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1、IuCs接口调测。接口协议栈。图7-5山CS接口协议接IU-CS接口配置数据打算。增加IU-CS接口数据前,须要和MGW协商和规划的数据如下表所示:协商和规划项数据(以RNC4为例)接口配置采纳的VPl(主/备)4接口配置VP采纳的AtmTrafficDescriptorC1P353000信令限制面采纳的VCl(主/备)34信令限制面VC采纳的AtmTrafficDescriptorU3P4500M2000用户平面采纳的VCl(负荷分担)46-51(共6条)用户平面VC采纳的AtmTrafficDescriptorC2P12000信令限制面采纳的NniSaalProfilewinlOO本RNC
2、的MTP3B信令点(14位)3-9(RNC4)CS域核心网MPT3B信令点(14位)3-2(MSC2),3-5(MGW3)MTP3B信令链路的SLC0,1本RNC的AAL2地址8600(RNC4)Aal2QosProfileAd8aal2PathId1-6MGW的AAL2地址8600(MGW3)MO关系图和简要说明。从上面的接口协议栈可以看出,IU-CS接口水平方向分成三部分,即AQU接口的限制面),BQU接口的传输网限制层面),C(IU接口的用户平面)三部分,垂直方向分成物理层、ATM层和高层应用。我们对MO的配置一般遵循从A往C,从物理层到高层应用的依次。下面我们依据该依次描述一个完整的I
3、u-Cs接口数据配置(详细数据以本试验网RNC4的数据配置为例)。a) A部分(IU的限制面)数据配置。MC)配置依次为:1、物理层一2、ATM层一3、AAL54、SAAL-NNI-5MTP3B6SCCP-7RANAPoMo的关系图为:说明:上图中箭头方向衣明各Mo之间的引用关系以与定义的先后依次,例VP即与AlmPOrt之间的箭头表明如需建立VPllP,须要引用到AlmPOrt,所以须要先完成对AtmPorl的定义,才能定义Vpltpo圈中的数据表明白该MO定义的先后次序,例如PlUgInUnil和NniSaaIProfile都是最先被其他Mo引用,所以要最先定义,序号也排在最前面b) B部
4、分(IU接口的传输网限制层面)数据配置。MC)配置依次为:物理层一ATM层一AAL5SAAL-NNI-MTP3BQ.aal2oMO的关系图如下所示.C)C部分(IU用户平面)数据配置。MO数据配置依次为:物理层ATM层AAL2层加载方法介绍:请参照3.3节MUr接口数据加载方式,接口配置文件的详细描述请查荷03_rnc_iu.*看文件:接口联调介绍。Iu-Cs接口联调应依据数据配置的依次,先调通信令限制平面,再调通传输限制平面,最终调通用户平面;而在每一层中,又要遵循从物理层到高层应用的依次进行联调。下面我们以RNC4为例介绍Iu-Cs接口联调的方法。a)依据协议栈结构我们先查看EQUlPME
5、NT中用于开接口的ETB板上的端口状态是否ENABLE,假如为DISABLE,则先对本端的物理端口进行自环测试,解除本端硬件的问题,再和对端检查传输。10.1.8.9-RKEleaentIanaeer0回|Netwrt(elementFetchPeffonnanceConfigurationUntenarAlarmToolsWindowHelpb)物理层对通之后,查看ATM层的AAL5端点状态是否为ENABLED,假如为DISABLE,则联调双方都应检查VPI,VCl数据是否一样。(检查VPI,VCI的数据设置,可通过ATM下拉菜单中的AAL5TPs的PROPERTY进行查看)10.1.8.9
6、-RICElcacntIanaecrATMNoOeJ,ContentsOrAAL5TPs,RefteshTable困39aIOMLQIPSOML2PamsOAAL2QOSProCtesOE2EEZODSOBundlesQMAGrouptONetworkSynchronizabonOTDMCrcultEmulationsOTrafficDescriptorsOWCrossConnecbonsNameOpastioojlStaiePhyslwationAalSTpVccTpb004iqaEnabled11B27Etmd1E11/38AalSTpVccTpb004iqbEnabd11B27Etmc1
7、2E11/45AalSTpVccTpmgw3gsaEnabled116tm4rrs1554/34Aal5TpVccTpmgw3gsbEnabled117tm41Os1554/34MI5TpVccTp=o1i1Enabld116Etm4HOSl554/32Aal5TpvccT=olbiEnabled11B7Etm4rSl554/33AalSVccTpb0041caEnaNed11B27Etmd1E11/36AalSVaTPboCMIeEnabled1127etmc12E11/43004ldbEnaMd118J27tmd2Ei1M4VPWClRwervedERICSSONiRJK:4-RKEloB
8、entIanaeetNodeUTCtime2005-12-0617:12NameEnabledEnabled11B27Etmd/11/3811B/27:Etmc1f2.1/45CoMentSofAAL5TPs,OpGiioniJSyeP9ocationNehwrkelementFetchPerformanceCociflourationMaintenanceAlarmTlsWmdowHelpNodeOAALOTPSQML2PathsO2QoSProfilesOE2uZODSOBundlesOMAGoupsONerarkSyronc9tonoTDMCircuitEmulMK)nsOTraffic
9、Descriptors,OVCCrossConneciwnsEli4wsCMRBC4-RVCEloaentIanagetContentsof,HTP3bSignallingRouteSetsNameReTreshTableM!p3bSrsmg*r3Mt3bSrsmsc2Mtp3bSrsmdMtp3bSrsmc2p3b8rsmc3EnaMedEnaMedEnaMedEnabledEnabledRWrwy5sYesYsysYesnCftent三*n*1.ibrtfitsinNodeUTCtime20D6.0b1317:29NeorkelementFetchPerformanceCocifloura
10、tionMaintenanceAlarmTlsWmdowHelp,2nalln2NodeComentsofMtp3bSrsmsc2,ReTreshTable3三SS9 ML2OoSCodePointProfiles AAL2RoutingTable MTP2ProlHes MTP2TerminationPoints KTP30SignallingPoints Mtp3bSplu1 M3UAssociations MTP3bAccessPointe-fl*1TPSignallingUnkSetsMtp3bSls1MTP3tSignallingRouteSetsMtp3bSrsmgw3NameOM
11、ip3bSrmsc2sIQstiooBlSteteFrpldNetblocked质Mtp3bSrsrncllMtpSbSrsmc2I*9Mtp3bSrsmc3NNkSAALProfilesNNkSAALTefminationPoints Q26302SignallingPoint SCCPSignallingPoints SCTPs UNPSAALProfllesUNkSAALTefminationPointsERICSSON,NodeUTCtime200601-1317:303ElseWK4-W4-RHC4-RlCElementIanaccrNehwrkelementFetchPerform
12、anceCociflourationMaintenanceAlarmToolsWmdowHelp(SignallingNodeContentsof,KTP3bSignallingUnkSegRefreshTable3三SS9 ML2OoSCodePointProfiles AAL2RoutingTable MTP2ProlHes MTP2TerminationPoints KTP30SignallingPoints Mtp3bSplu1 M3UAssociations MTP然AaEPg6NameM1p3bSl1IQyMn,/SyeFrpldYSIRefCrVedMTP3bSignaMngUn
13、kSM阳S33aSSalMtp3bSsWTP30SignallingROUteSets NNkSAALProfiIes NNkSMLTerminationPoints Q26302SignallingPoint SCCPSignallingPolrrtsBscps UNkSAALProflles UNkSAALTefminationPointsERICSSON/NodeUTCtime200601-1317:26,j开始-rbs0041OPGtiOOE Sye!Enabled EnabledYesYes3 SR S a2Ap mgapi Aal2Ap S0041 SCCP Signalling
14、Polnrts SCTPs UNkSAALProfiles UNl-SAAL Tefmiwtion PoinlsEMCSSON S INode UTCUme 2006-01-1211:39RlC4-RKElementIanatocNerk element Fetch Performance Conilguration Maintenance Alarm Tools Wmdow Helpj)AAL2AP状态正常后,选择Signaling下拉菜单中的AAL2RoutingTable,右边的窗口会显示全部定义的ROUtingCaSe数据,选中到MGW的routingcase,右键选择PrOPerty
15、,检查窗口中显示的数据(包括umberDirectionrouteList,FoutePriorityList)是否符合网络设计。ReC4-MCElementIanacerXNetworkelementFetchPerformanceConflourationMaintenanceAlarmToolsVndwHelp(SignallingJ Node AAL2 QoS Code Point ProfileContents of, AAL2 Routing TableNameAAL2 Routing TabMTP2 ProfilesTP2 Termination Points KTP30 Sig
16、nalling Points NNkSAALProfIIesNNkSML Termination Point Q 2830 2 Signalling Point SCCP Signalling Points SCTPsUNkSAALProfiles UNkSAAL Tennination Point8Aal2RoungCase mgw3 Aal2RoungCase rbsOO41O Aal2RouttngCase1O Aal2RoutmgCas r2O Aal2RoubngCase rnc3RMC4 - AAL2 RoUtinC Case PropertiesRefreshTableJJ I
17、*1 ERICSSON /Node UTC time 200601 -1215:12Zb H雨目)O 机2 OoS ProfilesOAAL5 TPSO Dgo BundlesO IMAGroupsO NeMOrk SyTKhroncMionO TDM Circuit EnulMK)nsO Traffic DescriptorsO VC Cross Connecwons AaCPathVccTp mgw3aiEnabled Aa2PatVccTp mgw3a2Enabd Aal2PatVccTp mgw3a3Enabled AalJPathVccTp mgw3a4EnaNed AaIiPath
18、VccT p mgw3a5EnaWed AaliPathVccTp mgw3a6EnWtd AaQPathVccTp rbs004laiDisabled Aal2PathVccTp rbsOO4132EnabledUnlocked Unlocked Unlocked Unlocked Unlxked Unlxktd Unlocked Unlocked11J6Etm4r 4/46 11B7Etrn4 4/47 11BJ6Etm4r 4;48 117 tm4r .4/49 116tm4 4/50 117tm4 4/511127Etmc 1/46 11B27Etmc. 1/47Unblocked U
19、nblocked Unblocked Unblocked Unblocked UnblockedblockedRC4 AAL2 Path PropertiesPhysical resources 0*rVCl:Trac descptorVPLTraftc descriptor VCLCuwner(VIOOOOs):AAL2 Pam ownership46IUtP-C1P45003IUbVOC2P4000I ioContinuitycheckAJarminca0onsignalWs)11Remotedefectmdcalon(RDI):ML2 OualitrOfSefvice Prortle:A
20、al2QosProHle 1 3Avatfable ProfilesCtas&A:pCU$ :pClass C:pIe UTC time 2006Qi C#立 冏8连接3 l*t4 -BJC4 -m)AAL2paths状态正常后,对全部到MGW的AAL2paths作导通测试,确保和MGW的AAL2PATHS已经调通,方法是依此选取到MGW的全部AAL2paths,右键选取End-to-endlookbacktest,测试的结果显示是SUCCeSSfU1,假如是FAILED。则应检查联调双方数据是否和网络设计一样。Node.QmlotpsOEHZZOAAL2QoSProxies3OAAL5TPS
21、3OOSOBundles.OIMAGroups雨ONeMorkSyhronc9tonSOTDMCircuitEmulMK)n$-iOTrafficDescriptors3OvcCrossConnecwonsContentsofAL2PathsReTreshTableINameAalZPalhVcmAa2PamvccTrAal2PathVccTAal2PathVccT.Aal2PathVccTrAal2PathVccTfAaiJPathVccTfAal2PatVccTfIOPCiORJS,aeAdmiwstratgStateIPhyskxatkmVPWClIRemotebIOCkmQsR=GTd
22、1B6Etm4,1O14611B7Etm4/1OS4/47UfWlOCkedShowLDNReservedby1.ockDeletend-tondIoopbKktastPropemes11Br6:Etm4/1:Os.4/4811B/7:Etm4/1:0s.4/4911BrUn41Os.45011B7E114H0$4/5111B27Etmc1M1/4611B/27:Etmc1/2:.1/47UnblockedUneiockedUnlockedUnlockedUMlOCkedUnoiockedERICSSONSINodeUTCtime2006-01-1215:28R1TC4-G写第件Hq短为,15
23、:28RlC4-RKElementIanatocNerkelementFetchPerformanceConilgurationMaintenanceAlarmToolsWmdowHelpn)Iu-cs接口联调结束。IUb接口数据配置.接口协议栈。NBAPPCHFP FACH FP RZCH FP DCH FP传输网络电控制面传输网络层用户而ASAAL UNISAAL UNIAAL5XXLSATM物理层传输 网络层QAAL2Q .2630.1Q.2150.2传输M络层用户面AAL2 PATH图7-3 IUb接口协议栈IUb接口配置数据打算增加IUb接口数据前,须要和RBS协商和规划的数据如下表
24、所示:协商和规划项数据(以RNC4为例)接口配置采纳的VPl(主/备)1接口配置VP采纳的AtmTrafficDescriptorC1P4500节点同步采纳的VCl住/备)34/41,35/42节点同步采纳的VC的AtmTrafficDescriptorC1P5NBAP-C,NBAP-D,Q.AAL2采纳的VCl(主/备)3643(NBAP-C),3744(NBAP-D),3845(Q.AAL2)限制面VC采纳的AtmTrafficDescriptorU3P1000M80用户平面采纳的Vel(负荷分担)46,47(共2条)用户平面VC采纳的AtmTrafficDescriptorC2P4000
25、信令限制面采纳的UniSaalProfileWin30(NBAP-C,Q.AAL2),W100(NBAp-D),本RNC的AAL2地址8600(RNC4)Aal2QosProfile1aal2PathId1-2RBS的AAL2地址8641(RBS0041)RBSID0041RNCMODULE(限制该RBS的模块号)1MO关系图和简要说明。上面的接口协议栈可以看出,IUb接口水平方向分成三部分,即A(IUb接口的限制面),B(IUb接口的传输网限制层面),C(IUb接口的用户平面)部分,垂直方向分成物理层、ATM层和高层应用。我们对MO的配置同样遵循从A往C,从物理层到高层应用的依次。下面我们依
26、据该依次描述一个完整的Iub接口MO关系(详细数据以本试验网RNC4的数据配置为例)。说明:上图中箭头方向表明各MO之间的引用关系以与定义的先后依次,例VPItP与AtmPOrt之间的箭头表明如需建立VPhP,须要引用到AlmPOrt,所以须要先完成对AImPOrl的定义,才能定义Vpltpo圈中的数字表明白该Mo定义的先后次序,例如PlUgInUnil和UniSaaIProfiIe都是最先被其他Mo引用,所以要最先定义,序号也排在最前面数据加载方法介绍:请参照33MUr接口。本接口配置的详细MoSCRlPT请查看文件:07rncoddrhv1L8.5接口联调介绍。Iub接口联调也是先调通信令
27、限制平面,再调通传输限制平面,最终调通用户平面;而在每一层中,又要遵循从物理层到高层应用的依次进行联调,此外,IUb接口还须要调通节点同步数据。下面我们以RNC4为例介绍IUb接口联调的方法。a)依据协议栈结构我们先查看EQUlPMENT中用于开接口的ETB板上的端口状态是否ENABLE,假如为DISABLE,则先对本端的物理端口进行自环测试,解除本端硬件的问题,再和对端检查传输。RiIC4-RJKEleaentIanaeerUjW*NetworkelementFetchPerformanceCosrtububEtmEtm0popopGP0p0p0popGPs)soslosto 0:1:z34
28、:5:6:ra90:1:z34:56 123456711111111112222222 mfczziafi%fti8oo sse用用s3a困田幻,33中另田93用27:Etmcl*28:SCb8SBGpb9Gpb3卷Fan ProtectionGroups SwitchFabricERICSSON INode UTC time 2006-01-12 17:42光始 i U. ED iodc*x C 3 n*MK RCancelHelp01-1317:39d)AAL0层对通后,在Signalling下拉菜单中检查UNI-SAAL端点状态是否为ENABLED,如状态为DlSABLE,则双方都应检查
29、UniSaaIPrO数据是否和网络设计一样e)UNI-SAAL数据调通之后,通过RadioNetwork下拉菜单检查NBAP-CjNBAP-D状态是否ENABLED,否则检查双方数据。RMC4 - RlC Element IanaccrNenworkelement Fetch Performance Cociflouration Maintenance Alarm Tools Wmdow Helpf)NBAP对通之后,通过RadioNetwork下拉菜单检查节点同步状态是否ENABLED,假如为DISABLED,则联调双方检查节点同步的数据(包IubLink,aalOTpRefs)是否一样。N
30、etworkelementFetchPerformanceConflourationMaintenanceAlarmToolsVndwHelpRadio NetworkSMSmCh 1 Node SnchRefreshTable RNC Furl*on O DCH Frame Synchs5) O Erfernal RNCS如 O GSM NetworksV1 NOdeSynchTp rbs004l 1Vi NOdeSynchTp s004l 2Nod SynchTPNode SynchTPr! o IUb UnksE luNmk,rtsOO41S UtrancelIWJIHJNAI Q O ER UTRAN Reiat if O OSM Reaons I* O UTRAN Reiatwns3 UtrancelIWJIHJNBI 3 UtrancelIWJIHJNCz 另 O Radio