3GTrainingRequirement

1. UMTSSystemoverviewCoursecategory:nonvendorrelated Objective: Participantscanhaveaunderstandingofmobilebroadbandandtrendofmarketand technology ParticipantsunderstandUMTSsystem Participantscandescribethedifferentbetween2Gand3G ParticipantsunderstandandcanexplaintheWCDMAtechnology. Introductiontomobilebroadbandtechnologyandroadmapofwirelesstechnology infuture. IntroductiontotheUMTSsystemincludethefollowingitems o NetworkElementandfunctional o Architectureandinterface o ProtocoloverviewforPSandCS IntroductiontoWCDMAprinciples o WCDMAmultipleaccessprinciples o Spreadingcode/ProcessingGain/Scramblingcodeandmodulation o KeyindicatorRSCP,Ec/No. o Physicalchannels/Transportchannels/Logicalchannels o HardHandover/SoftHandover/SofterHandoverprinciplesandalgorithms o PowerControlPrinciples o Trafficcaseandstandardsignalingflow IntroductiontoHSPAprinciples o HSDPAtechniquethatimproveDLthroughput o HSUPAtechniquethatimproveULthroughput o HSPALaterrelease Futuretechnology o IntroductiontoMIMO o IntrodutiontoLTEandOFDMtechnology

RequiredDetailinthetopic:

Participant:RFseniorengineer BSSOperationseniorengineer BSSCoreplanningseniorengineer

4. RadioNetworkPlanningandNetworkDesignCoursecategory:nonvendorrelated Objective: ParticipantscandescribethedifferencebetweenGSMandUMTSdimensioning. ParticipantsunderstandtheconceptoftheUMTSplanning. ParticipantsunderstandthetrafficmodelofUMTS/HSPAandwhatisdifferfrom GSMtrafficmodel. Participantsunderstandhowtoselecttheproperequipmenttofulfillthecoverage andcapacityrequirement. UMTSspectrumandFrequencyselection/Refarmingprinciple. OverviewofLinkBudgetcalculationandnecessarymarginsuchasfadingmargin, softHOgain. o Cellsizeestimationfromlinkbudget OverviewofQoSclass/TrafficmodelandRadioAccessBearerwhichusedin WCDMAsystem. o QoSClass o CSTrafficmodel o PSTrafficModel o RadioAccessBearerandrequirement Interferenceanalysisandhowimpacttothecapacityinthedimensioning Capacitydimensioning o R99Dimensioning o HSPADimensioning IntroductiontoChannelElement,whenandhowtoprovidethedimensioningforCE Dimensioningofthefuturenetwork o MIMO o DualCarrier o MigratetoLTE SelectionoftheNodeBoutputpower/AntennadesigntomeettherequiredQoS o CoAntennascenario/SeparateAntennascenario o InfluenceofNodeBoutputpower o CPICHPower o Controlchannelpower

RequiredDetailinthetopic:

Participant:RFSeniorEngineer

5. RadioNetworkOptimizationandNetworkverificationCoursecategory:nonvendorrelated Objective: ParticipantcanmakeperformanceverificationeithersinglesiteorclusterforUMTS networkusingdrivetestanalysis Participantsunderstandhowtocontrolinterference/coverageofWCDMAsystem ParticipantsunderstandtheHandovermechanismandcanapplytothefielddrive testanalysisandwellasunderstandhowtoimprovetheperformance. ParticipantsunderstandthekeyindicatortoverifynetworkperformanceofWCDMA andhandlethetroubleshootingtest IntroductiontoRadioAccessBearerandQoSclass. DrivetestKPIverificationandacceptancecriteria. o DefinedRSCP o DefinedEc/No o Pilotscanning(CPICHRSCP,CPICHEc/No) o SoftHOSuccessrate/SoftHOoverhead o PilotPolution o BLERandMOS o CallandSessionKPI(Successrate,completionrate,setuptime) o PSQoS(Throughput,Latency) SoftHOanalysis. IntroductiontotheMeasurementreportandActiveSetUpdateprocedure IntroductiontoSysteminformationbroadcastingprocedure Optimizationoverview,howtoachievebetterperformanceforeachKPI RadioNetworksignalingduringdrivetest(L3messages) InfluenceoftheStandardFeaturetothedrivetestresult o PowerControl o Handover o Idlemodebehavior TroubleshootingofCallDrop,HOproblem,Overshooting,etc.

RequiredDetailinthetopic:

Participant:RFSeniorEngineer