1
added
67196052 VS.HSDPA.GoldenBeChThroughput.2
added
67196053 VS.HSDPA.GoldenBeChThroughput.3
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196054 VS.HSDPA.GoldenBeChThroughput.4
added
67196055 VS.HSDPA.GoldenBeChThroughput.5
added
67196056 VS.HSDPA.GoldenBeChThroughput.6
added
67196057 VS.HSDPA.GoldenBeChThroughput.7
added
67196058 VS.HSDPA.GoldenBeChThroughput.8
added
67196059 VS.HSDPA.GoldenBeChThroughput.9
added
67196060 VS.HSDPA.GoldenBeChThroughput.10
added
67196061 VS.HSDPA.GoldenBeChThroughput.11
added
67196062 VS.HSDPA.GoldenBeChThroughput.12
added
67196063 VS.HSDPA.GoldenBeChThroughput.13
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196064 VS.HSDPA.SilverBeChThroughput.0
added
67196065 VS.HSDPA.SilverBeChThroughput.1
added
67196066 VS.HSDPA.SilverBeChThroughput.2
added
67196067 VS.HSDPA.SilverBeChThroughput.3
added
67196068 VS.HSDPA.SilverBeChThroughput.4
added
67196069 VS.HSDPA.SilverBeChThroughput.5
added
67196070 VS.HSDPA.SilverBeChThroughput.6
added
67196071 VS.HSDPA.SilverBeChThroughput.7
added
67196072 VS.HSDPA.SilverBeChThroughput.8
added
67196073 VS.HSDPA.SilverBeChThroughput.9
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196074 VS.HSDPA.SilverBeChThroughput.10
added
67196075 VS.HSDPA.SilverBeChThroughput.11
added
67196076 VS.HSDPA.SilverBeChThroughput.12
added
67196077 VS.HSDPA.SilverBeChThroughput.13
added
67196078 VS.HSDPA.CopperBeChThroughput.0
added
67196079 VS.HSDPA.CopperBeChThroughput.1
added
67196080 VS.HSDPA.CopperBeChThroughput.2
added
67196081 VS.HSDPA.CopperBeChThroughput.3
added
67196082 VS.HSDPA.CopperBeChThroughput.4
added
67196083 VS.HSDPA.CopperBeChThroughput.5
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196084 VS.HSDPA.CopperBeChThroughput.6
added
67196085 VS.HSDPA.CopperBeChThroughput.7
added
67196086 VS.HSDPA.CopperBeChThroughput.8
added
67196087 VS.HSDPA.CopperBeChThroughput.9
added
67196088 VS.HSDPA.CopperBeChThroughput.10
added
67196089 VS.HSDPA.CopperBeChThroughput.11
added
67196090 VS.HSDPA.CopperBeChThroughput.12
added
67196091 VS.HSDPA.CopperBeChThroughput.13
added
67196092 VS.HSUPA.GoldenBeChThroughput.0
added
67196093 VS.HSUPA.GoldenBeChThroughput.1
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196094 VS.HSUPA.GoldenBeChThroughput.2
added
67196095 VS.HSUPA.GoldenBeChThroughput.3
added
67196096 VS.HSUPA.GoldenBeChThroughput.4
added
67196097 VS.HSUPA.GoldenBeChThroughput.5
added
67196098 VS.HSUPA.GoldenBeChThroughput.6
added
67196099 VS.HSUPA.GoldenBeChThroughput.7
added
67196100 VS.HSUPA.GoldenBeChThroughput.8
added
67196101 VS.HSUPA.GoldenBeChThroughput.9
added
67196102 VS.HSUPA.GoldenBeChThroughput.10
added
67196103 VS.HSUPA.SilverBeChThroughput.0
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196104 VS.HSUPA.SilverBeChThroughput.1
added
67196105 VS.HSUPA.SilverBeChThroughput.2
added
67196106 VS.HSUPA.SilverBeChThroughput.3
added
67196107 VS.HSUPA.SilverBeChThroughput.4
added
67196108 VS.HSUPA.SilverBeChThroughput.5
added
67196109 VS.HSUPA.SilverBeChThroughput.6
added
67196110 VS.HSUPA.SilverBeChThroughput.7
added
67196111 VS.HSUPA.SilverBeChThroughput.8
added
67196112 VS.HSUPA.SilverBeChThroughput.9
added
67196113 VS.HSUPA.SilverBeChThroughput.10
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196114 VS.HSUPA.CopperBeChThroughput.0
added
67196115 VS.HSUPA.CopperBeChThroughput.1
added
67196116 VS.HSUPA.CopperBeChThroughput.2
added
67196117 VS.HSUPA.CopperBeChThroughput.3
added
67196118 VS.HSUPA.CopperBeChThroughput.4
added
67196119 VS.HSUPA.CopperBeChThroughput.5
added
67196120 VS.HSUPA.CopperBeChThroughput.6
added
67196121 VS.HSUPA.CopperBeChThroughput.7
added
67196122 VS.HSUPA.CopperBeChThroughput.8
added
67196123 VS.HSUPA.CopperBeChThroughput.9
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67196124 VS.HSUPA.CopperBeChThroughput.10
added 67204778 VS.MAC.CRNCIubBytesEFACH.Tx
added
67204158 VS.GTPU.PktNumConv.Tx
added
67204159 VS.GTPU.PktNumConv.Rx
added
67204160 VS.GTPU.PktNumStr.Tx
added
67204161 VS.GTPU.PktNumStr.Rx
added
67204162 VS.GTPU.PktNumInt.Tx
added
67204163 VS.GTPU.PktNumInt.Rx
added
67204164 VS.GTPU.PktNumBkg.Tx
added
67204165 VS.GTPU.PktNumBkg.Rx
added67193095 VS.IU.SCCP.FlowCtrl.Disc.InitDTCS
added67193096 VS.IU.SCCP.FlowCtrl.Disc.InitDTPS
added 67193097 VS.IU.MOCN.CsPsCoordination
added 67193098 VS.IU.MOCN.LocAreaNotAllowed
added 67193099 VS.IU.MOCN.PlmnNotAllowed
added 67193100 VS.IU.MOCN.RoamNotAllowed
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第37页,共131页
added 67193101 VS.IU.MOCN.NoSuitableCell
added 67193102 VS.IU.MOCN.GprsServicesNotAllowed
added
67195968 VS.RRC.AttConnEstab.MBMSRep
added
67195969 VS.RRC.AttConnEstab.MBMSPtp
added
67195970 VS.RRC.SuccConnEstab.MBMSRep
added
67195971 VS.RRC.SuccConnEstab.MBMSPtp
added
67204757 VS.MultRAB.0CS4PS
added
67204180 VS.PDCP.NbrBlocksSent.AM.1
added
67204181 VS.PDCP.NbrBlocksSent.AM.2
added
67204182 VS.PDCP.NbrBlocksSent.AM.3
added 67196149 VS.QAAL2.Est.RLC.NoBitRate.Tx
added67196153 VS.SAAL.LnkErr.BufferLoss
added67193077 VS.RRC.AttConnEstab.SPU
added67193078 VS.RRC.SuccConnEstab.SPU
added67193079 VS.RAB.AttEstab.AMR.SPU
added67193080 VS.RAB.SuccEstab.AMR.SPU
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added67193081 VS.RAB.AttEstCS.Conv.64.SPU
added67193082 VS.RAB.SuccEstCS.Conv.64.SPU
added67193083 VS.HSDPA.RAB.AttEstab.SPU
added67193084 VS.HSDPA.RAB.SuccEstab.SPU
added67193085 VS.HSUPA.RAB.AttEstab.SPU
added67193086 VS.HSUPA.RAB.SuccEstab.SPU
added67193087 VS.RAB.AttEstabPS.SPU
added67193088 VS.RAB.SuccEstabPS.SPU
added67193089 VS.RAB.Rel.Abnorm.AMR.SPU
added67193090 VS.RAB.Rel.Norm.AMR.SPU
added67193091 VS.RAB.Rel.Abnorm.CS.Conv64K.SPU
added67193092 VS.RAB.Rel.Norm.CS.Conv64K.SPU
added67193093 VS.RAB.Rel.Abnorm.PS.SPU
added67193094 VS.RAB.Rel.Norm.PS.SPU
added67196186 VS.RAB.AttEstab.AMR.PLMN.RNC
added67196187 VS.RAB.SuccEstab.AMR.PLMN.RNC
added67196188 VS.RAB.AttEstab.CS64.PLMN.RNC
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added67196189 VS.RAB.SuccEstab.CS64.PLMN.RNC
added67196190 VS.RAB.AttEstab.PS.PLMN.RNC
added67196191 VS.RAB.SuccEstab.PS.PLMN.RNC
added67196192 VS.RAB.Loss.AMR.Abnorm.PLMN.RNC
added67196193 VS.RAB.Loss.AMR.Norm.PLMN.RNC
added67196194 VS.RAB.Loss.CS64.Abnorm.PLMN.RNC
added67196195 VS.RAB.Loss.CS64.Norm.PLMN.RNC
added67196196 VS.RAB.Loss.PS.Abnorm.PLMN.RNC
added67196197 VS.RAB.Loss.PS.Norm.PLMN.RNC
added67196232 VS.RAB.AttEstabCS.VP.LIMIT
added67196233 VS.RAB.Loss.VP.LIMIT
added67196235 VS.RAB.AttEstabCS.VP.LIMIT.RNC
added67196236 VS.RAB.Loss.VP.LIMIT.RNC
added67196202 VS.HSPA.RAB.AttEstab.CS.Conv
added67196203 VS.HSPA.RAB.SuccEstab.CS.Conv
added67196204 VS.HSPA.RAB.Loss.Abnorm.CS.Conv
added67196205 VS.HSPA.RAB.Loss.Norm.CS.Conv
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added67196198 VS.RRC.AttConnEstab.EDCH
added67196199 VS.RRC.AttConnEstab.HSDSCH
added67196200 VS.RRC.SuccConnEstab.EDCH
added67196201 VS.RRC.SuccConnEstab.HSDSCH
added67204840 VS.PS.CellDchUEs.PLMN
added67204835 VS.AMR.Erlang.Equiv.PLMN.RNC
added67204836 VS.VP.Erlang.Equiv.PLMN.RNC
added67204837 VS.Cell.UnavailTime.Sys
added67204838 VS.Hsdpa.UnavailTime
added67204839 VS.Eul.UnavailTime
added67196234 VS.IU.RelReqCS.NetworkOpt
added67196206 VS.Norm.Rel.HSPA.CS.Conv.Iurlink
added67196207 VS.Abnorm.Rel.HSPA.CS.Conv.Iurlink
added67196293 VS.DRD.IFREQ.CS.MBDR.RBSetup.AttOut
added67196294 VS.DRD.IFREQ.CS.MBDR.RBSetup.SuccOut
added67196295 VS.DRD.IFREQ.PS.MBDR.R99.RBSetup.AttOut
added67196296
VS.DRD.IFREQ.PS.MBDR.R99.RBSetup.SuccOut
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added67196297
added67196298
added67196299 VS.IRATHO.CS.MBDR.RelocAttOut
added67196300 VS.IRATHO.CS.MBDR.RelocSuccOut
added 67196301 VS.RAB.Suc.Est.PS.0kbps
added 67196302 VS.Norm.Rel.PS.0kbps.Timeout
added 67196303 VS.RB.RateDown.To.0kbps
added 67196304 VS.RAB.Suc.Est.PS.0kbps.RNC
added 67196305 VS.Norm.Rel.PS.0kbps.Timeout.RNC
added 67196306 VS.RB.RateDown.To.0kbps.RNC
added
67204225 VS.MBMS.PTP.UE.Channel0.Mean.Cell
added
67204226 VS.MBMS.PTM.UE.Channel0.Mean.Cell
added
67204227 VS.MBMS.PTP.UE.Channel1.Mean.Cell
added
67204228 VS.MBMS.PTM.UE.Channel1.Mean.Cell
added
67204229 VS.MBMS.PTP.UE.Channel2.Mean.Cell
added
67204230 VS.MBMS.PTM.UE.Channel2.Mean.Cell
added
67204231 VS.MBMS.PTP.UE.Channel3.Mean.Cell
VS.DRD.IFREQ.PS.MBDR.HResCong.RBSetup.AttOut
VS.DRD.IFREQ.PS.MBDR.HResCong.RBSetup.SuccOut
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added
67204232 VS.MBMS.PTM.UE.Channel3.Mean.Cell
added
67204233 VS.MBMS.PTP.UE.Channel4.Mean.Cell
added
67204234 VS.MBMS.PTM.UE.Channel4.Mean.Cell
added
67204235 VS.MBMS.PTM.Channel0.Dur.Cell
added
67204236 VS.MBMS.PTP.Channel0.Dur.Cell
added
67204237 VS.MBMS.PTM.Channel1.Dur.Cell
added
67204238 VS.MBMS.PTP.Channel1.Dur.Cell
added
67204239 VS.MBMS.PTM.Channel2.Dur.Cell
added
67204240 VS.MBMS.PTP.Channel2.Dur.Cell
added
67204241 VS.MBMS.PTM.Channel3.Dur.Cell
added
67204242 VS.MBMS.PTP.Channel3.Dur.Cell
added
67204243 VS.MBMS.PTM.Channel4.Dur.Cell
added
67204244 VS.MBMS.PTP.Channel4.Dur.Cell
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added67204853 VS.HSPA.UE.Mean.CS.Conv.Cell
added67196149 VS.QAAL2.Est.RLC.NoBitRate.Tx
added67190615 VS.AAL5.SAALLnk.BytesRx
added67190616 VS.AAL5.SAALLnk.BytesTx
added67196153 VS.SAAL.LnkErr.BufferLoss
added67196150 VS.SCTP.CONGESTION
added67196162 VS.ANI.IP.FailResAllocForBwLimit
added67196160 VS.QAAL2IP.FailResAllocForBwLimit
added67196185 VS.QAAL2PART.Est.RLC.NoBitRate.Tx
added 67195595 VS.AAL2PATH.Fwd.Cong
added 67195596 VS.AAL2PATH.Fwd.Cong.Dur
added 67195597 VS.AAL2PATH.Bwd.Cong
added 67195598 VS.AAL2PATH.Bwd.Cong.Dur
added 67195599 VS.IPPATH.Fwd.Cong
added 67195600 VS.IPPATH.Fwd.Cong.Dur
added 67195601 VS.IPPATH.Bwd.Cong
added 67195602 VS.IPPATH.Bwd.Cong.Dur
added 67204779 VS.FRACATMLNK.Alloced.Ave.Fwd
added 67204780 VS.FRACATMLNK.Alloced.Ave.Bwd
added 67195938 VS.FRACATMLNK.Alloced.Max.Fwd
added 67195939 VS.FRACATMLNK.Alloced.Max.Bwd
added 67195940 VS.FRACATMLNK.Fwd.Cong
added 67195941 VS.FRACATMLNK.Fwd.Cong.Dur
added 67195942 VS.FRACATMLNK.Bwd.Cong
added 67195943 VS.FRACATMLNK.Bwd.Cong.Dur
added 67204192 VS.IMAGRP.Alloced.Ave.Fwd
added 67204193 VS.IMAGRP.Alloced.Ave.Bwd
added 67193215 VS.IMAGRP.Alloced.Max.Fwd
added 67193216 VS.IMAGRP.Alloced.Max.Bwd
added 67193217 VS.IMAGRP.Fwd.Cong
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added 67193218 VS.IMAGRP.Fwd.Cong.Dur
added 67193219 VS.IMAGRP.Bwd.Cong
added 67193220 VS.IMAGRP.Bwd.Cong.Dur
added 67204196 VS.UNILNK.Alloced.Ave.Fwd
added 67204197 VS.UNILNK.Alloced.Ave.Bwd
added 67193235 VS.UNILNK.Alloced.Max.Fwd
added 67193236 VS.UNILNK.Alloced.Max.Bwd
added 67193237 VS.UNILNK.Fwd.Cong
added 67193238 VS.UNILNK.Fwd.Cong.Dur
added 67193239 VS.UNILNK.Bwd.Cong
added 67193240 VS.UNILNK.Bwd.Cong.Dur
added 67204781 VS.MLPPP.Alloced.Ave.Fwd
added 67204782 VS.MLPPP.Alloced.Ave.Bwd
added 67195948 VS.MLPPP.Alloced.Max.Fwd
added 67195949 VS.MLPPP.Alloced.Max.Bwd
added 67195950 VS.MLPPP.Fwd.Cong
added 67195951 VS.MLPPP.Fwd.Cong.Dur
added 67195952 VS.MLPPP.Bwd.Cong
added 67195953 VS.MLPPP.Bwd.Cong.Dur
added 67204198 VS.PPP.Alloced.Ave.Fwd
added 67204199 VS.PPP.Alloced.Ave.Bwd
added 67193245 VS.PPP.Alloced.Max.Fwd
added 67193246 VS.PPP.Alloced.Max.Bwd
added 67193247 VS.PPP.Fwd.Cong
added 67193248 VS.PPP.Fwd.Cong.Dur
added 67193249 VS.PPP.Bwd.Cong
added 67193250 VS.PPP.Bwd.Cong.Dur
added 67196208 VS.PIU.CFG.INTERWORKING.NUM
added 67196209 VS.PIU.CFG.INTERWORKING.FAIL.NUM
added 67204783 VS.LGCPRT.Alloced.Ave.Fwd
added 67204784 VS.LGCPRT.Alloced.Ave.Bwd
added 67195958 VS.LGCPRT.Alloced.Max.Fwd
added 67195959 VS.LGCPRT.Alloced.Max.Bwd
added 67195960 VS.LGCPRT.Fwd.Cong
added 67195961 VS.LGCPRT.Fwd.Cong.Dur
added 67195962 VS.LGCPRT.Bwd.Cong
added 67195963 VS.LGCPRT.Bwd.Cong.Dur
added 67196179 OS.MTP3.Lnk.Discard.Msg.Cong
added 67196180 OS.MTP3.Lnk.Rx.TFP
added 67196181 OS.MTP3.Lnk.Discard.Msg.RouteFail
added 67196182 OS.MTP3.Lnk.Rx.TFC
added 67204851 VS.UOI.RXMAXSPEED
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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added 67204852 VS.UOI.TXMAXSPEED
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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Measurement Object Changes
Value in the Old Version
Measurement Unit Changes
Value in the Old Version
N/A
N/A
N/A
N/A
N/A
N/A
Measurement Counters Changes
Change Reason Value in the Old Version
VS.RLC.AM.Rtx.Trf.PDU
VS.MBMS.PTP.UE.Max.Cell
VS.RAB.Estab.PS.CCH.MeanTime
To estimate the performance of HSPA+ function, added the three counters VS.RLC.AM.Rtx.Trf.PDU.1,VS.RLC.AM.Rtx.Tr
f.PDU.2,VS.RLC.AM.Rtx.Trf.PDU.3 which based on the different PDU size to replace the counters.
Since there are some counters for MBMS PTP user number based on each channel, the counter is redundant.
To estimate the E-FACH function, added the two counters of VS.RAB.Estab.PS.CCH.FACH.MeanTime and VS.RAB.Estab.PS.CCH.HSDSCH.MeanTime to replace the counter.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第47页,共131页
VS.RAB.Estab.PS.CCH.MaxTime
VS.RRC.ConnEstabTimeMax.CCH
VS.RRC.ConnEstabTimeMean.CCH
VS.LCC.LDR.MBMS.PowerDec
VS.FIBER.RXFLUX
VS.FIBER.TXFLUX
VS.RB.DLStrPS.256.RNC
VS.RB.ULStrPS.256.RNC
VS.RRC.Rej.AAL2.Fail
VS.RB.DLStrPS.256
VS.RB.ULStrPS.256
To estimate the E-FACH function, added the two counters of VS.RAB.Estab.PS.CCH.FACH.MaxTime and VS.RAB.Estab.PS.CCH.HSDSCH.MaxTime to replace the counter.
To estimate the E-FACH function, added the two counters of VS.RRC.ConnEstabTimeMax.CCH.FACH and VS.RRC.ConnEstabTimeMax.CCH.HSDSCH to replace the counter.
To estimate the E-FACH function, added the two counters of VS.RRC.ConnEstabTimeMean.CCH.FACH and VS.RRC.ConnEstabTimeMean.CCH.HSDSCH to replace the counter.
The meaning of the counter is same as VS.LCC.LDR.MbmsPowerDec, so deleted the redundant counter.
The meaning of the counter is same as VS.FIBER.TXMEANSPEED, so delete the redundant counter.
The meaning of the counter is same as VS.FIBER.RXMEANSPEED, so delete the redundant counter.
Because the maximum rate of streaming service supported in the RNC is 384K, modified the counter of VS.RB.DLStrPS.256.RNC to cover the 384K rate to improve the RB counters based on RNC performance.
Because the maximum rate of streaming service supported in the RNC is 384K, modified the counter of RNC to cover the 384K rate to improve the RB counters based on RNC performance.
Modified the counter label to make the counter meanings clearly.
Because the maximum rate of streaming service supported in the RNC is 384K, modified the counter to cover the 384K rate to improve the RB counters based on the cell performance.
Because the maximum rate of streaming service supported in the RNC is 384K, modified the counter to cover the 384K rate to improve the RB counters based on the cell performance.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第48页,共131页
RRC.AttConnRelDCCH.NormRel
RRC.AttConnRelDCCH.Congestion
RRC.AttConnRelDCCH.Preempt
RRC.AttConnRelDCCH.ReEstRej
RRC.AttConnRelDCCH.SigConReEst
RRC.AttConnRelDCCH.UsrInact
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第49页,共131页
RRC.AttConnRelDCCH.Unspec
RRC.AttConnRelCCCH.NormRel
RRC.AttConnRelCCCH.Congestion
RRC.AttConnRelCCCH.Preempt
RRC.AttConnRelCCCH.ReEstRej
RRC.AttConnRelCCCH.SigConReEst
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第50页,共131页
RRC.AttConnRelCCCH.UsrInact
RRC.AttConnRelCCCH.Unspec
RRC.FailConnReEstab.Cong
VS.RRC.ConnRel.CellUpd
VS.CellFACHUEs.RNC
VS.CellFACHUEs
VS.RRC.AttConEst.CCH
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Presently, the KPI counters of RAB setup and release is counted based on the best cell, but in the early release the counters of RRC release is counted based on per cell in the active set, in the current KPI analysis system, the statistical method is not logical, so change the counter based on the best cell.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第51页,共131页
VS.RRC.AttConnEstab.CCH
VS.RRC.SuccConEst.CCH
VS.RRC.SuccConnEstab.CCH
VS.RAB.PSSetupTimeMax.CCH
VS.RAB.PSSetupTimeMean.CCH
VS.Abnorm.Rel.PS.CCH
VS.Norm.Rel.PS.CCH
VS.Norm.Rel.PS.CCH.UlSigRel
VS.HSDPA.ChR.HSDSCHtoFACH.Att
VS.HSDPA.ChR.HSDSCHtoFACH.Succ
VS.HSDPA.ChR.FACHtoHSDSCH.Att
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第52页,共131页
VS.HSDPA.ChR.FACHtoHSDSCH.Succ
VS.DCCC.C2D.Att
VS.DCCC.C2D.Succ
VS.DCCC.D2C.Att
VS.DCCC.D2C.Succ
VS.RRC.Rej.UL.CE.Cong
VS.RRC.Rej.DL.CE.Cong
VS.RRC.Rej.RL.Fail
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
Because E-FACH function is supported in the release, the counter should include RRC connection setup on FACH and EFACH.This counter is counted on the basis of the UE's RRC state.
The measurement point of the counter newly includes the following scene: When RNC receives the NBAP Radio Link Setup Failure with the cause of "UL_RADIO_RESOURCES_NOT_AVAILABLE" in the RRC setup procedure, indicating NodeB has no enough UL hardware CE capability to allocate for the new call.
The measurement point of the counter newly includes the following scene: When RNC receives the NBAP Radio Link Setup Failure with the cause of "DL_RADIO_RESOURCES_NOT_AVAILABLE" in the RRC setup procedure, indicating NodeB has no enough DL hardware CE capability to allocate for the new call.
The measurement point of the counter newly excluded the following scenes: When RNC receives the NBAP Radio Link Setup Failure with the cause of "DL_RADIO_RESOURCES_NOT_AVAILABLE" or "UL_RADIO_RESOURCES_NOT_AVAILABLE" in the RRC setup procedure, indicating NodeB has no enough DL or UL hardware CE capability to allocate for the new call.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第53页,共131页
VS.RAB.FailEstCs.ULCE.Cong
VS.RAB.FailEstPs.DLCE.Cong
VS.RAC.DCCC.Fail.ULCE.Cong
VS.RAC.DCCC.Fail.DLCE.Cong
VS.RAC.SHO.Fail.ULCE.Cong
The measurement point of the counter newly includes the following scene: When RNC receives the NBAP Radio Link Setup failure or NBAP Radio Link Reconfiguration Failure messages with "UL_RADIO_RESOURCES_NOT_AVAILABLE" in the RAB setup procedure, indicating NODEB has no enough UL hardware CE capability to allocate for the new call.
The measurement point of the counter newly includes the following scene: When RNC receives the NBAP Radio Link Setup failure or NBAP Radio Link Reconfiguration Failure messages with "DL_RADIO_RESOURCES_NOT_AVAILABLE" in the RAB setup procedure, indicating NODEB has no enough DL hardware CE capability to allocate for the new call.
The measurement point of the counter newly includes the following scene: When RNC receives the NBAP Radio Link Setup failure or NBAP Radio Link Reconfiguration Failure messages with "UL_RADIO_RESOURCES_NOT_AVAILABLE" in the DCCC procedure, indicating NODEB has no enough UL hardware CE capability to allocate for the call which ratio need to be adjusted.
The measurement point of the counter newly includes the following scene: When RNC receives the Radio Link Setup failure or Radio Link Reconfiguration Failure messages with ""DL_RADIO_RESOURCES_NOT_AVAILABLE" in the DCCC procedure, indicating NODEB has no enough DL hardware CE capability to allocate for the call which ratio need to be adjusted.
The measurement point of the counter newly includes the following scene: When RNC receives the responding message to add the radio link with the failure cause of "UL_RADIO_RESOURCES_NOT_AVAILABLE" in the soft handover, indicating NODEB has no enough UL hardware CE capability to allocate for the added radio link.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第54页,共131页
VS.RAC.SHO.Fail.DLCE.Cong
VS.RAC.HHO.Fail.ULCE.Cong
VS.RAC.HHO.Fail.DLCE.Cong
VS.RAC.NewCallRequest.Fail.ULCE.Cong
VS.RAC.NewCallRequest.Fail.DLCE.Cong
The measurement point of the counter newly includes the following scene: When RNC receives the responding message from NODEB to add the radio link with the failure cause of "DL_RADIO_RESOURCES_NOT_AVAILABLE" in the soft handover, indicating NODEB has no enough DL hardware CE capability to allocate for the added radio link.
The measurement point of the counter newly includes the following scene: When RNC receives the NBAP Radio Link Setup Failure messages with "UL_RADIO_RESOURCES_NOT_AVAILABLE" in the RAB setup procedure, indicating NodeB has no enough UL hardware CE capability to allocate for the hard handover incoming user.
The measurement point of the counter newly includes the following scene: When RNC receives the NBAP Radio Link Setup Failure messages with "DL_RADIO_RESOURCES_NOT_AVAILABLE" in the hard handover procedure, indicating NodeB has no enough DL hardware CE capability to allocate for the hard handover incoming user.
The measurement point of the counter newly includes the following scenes: When RNC receives the NBAP Radio Link Setup failure or Radio Link Reconfiguration Failure messages with "UL_RADIO_RESOURCES_NOT_AVAILABLE" in the RRC setup or RAB setup procedure, indicating NodeB has no enough UL hardware CE capability to allocate for the new call.
The measurement point of the counter newly includes the following scenes: When RNC receives the NBAP Radio Link Setup failure or NBAP Radio Link Reconfiguration Failure messages with "DL_RADIO_RESOURCES_NOT_AVAILABLE" in the RRC setup or RAB setup procedure, indicating NodeB has no enough DL hardware CE capability to allocate for the new call.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第55页,共131页
VS.DCCC.DL.ThrUpsizing.Att
VS.DCCC.DL.ThrUpsizing.Succ
VS.DCCC.UL.ThrUpsizing.Att
VS.DCCC.UL.ThrUpsizing.Succ
VS.DCCC.UL.ThrUpsizing.Att
VS.DCCC.UL.ThrUpsizing.Succ
VS.RLC.AM.Tx.Trf.PDU
To improve the counters of DCCC algorithm, modify the measurement point of the VS.DCCC.DL.ThrUpsizing.Att to include the DCCC procedure triggered by RLC BO and throughput, and change the label. The counter label of VS.DCCC.DL.Upsizing.Att in BSC6800V100R010C01B061 is changed to VS.DCCC.DL.ThrUpsizing.Att.
To improve the counters of DCCC algorithm, modify the measurement point of the VS.DCCC.DL.ThrUpsizing.Att to include the DCCC procedure triggered by RLC BO and throughput, and change the label.
To improve the counters of DCCC algorithm, modify the measurement point of the VS.DCCC.DL.ThrUpsizing.Att to include the DCCC procedure triggered by RLC BO and throughput, and change the label.
To improve the counters of DCCC algorithm, modify the measurement point of the VS.DCCC.DL.ThrUpsizing.Att to include the DCCC procedure triggered by RLC BO and throughput, and change the label.
To improve the counters of DCCC algorithm, modify the measurement point of the VS.DCCC.DL.ThrUpsizing.Att to include the DCCC procedure triggered by RLC BO and throughput, and change the label.
To improve the counters of DCCC algorithm, modify the measurement point of the VS.DCCC.DL.ThrUpsizing.Att to include the DCCC procedure triggered by RLC BO and throughput, and change the label.
The PDUs transmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.AM.RLC.Tx.HsdpaTrf.PDU and VS.AM.RLC.Tx.R99Trf.PDU to replace VS.RLC.AM.Tx.Trf.PDU.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第56页,共131页
VS.AM.RLC.Tx.Sig.PDU
VS.AM.RLC.Rtx.Sig.PDU
VS.RLC.AM.Disc.PDU
VS.RLC.AM.Disc.Sig.PDU
N/A
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The PDUs transmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters ofVS.AM.RLC.Tx.R99Sig.PDU and VS.AM.RLC.Tx.HsdpaSig.PDU to replace VS.AM.RLC.Tx.Sig.PDU.
The PDUs retransmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.AM.RLC.Rtx.R99Sig.PDU and VS.AM.RLC.Rtx.HsdpaSig.PDU to replace VS.AM.RLC.Rtx.Sig.PDU.
The PDUs discarded on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.RLC.AM.Disc.HsdpaTrfPDU and VS.RLC.AM.Disc.R99TrfPDU to replace VS.RLC.AM.Disc.PDU.
The PDUs discarded on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.RLC.AM.Disc.HsdpaSig.PDU and VS.RLC.AM.Disc.Sig.PDU to replace VS.RLC.AM.Disc.Sig.PDU.
In the previous release, the measurement point of the counter included two scenes as following: when RRC DRD succeeds, the counter will count in the target cell, when RRC DRC fails, the counter will count in the original camp cell.The measurement point is not logical that the meanings of the counter is not clear.So change the measurement point as following: the counter will count only when RRC DRD incoming is successful in the target cell.
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.DSP.Unavail.
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.DSP.Unavail.Dur
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.Service.Dur
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第57页,共131页
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Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.Fail
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.Fail.Dur
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.Cong.Dur
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.LocalInhibit
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.LocalInh.Dur
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.RmtInhibit
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.RmtInhibit.Dur
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.Cho
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.Tx.Msg
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.Rx.Msg
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.ConG
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.SIO.SIF.Tx
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnk.SIO.SIF.Rx
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第58页,共131页
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Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnkset.Unavail
Modified the counter label to consistent with the MPB3B changed to MTP3, the old label is OS.MTP3B.Lnkset.Unavail.Dur
When the inter frequency hard handover or inter-RAT handover outgoing is not triggered because of no suitable detected neighbour cell, the user will still camp on the old service cell with the bad radio quality and the user will have a bad feeling, added the counter to identify the case to judge whether adjust the radio parameters for the network optimization.
When the inter frequency hard handover or inter-RAT handover outgoing is not triggered because of no suitable detected neighbour cell, the user will still camp on the old service cell with the bad radio quality and the user will have a bad feeling, added the counter to identify the case to judge whether adjust the radio parameters for the network optimization.
When the inter frequency hard handover or inter-RAT handover outgoing is not triggered because of no suitable detected neighbour cell, the user will still camp on the old service cell with the bad radio quality and the user will have a bad feeling, added the counter to identify the case to judge whether adjust the radio parameters for the network optimization.
When the inter frequency hard handover or inter-RAT handover outgoing is not triggered because of no suitable detected neighbour cell, the user will still camp on the old service cell with the bad radio quality and the user will have a bad feeling, added the counter to identify the case to judge whether adjust the radio parameters for the network optimization.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第59页,共131页
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Added the counters of inter frequency hard handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
Added the counters of inter frequency hard handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
Added the counters of inter frequency hard handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
Added the counters of inter frequency hard handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
Added the counters of inter frequency hard handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
Added the counters of inter-Rat handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
Added the counters of inter-Rat handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第60页,共131页
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Added the counters of inter-Rat handover outgoing triggered by RSCP and EcIo, we can investigate the measurement result and judge to whether adjust some related parameters to optimize the network performance .
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第61页,共131页
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There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
Added the counters to estimate the performance of E-FACH function.
Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第62页,共131页
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Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
Added the counters to estimate the performance DSAC function.
Added the counters to estimate the performance DSAC function.
Added the counter of RRC setup failure caused by the service redirection function, and it is convenient to exclude the influence on the RRC setup success ratio.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第63页,共131页
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There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
There are only four PS conversational service rates, 38.8K,39.2k,40k,42.8k. If the PS conversational service rate in the RAB Assignment Request message is 8K or 16K or 32K,RNC will match the rate with 38.8K rate, so need to added the counters based on the four service rate(38.8K,39.2k,40k,42.8k), but not count on the rate of 8K,16K,32K.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第64页,共131页
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Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第65页,共131页
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Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the online HSDPA users numbers counter based on different UE HSDPA category to improve the Qos quality measurement counters.
Added the counters of DCCC downzing function based on UE Tx power to improve the counters of DCCC algorithm.
Added the counters of DCCC downzing function based on UE Tx power to improve the counters of DCCC algorithm.
Added the counters of DCCC downzing function based on UE Tx power to improve the counters of DCCC algorithm.
Added the counters of DCCC downzing function based on UE Tx power to improve the counters of DCCC algorithm.
Added the counters to estimate the performance of HSUPA DCCC algorithm.
Added the counters to estimate the performance of HSUPA DCCC algorithm.
Added the counters to estimate the performance of HSUPA DCCC algorithm.
Added the counters to estimate the performance of HSUPA DCCC algorithm.
Added the counters to estimate the performance of LDR algorithm.
Added the counters to estimate the performance of LDR algorithm.
Added the counter to estimate the HSDPA dynamical code adjust algorithm.
Added the counters to estimate the LDR code adjust algorithm.
Added the counter to estimate the HSDPA dynamical code adjust algorithm.
Added the counters of MBMS service released by congestion control to improve the congestion control algorithm performance measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第66页,共131页
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Added the counters of MBMS service released by congestion control to improve the congestion control algorithm performance measurement counters.
The PDUs transmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.AM.RLC.Tx.HsdpaTrf.PDU and VS.AM.RLC.Rtx.HsdpaSig.PDU to replace VS.RLC.AM.Tx.Trf.PDU.
The PDUs transmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.AM.RLC.Tx.R99Sig.PDU and VS.AM.RLC.Tx.HsdpaSig.PDU to replace VS.AM.RLC.Tx.Sig.PDU.
The PDUs retransmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.AM.RLC.Rtx.HsdpaTrf.PDU and VS.AM.RLC.Rtx.R99Trf.PDU.
The PDUs retransmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.AM.RLC.Rtx.HsdpaTrf.PDU and VS.AM.RLC.Rtx.R99Trf.PDU.
The PDUs retransmitted on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.AM.RLC.Rtx.R99Sig.PDU and VS.AM.RLC.Rtx.HsdpaSig.PDU to replace VS.AM.RLC.Rtx.Sig.PDU.
The PDUs discarded on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.RLC.AM.Disc.HsdpaTrfPDU and VS.RLC.AM.Disc.R99TrfPDU to replace VS.RLC.AM.Disc.PDU
The PDUs discarded on AM RLC is counted on the basis of different transport channel, such as R99 and HSDPA, added the two counters of VS.RLC.AM.Disc.HsdpaSig.PDU and VS.RLC.AM.Disc.R99Sig.PDU to replace VS.RLC.AM.Disc.Sig.PDU.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第67页,共131页
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Added the counters based on the different PDU size to estimate the performance of HSPA+ function.
Added the counters based on the different PDU size to estimate the performance of HSPA+ function.
Added the counters based on the different PDU size to estimate the performance of HSPA+ function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters to estimate the performance of E-FACH function.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第68页,共131页
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Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the counters of delay based on different Qos to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第69页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第70页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第71页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第72页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第73页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第74页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第75页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第76页,共131页
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Added the HSDPA throughput counters based on different schedule priority and different service rate range to improve the Qos quality measurement counters.
Added the counters to estimate the performance of E-FACH function.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the GTPU counters based on the different traffic class to improve the measurement counters of PS data transport over IU.
Added the counters of discarded RNSAP Init DT messages to estimate the flow control algorithm.
Added the counters of discarded RNSAP Init DT messages to estimate the flow control algorithm.
Added the counters to estimate the performance of the MOCN function.
Added the counters to estimate the performance of the MOCN function.
Added the counters to estimate the performance of the MOCN function.
Added the counters to estimate the performance of the MOCN function.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第77页,共131页
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Added the counters to estimate the performance of the MOCN function.
Added the counters to estimate the performance of the MOCN function.
Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
Added the counters of RRC connection setup with MBMS establish cause to improve the RRC performance measurement counters.
The maximum number of PS RAB supported is changed from 3 to 4,added the related counter to improve the multi-RAB measurement counters.
Added counters of the PDUs transmitted on PDCP based on the different PDU size to estimate HSPA+ function.
Added counters of the PDUs transmitted on PDCP based on the different PDU size to estimate HSPA+ function.
Added counters of the PDUs transmitted on PDCP based on the different PDU size to estimate HSPA+ function.
Added the Qaal counters to estimate the performance of transport layer.
Added the counters based on SAAL link to estimate the performance of transport layer.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第78页,共131页
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Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the KPI counters based on per SPU board to quickly judge whether the sub-system is abnormal.
Added the counters of RAB setup based on different operator to estimate the performance of MOCN function.
Added the counters of RAB setup based on different operator to estimate the performance of MOCN function.
Added the counters of RAB setup based on different operator to estimate the performance of MOCN function.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第79页,共131页
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Added the counters of RAB setup based on different operator to estimate the performance of MOCN function.
Added the counters of RAB setup based on different operator to estimate the performance of MOCN function.
Added the counters of RAB setup based on different operator to estimate the performance of MOCN function.
Added the counters of RAB release based on different operator to estimate the performance of MOCN function.
Added the counters of RAB release based on different operator to estimate the performance of MOCN function.
Added the counters of RAB release based on different operator to estimate the performance of MOCN function.
Added the counters of RAB release based on different operator to estimate the performance of MOCN function.
Added the counters of RAB release based on different operator to estimate the performance of MOCN function.
Added the counters of RAB release based on different operator to estimate the performance of MOCN function.
Added the counters to estimate the performance of VP limited function in some specified region.
Added the counters to estimate the VP limited function in some specified region.
Added the counters to estimate the VP limited function in some specified region.
Added the counters to estimate the VP limited function in some specified region.
Added the counters to estimate the performance of CS over HSPA function.
Added the counters to estimate the performance of CS over HSPA function.
Added the counters to estimate the performance of CS over HSPA function.
Added the counters to estimate the performance of CS over HSPA function.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第80页,共131页
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Added the counters to estimate the performance of SRB over HSAP function.
Added the counters to estimate the performance of SRB over HSAP function.
Added the counters to estimate the performance of SRB over HSAP function.
Added the counters to estimate the performance of SRB over HSAP function.
Added the traffic load counters on a per operator to estimate the performance of MOCN function.
Added the traffic load counters on a per operator to estimate the performance of MOCN function.
Added the traffic load counters on a per operator to estimate the performance of MOCN function.
Added the counters to improve the counters which detect the cell availability.
Added the counters to improve the counters which detect the cell availability.
Added the counters to improve the counters which detect the cell availability.
Added the counters to estimate the performance of VP limited function in some specified region.
Added the counters to estimate the performance of CS over HSPA function.
Added the counters to estimate the performance of CS over HSPA function.
Added the counters to estimate the performance of inter frequency measurement DRD function .
Added the counters to estimate the performance of inter frequency measurement DRD function .
Added the counters to estimate the performance of inter frequency measurement DRD function .
Added the counters to estimate the performance of inter frequency measurement DRD function .
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第81页,共131页
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Added the counters to estimate the performance of inter frequency measurement DRD function .
Added the counters to estimate the performance of inter frequency measurement DRD function .
Added the counters to estimate the performance of inter frequency measurement DRD function .
Added the counters to estimate the performance of inter frequency measurement DRD function .
Added the counters to estimate the 0kbps rate access control algorithm.
Added the counters to estimate the 0kbps rate access control algorithm.
Added the counters to estimate the 0kbps rate access control algorithm.
Added the counters to estimate the 0kbps rate access control algorithm.
Added the counters to estimate the 0kbps rate access control algorithm.
Added the counters to estimate the 0kbps rate access control algorithm.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MOMS channel to improve the performance measurement counters of MBMS function.
Added the counters based on a per MBMS channel to improve the performance measurement counters of MBMS function.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第83页,共131页
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate the performance of CS over HSPA function.
Added the counters to estimate transport layer's performance measurement.
Added the counters to estimate transport layer's performance measurement.
Added the counters to estimate transport layer's performance measurement.
Added the counters to estimate transport layer's performance measurement.
Added the counters to estimate transport layer's performance measurement.
Added the counters to estimate transport layer's performance measurement.
Added the counters to estimate transport layer's performance measurement.
Added the counters to estimate transport layer's performance measurement.
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第84页,共131页
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
Added the counters to estimate physical layer' N/A
N/AAdded the traffic of UOI board counters to estimate the UOI board capability
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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N/AAdded the traffic of UOI board counters to estimate the UOI board capability
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第86页,共131页
Measurement Object Changes
Measurement Unit Changes
Measurement Counters Changes
RLC.Cell CELL
MBMS.Cell CELL
RAB.EstabPS.Cell CELL
Corresponding Measurement Unit
Corresponding Measurement Object
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RAB.EstabPS.Cell CELL
RAB.EstabPS.Cell CELL
RAB.EstabPS.Cell CELL
ALGO.Cell CELL
FIBER FIBER
FIBER FIBER
RB.RNC RNC
RB.RNC RNC
RRC.Rej.Cell CELL
RB.Cell CELL
RB.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.Rel.Cell CELL
RRC.STATE RNC
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RRC.Setup.RNC RNC
RRC.Setup.Cell CELL
RRC.Setup.RNC RNC
RAB.EstabPS.RNC RNC
RAB.EstabPS.RNC RNC
RAB.RelAbnormal.Cell CELL
RAB.RelAbnormal.Cell CELL
RAB.RelAbnormal.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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HSDPA.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
RRC.Rej.Cell CELL
RRC.Rej.Cell CELL
RRC.Rej.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RAB.EstFailCs.Cell CELL
RAB.EstFailPs.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
RLC.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
RRC.Setup.Cell CELL
MTP3.DSP MTP3_DSP
MTP3.DSP MTP3_DSP
MTP3.LNK MTP3_LNK
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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MTP3.LNKSET MTP3_LNK_SET
MTP3.LNKSET MTP3_LNK_SET
HHO.Cell CELL
HHO.Cell CELL
INTRAT.HO.Cell CELL
INTRAT.HO.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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HHO.Cell CELL
HHO.Cell CELL
HHO.Cell CELL
HHO.Cell CELL
INTRAT.HO.Cell CELL
INTRAT.HO.Cell CELL
INTRAT.HO.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第100页,共131页
INTRAT.HO.Cell CELL
RB.RNC RNC
RB.RNC RNC
RB.RNC RNC
RB.RNC RNC
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RB.RNC RNC
RB.RNC RNC
RB.RNC RNC
RB.RNC RNC
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
RRC.Rej.Cell CELL
RB.Cell CELL
RB.Cell CELL
RB.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RB.Cell CELL
RB.Cell CELL
RB.Cell CELL
RB.Cell CELL
RB.Cell CELL
HSDPA.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSDPA.Cell CELL
HSUPA.Cell CELL
HSUPA.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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HSUPA.Cell CELL
HSUPA.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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ALGO.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RLC.Cell CELL
RLC.Cell CELL
RLC.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
EFACH.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第113页,共131页
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第115页,共131页
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
QOS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第116页,共131页
QOS.Cell CELL
EFACH.Cell CELL
GTPU GTPU
GTPU GTPU
GTPU GTPU
GTPU GTPU
GTPU GTPU
GTPU GTPU
GTPU GTPU
GTPU GTPU
CS.SIG.IU IU
PS.SIG.IU IU
MOCN.IU IU
MOCN.IU IU
MOCN.IU IU
MOCN.IU IU
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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MOCN.IU IU
MOCN.IU IU
RRC.Setup.RNC RNC
RRC.Setup.RNC RNC
RRC.Setup.RNC RNC
RRC.Setup.RNC RNC
RAB.MultiRab.RNC RNC
PDCPGTPU.RNC RNC
PDCPGTPU.RNC RNC
PDCPGTPU.RNC RNC
QAAL2 ANI_QAAL2
SAAL.LNK SAAL_LNK
SPU SPU
SPU SPU
SPU SPU
SPU SPU
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
SPU SPU
RAB.Estab.PLMN.RNC CNOPERATOR
RAB.Estab.PLMN.RNC CNOPERATOR
RAB.Estab.PLMN.RNC CNOPERATOR
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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RAB.Estab.PLMN.RNC CNOPERATOR
RAB.Estab.PLMN.RNC CNOPERATOR
RAB.Estab.PLMN.RNC CNOPERATOR
RAB.Rel.PLMN.RNC CNOPERATOR
RAB.Rel.PLMN.RNC CNOPERATOR
RAB.Rel.PLMN.RNC CNOPERATOR
RAB.Rel.PLMN.RNC CNOPERATOR
RAB.Rel.PLMN.RNC CNOPERATOR
RAB.Rel.PLMN.RNC CNOPERATOR
RAB.EstabCS.Cell CELL
RAB.RelAbnormal.Cell CELL
RAB.EstabCS.RNC RNC
RAB.RelAbnormal.RNC RNC
RAB.EstabCS.Cell CELL
RAB.EstabCS.Cell CELL
RAB.RelAbnormal.Cell CELL
RAB.RelAbnormal.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第120页,共131页
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
RRC.Setup.Cell CELL
CNOPERATOR
CNOPERATOR
CNOPERATOR
ALGO.Cell CELL
ALGO.Cell CELL
ALGO.Cell CELL
CS.SIG.IU IU
SRNC.IUR IUR
SRNC.IUR IUR
RB.Cell CELL
RB.Cell CELL
RB.Cell CELL
RB.Cell CELL
TRAFF.LOAD.PLMN.RNC
TRAFF.LOAD.PLMN.RNC
TRAFF.LOAD.PLMN.RNC
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第121页,共131页
RB.Cell CELL
RB.Cell CELL
INTRAT.HO.Cell CELL
INTRAT.HO.Cell CELL
RAB.EstabPS.Cell CELL
RAB.RelAbnormal.Cell CELL
RB.Cell CELL
RAB.EstabPS.RNC RNC
RAB.RelAbnormal.RNC RNC
RB.RNC RNC
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第122页,共131页
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
MBMS.Cell CELL
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第123页,共131页
RRC.Setup.Cell CELL
QAAL2 ANI_QAAL2
SAAL.LNK SAAL_LNK
SAAL.LNK SAAL_LNK
SAAL.LNK SAAL_LNK
SCTPLNK SCTPLNK
ANIIPTRM ANI_IP
QAAL2IP ANI_QAAL2_IP
QAAL2PART ANI_QAAL2_IP
AAL2PATH AAL2PATH
AAL2PATH AAL2PATH
AAL2PATH AAL2PATH
AAL2PATH AAL2PATH
IPPATH IPPATH
IPPATH IPPATH
IPPATH IPPATH
IPPATH IPPATH
FRACATMLNK FRACATMLNK
FRACATMLNK FRACATMLNK
FRACATMLNK FRACATMLNK
FRACATMLNK FRACATMLNK
FRACATMLNK FRACATMLNK
FRACATMLNK FRACATMLNK
FRACATMLNK FRACATMLNK
FRACATMLNK FRACATMLNK
IMAGRP IMAGRP
IMAGRP IMAGRP
IMAGRP IMAGRP
IMAGRP IMAGRP
IMAGRP IMAGRP
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
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IMAGRP IMAGRP
IMAGRP IMAGRP
IMAGRP IMAGRP
UNILNK UNILNK
UNILNK UNILNK
UNILNK UNILNK
UNILNK UNILNK
UNILNK UNILNK
UNILNK UNILNK
UNILNK UNILNK
UNILNK UNILNK
MLPPP MLPPP
MLPPP MLPPP
MLPPP MLPPP
MLPPP MLPPP
MLPPP MLPPP
MLPPP MLPPP
MLPPP MLPPP
MLPPP MLPPP
PPP PPP
PPP PPP
PPP PPP
PPP PPP
PPP PPP
PPP PPP
PPP PPP
PPP PPP
PIU PIU
PIU PIU
LOGIC.PORT LOGIC_PORT
LOGIC.PORT LOGIC_PORT
LOGIC.PORT LOGIC_PORT
LOGIC.PORT LOGIC_PORT
LOGIC.PORT LOGIC_PORT
LOGIC.PORT LOGIC_PORT
LOGIC.PORT LOGIC_PORT
LOGIC.PORT LOGIC_PORT
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
MTP3.LNK MTP3_LNK
UOI FIBER
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第125页,共131页
UOI FIBER
BSC6800 V100R006C01B060版本升级规则修改说明书 内部公开
04/17/2023 华为机密,未经许可不得扩散 第126页,共131页
Measurement Object Changes
Measurement Object Change Type
No changes
Measurement Unit Changes
Measurement Unit Change Type
No changes
Measurement Counters Changes
Counter Change Type Counter ID
No changes
Performance Counter ChangesBSC6810 V200R011C00SPC100 VS BSC6810 V200R011C00
Measurement Object Name
Measurement Unit Name
Measurement Object Changes
Change Reason Value in the Old Version
Measurement Unit Changes
Change Reason Value in the Old Version
Measurement Counters Changes
Counter Name Change Reason
BSC6810 V200R011C00SPC100 VS BSC6810 V200R011C00
Measurement Object Changes
Measurement Unit Changes
Measurement Counters Changes
Value in the Old Version Corresponding Measurement Unit
Corresponding Measurement Object