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移动通

SecurityLTERadioNetworkPlanningIntroductionTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

通信人才网 移动通 1LTERNP2LTE1LTERNP2LTERNP34LTEDeploymentTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 LTERadioNetworkPlanningMainServiceOutputs:eNodeBcoverageradiusandsitenumbersbasedoncapacitycalculation

DetailedInputs:Coveragetargetandsitesurvey ocationandengineeringTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 DetailLTERadioNetwork

achievedby

Coveragearea(Denseurban,Urban,SuburbanQualityobjective(QoSLinkbudgetparameters(Penetrationloss,PropagationBackgroundInterferenceBackgroundInterferenceTestPropagationmodeltuningCapacitySite

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assessRNP ocation/RFparametersSearchringprediction&Clusterdefinitionforproject

Theoperatorprovides:Namingconventions SiteSitesurvey/candidatesiteNeighborcellCellparametersAlgorithmNetworkTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 LTERNPOutputCoverageCoverage--Polygon--CellEdge--Coverage…SiteS1&X2Capacity--S1&X2Capacity--Frequency--Subscriber--Traffic…eNodeBPDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 1LTERNP2LTERNP1LTERNP2LTERNPCoverageCapacityActiveUserS1&X234LTEDeploymentTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 LTERadioNetworkDimensioningLinkLinkCellCellAdjusteNodeBSatisfyAdjusteNodeBTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 1LTERNP2LTERNP1LTERNP2LTERNPCoverageCapacityActiveUserS1&X234LTEDeploymentTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 LTECoverageDimensioningAimofcoveragetoobtainthecelltoestimateeNodeBnumberforcoverageLinkLinkCellCelleNodeBeNodeBCoverageTotalCoverageArea/TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 inkBudgetProcedure–

Other SlowfadingUEAntennaGain BodyLoss

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LinkLinkTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

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CableLossBTS

Slowfading

Power

Path

AllowedPath

Body

UEAntLinkLinkTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 CoverageComparisonb/wHSPA+andCellCellEdge

DownlinkCell

LTE2.6GhasmuchbettercoverageinDLthanHSPA+2.1G;ButHSPA+2.1GhasbettercoverageinULthanLTEcanreuseexisting3Gsites,

atthebeginningofLTEUplinkCellRadius

Cell

CellCell

0.46

0.41

0.35HSPA+2.1G@5MHz0

CellEdge

TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 1LTERNP2LTERNP1LTERNP2LTERNPCoverageCapacityActiveUserS1&X234LTEDeploymentTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 LTECapacityDimensioningCellAverageCellAverageperCellperCell(initializedbyCoverage

Satisfy AdjustAdjusteNodeBTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 LTECellAverageThroughput

ScenarioScenario…MCMC…CellCell…

CellTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 LTE2600MHzCellAverageThroughputwithdifferentCellAverageCapacitycomparisonwithdifferentfrequencyLTECellAverageThroughputFrequencyBandBandwidthDLULTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 CapacityComparisonb/wHSPA+andULCellAverage LTE5

DLCellAverage

LTE

TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 Traffic TrafficPPPSessionPPPSessionDutyPPPSessionPPPSessionDutyPhone11Conference11IMS77WebFile11P2Pfile11UserTrafficPenetrationBusyHourThroughputPerUserConferenceIMS5WebFileP2Pfile--TrafficModelvariesfromdifferentoperatorswhichismainlyusedtocalculateBusyHourThroughputperUser.TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 TrafficModelComparisonb/wLTEandStandardUMTSTraffic ULDLCSoverVoIPoverOtherPSTotalULTotalDLUMTStrafficmodelismu orecomplexthanthatofLTEbecausetherearemanykindsofCSandPSservicesinUMTS.ThereareonlyPSservices(evenVOIP Phone)inLTEsothatLTEmodelcanbeveryTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 LTECapacityDimensioningCaseStep

Step DesignedDLCell 50%CellloadingStep DesignedDLCell c=axbininRatio20%inBHStep AverageDLBH eStep Sectornumberper f3Step

g=c*f/(1+d)/e=2140TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 1LTERNP2LTERNP1LTERNP2LTERNPCoverageCapacityActiveUserS1&X234LTEDeploymentTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 ActiveUserActiveUserActiveusersisalsocalledRRC-ConnectedUserswhichrefertotheusershavingaDirectlyinfluenceseNodeBquotationandcontrolledbysoftwarePPPRRC1RRC1RRCRRC1RRC1Packets

RRC2Packet1RRC2

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Page通信人才网 移动通 ActiveUserDimensioningCaserateinratein11 111 2

DenseUrban

numberofsubscribersinnumberofsubscribersinone

TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 ActiveUserDimensioningCase11Phone11Conference1RealTimeStreamingIMS57WebFileP2PFileActiveTimeperActiveFactorperActiveUserNumberperTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 1LTERNP2LTERNP1LTERNP2LTERNPCoverageCapacityActiveUserS1&X234LTEDeploymentTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 S1&X2Interfaceof2G/3G:Legacy TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 tL arffiSuusBHDataTraffic/Subs.=BHData *TrafficRatioof=25kbps*80%=rfffffitiifL==Trafficdataratioforuplinkanddownlinkis1:4PeaktoaveragetrafficratioisTrafficPeakRatio=NumberofTrafficPeakRatio=

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=6.85*1.2=Subs/Site=6.85*1.2=Subs/Site==T_UL_DataTraffic/Subs.*=8.22*1000==T_DL_DataTraffic/Subs.*=32.88*1000=T_DL_Data=27.4*1.2==6.85*1.2==27.4*1.2=Subs/SiteSubs/Site==T_UL_DataTraffic/Subs.*=8.22*1000==T_DL_DataTraffic/Subs.*=32.88*1000==T_UL_userplane/site+T_DL_user=8.22+32.88=TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 S1&X2DimensioningCaseStudyControlTT_controlplaneT_Total_user_Plane/Site*241.1*2%S1TT_S1/SiteT_control_Plane/SiteT_Total_user_plane/Site0.8241.1X2TT_X2/SiteT_S1/Site*3%41.92*3%TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 ComparisonbetweenIubandS1Iub S1SSSrrsSubsper

Iub SIuSIuIubIuIub

S1UserPlane

TraTrafffficVVPTraaffficSGoSSSTrafffficPS6PS64PS12PS128PS38PS384SnPS64ThroughputPS384

SIuIuSIuIubh

hTrafffficUplinkdataTraffic

IubExtension Extension ThroughputatMaclayer/Subs.S1userPlaneA

nClBandwidtthPeaktoAverageRatioMacnghM

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,(

S1T_userplaneT_control+IubSignalling+

+

(12%)*T_userTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 移动通 1LTERNP2LTE1LTERNP2LTERNP34LTEDeploymentTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 LTECo-locationGeneralCo-existingSystemsGuardband&isolationInstallationImpactonexistingCivilWork&Reuse&TECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 TypicalCo-locationScenario-SeparateAntenna&Justtakingforexample

NoimpactontheperformanceexistingIndependenttiltandazimuth,andoptimization.

RequiremoreinstallationforbothantennaandRequirehighertowervisionpollution.ThehighestpriorityExisting 2G/3G+

ExistingNewTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 TypicalCo-locationScenario-SeparateAntenna,Shared

Reusingexistingfeeder,noneedadditionalspacefornewfeeder.Independenttiltandazimuth,andoptimization.Requiremoreantennainstallationspaceandhighertowerload.Additionaldiplexerloss,negativeimpactonexistingnetworkToomanyantennas,causingApplicabletoimpossibleadditionalfeederExisting 2G/3G+

ExistingNewTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 TypicalCo-locationScenario-SharedAntenna,Separate

Noneedadditionalspacefornewantenna.NoorSmallimpactperformanceofexistingRequiremorefeederinstallationReplacingnewIndependenttiltbutsameazimuth,partlyindependentnetworkplanningandoptimization.NewantennashouldkeepsamebeamwidthandgainforleastnegativeimpactonexistingExisting 2G/3G+

ExistingNewTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 TypicalCo-locationScenario-SharedAntenna&Feeder

Combiner

Noneedadditionalspacefornewantennaandfeeder.ReusingexistingReplacingnewIndependenttiltbutsameazimuth,partlyindependentnetworkplanningandoptimization.AdditionaldiplexercostandnegativeimpactonexistingNewantennashouldkeepsamebeamwidthforleastnegativeimpactonexistingnetwork.RRUinstalledneartheThickerfeederExisting 2G/3G+

ExistingNewTECHNOLOGIES PDFcreatedwithpdfFactoryProtrialversion

Page通信人才网 TypicalCo-locationScenario-SharedAntenna&Feeder

Noneedadditionalspacefornewantennaandfeeder.ReusingexistingReplacingnewantennaorantennaiswideSametilt&azimuth,impossibleAdditionaldiplexercostandloss,negativeimpactonexistingnetwork.Newantennashouldkeepsamebeamwidthforleastnegativeimpactonexistingnetwork.It‘snot mendedifothersolutionisapplicable.ExistingExistin

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