3gpp协议.docx

3gpp协议.docx

《3gpp协议.docx》由会员分享，可在线阅读，更多相关《3gpp协议.docx（100页珍藏版）》请在冰豆网上搜索。

3gpp协议

3GPPTR36.942V9.0.1（2010-04）

TechnicalReport

3rdGenerationPartnershipProject;

TechnicalSpecificationGroupRadioAccessNetwork;

EvolvedUniversalTerrestrialRadioAccess（E-UTRA）;

RadioFrequency（RF）systemscenarios

（Release9）

Thepresentdocumenthasbeendevelopedwithinthe3rdGenerationPartnershipProject（3GPPTM）andmaybefurtherelaboratedforthepurposesof3GPP.

Thepresentdocumenthasnotbeensubjecttoanyapprovalprocessbythe3GPPOrganizationalPartnersandshallnotbeimplemented.

ThisSpecificationisprovidedforfuturedevelopmentworkwithin3GPPonly.TheOrganizationalPartnersacceptnoliabilityforanyuseofthisSpecification.

Specificationsandreportsforimplementationofthe3GPPTMsystemshouldbeobtainedviathe3GPPOrganizationalPartners'PublicationsOffices.

Keywords

LTE,Radio

3GPP

Postaladdress

3GPPsupportofficeaddress

650RoutedesLucioles-SophiaAntipolis

Valbonne-FRANCE

Tel.:

+33492944200Fax:

+33493654716

Internet

http:

//www.3gpp.org

CopyrightNotification

Nopartmaybereproducedexceptasauthorizedbywrittenpermission.

Thecopyrightandtheforegoingrestrictionextendtoreproductioninallmedia.

©2010,3GPPOrganizationalPartners（ARIB,ATIS,CCSA,ETSI,TTA,TTC）.

Allrightsreserved.

UMTS™isaTradeMarkofETSIregisteredforthebenefitofitsmembers

3GPP™isaTradeMarkofETSIregisteredforthebenefitofitsMembersandofthe3GPPOrganizationalPartners

LTE™isaTradeMarkofETSIcurrentlybeingregisteredforthebenefitofitsMembersandofthe3GPPOrganizationalPartners

GSM®andtheGSMlogoareregisteredandownedbytheGSMAssociation

Contents

Foreword

ThisTechnicalReporthasbeenproducedbythe3rdGenerationPartnershipProject（3GPP）.

ThecontentsofthepresentdocumentaresubjecttocontinuingworkwithintheTSGandmaychangefollowingformalTSGapproval.ShouldtheTSGmodifythecontentsofthepresentdocument,itwillbere-releasedbytheTSGwithanidentifyingchangeofreleasedateandanincreaseinversionnumberasfollows:

Versionx.y.z

where:

xthefirstdigit:

1presentedtoTSGforinformation;

2presentedtoTSGforapproval;

3orgreaterindicatesTSGapproveddocumentunderchangecontrol.

ytheseconddigitisincrementedforallchangesofsubstance,i.e.technicalenhancements,corrections,updates,etc.

zthethirddigitisincrementedwheneditorialonlychangeshavebeenincorporatedinthedocument.

1Scope

DuringtheE-UTRAstandardsdevelopment,thephysicallayerparameterswillbedecidedusingsystemscenarios,togetherwithimplementationissues,reflectingtheenvironmentsthatE-UTRAwillbedesignedtooperatein.

2References

Thefollowingdocumentscontainprovisionswhich,throughreferenceinthistext,constituteprovisionsofthepresentdocument.

∙Referencesareeitherspecific（identifiedbydateofpublication,editionnumber,versionnumber,etc.）ornonspecific.

∙Foraspecificreference,subsequentrevisionsdonotapply.

∙Foranon-specificreference,thelatestversionapplies.Inthecaseofareferencetoa3GPPdocument（includingaGSMdocument）,anon-specificreferenceimplicitlyreferstothelatestversionofthatdocumentinthesameReleaseasthepresentdocument.

[1]3GPPTR25.896,“FeasibilityStudyforEnhancedUplinkforUTRAFDD”

[2]3GPPTR25.816,“UMTS900MHzWorkItemTechnicalReport”

[3]3GPPTR25.942,“RadioFrequency（RF）systemscenarios”

[4]3GPPTR25.814,“PhysicalLayerAspectsforEvolvedUTRA”

[5]3GPPTR30.03,“SelectionproceduresforthechoiceofradiotransmissiontechnologiesoftheUMTS”

[6]R4-051146,“Someoperators’requirementsforprioritizationofperformancerequirementsworkinRANWG4”,RAN4#37

[7]3GPPTR25.951,“FDDBaseStation（BS）classification”

[8]3GPPTR25.895,”AnalysisofhigherchipratesforUTRATDDevolution.”

[9]R4-070235,“Analysisofco-existencesimulationresults”,RAN4#42

[10]R4-070084,“CoexistenceSimulationResultsfor5MHzE-UTRA->UTRAFDDUplinkwithRevisedSimulationAssumptions”,RAN4#42

[11]R4-070034,“Additionalsimulationresultson5MHzLTEtoWCDMAFDDULco-existencestudies”,RAN4#42

[12]R4-070262,“Simulationresultson5MHzLTEtoWCDMAFDDULco-existencestudieswithrevisedsimulationassumptions”,RAN4#42

[13]R4-070263,“ProposalonLTEACLRrequirementsforUE”,RAN4#42

[14]R4-061288,“DownlinkLTE900（RuralMacro）withDownlinkGSM900（RuralMacro）Co-existenceSimulationResults”,RAN4#41

[15]R4-070391,“LTE900-GSM900DownlinkCoexistence”,RAN4#42bis

[16]R4-061304,“LTE900-GSM900UplinkSimulationResults”,RAN4#41

[17]R4-070390,“LTE900-GSM900UplinkSimulationResults”,RAN4#42bis

[18]R4-070392“LTE-LTECoexistencewithasymmetricalbandwidth”,RAN4#42bis

[19]3GPPTS36.104,”BaseStation（BS）radiotransmissionandreception”

[20]3GPPTS25.104,”BaseStation（BS）radiotransmissionandreception（FDD）”

[21]3GPPTS36.141,”BaseStation（BS）conformancetesting”

[22]RecommendationITU-RSM.329-10,“Unwantedemissionsinthespuriousdomain”

[23]“InternationalTelecommunicationsUnionRadioRegulations”,Edition2004,Volume1–Articles,ITU,December2004.

[24]“AdjacentBandCompatibilitybetweenUMTSandOtherServicesinthe2GHzBand”,ERCReport65,Menton,May1999,revisedinHelsinki,November1999.

[25]“Title47oftheCodeofFederalRegulations（CFR）”,FederalCommunicationsCommission.

[26]R4-070337,"ImpactofsecondadjacentchannelACLR/ACSonACIR"（NokiaSiemensNetworks）.

[27]R4-070430,"UEACSandBSACLRs"（Fujitsu）.

[28]R4-070264,"ProposalonLTEACLRrequirementsforNodeB"（NTTDoCoMo）.

[29]RecommendationITU-RM.1580-1,“GenericunwantedemissioncharacteristicsofbasestationsusingtheterrestrialradiointerfacesofIMT-2000”.

[30]ReportITU-RM.2039,“CharacteristicsofterrestrialIMT-2000systemsforfrequencysharing/interferenceanalyses”.

[31]ETSIEN301908-3V2.2.1（2003-10）,“ElectromagneticcompatibilityandRadiospectrumMatters（ERM）;BaseStations（BS）,RepeatersandUserEquipment（UE）forIMT-2000Third-Generationcellularnetworks;Part3:

HarmonizedENforIMT-2000,CDMADirectSpread（UTRAFDD）（BS）coveringessentialrequirementsofarticle3.2oftheR&TTEDirective”.

3Definitions,symbolsandabbreviations

3.1Definitions

3.2Symbols

3.3Abbreviations

Forthepurposesofthepresentdocument,thefollowingabbreviationsapply:

ACIRAdjacentChannelInterferenceRatio

ACLRAdjacentChannelLeakagepowerRatio

ACSAdjacentChannelSelectivity

AMCAdaptiveModulationandCoding

AWGNAdditiveWhiteGaussianNoise

BSBaseStation

CDFCumulativeDistributionFunction

DLDownlink

FDDFrequencyDivisionDuplex

MCMonte-Carlo

MCLMinimumCouplingLoss

MCSModulationandCodingScheme

PCPowerControl

PSDPowerSpectralDensity

RXReceiver

TDDTimeDivisionDuplex

TXTransmitter

UEUserEquipment

ULUplink

4Generalassumptions

ThepresentdocumentdiscussessystemscenariosforE-UTRAoperationprimarilywithrespecttotheradiotransmissionandreceptionincludingtheRRMaspects.TodeveloptheE-UTRAstandard,alltherelevantscenariosneedtobeconsideredforthevariousaspectsofoperationandthemostcriticalcasesidentified.Theprocessmaythenbeiteratedtoarriveatfinalparametersthatmeetbothserviceandimplementationrequirements.

TheE-UTRAsystemisintendedtobeoperatedinthesamefrequencybandsspecifiedforUTRA.Inordertolimitthenumberoffrequencybandstobesimulatedinthevarioussimulationscenariosamappingoffrequencybandstotwosimulationfrequencies（900MHzand2000MHz）isapplied.WhenusingthemacrocellpropagationmodelofTR25.942[3],thefrequencycontributestothepathlossby21*log10（f）.Themaximumpathlossdifferencebetweenthelowest/highestfrequenciesperE-UTRAfrequencybandandcorrespondingsimulationfrequencyisshownintables4.1and4.2.

Table4.1:

SimulationfrequenciesforFDDmodeE-UTRAfrequencybands

E-UTRABand

ULfrequencies（MHz）

DLfrequencies（MHz）

Simulationfrequency

（MHz）

Pathlossdifference（dB）

lowest

highest

lowest

highest

lowestULfrequency

highestDLfrequency

1

1920

1980

2110

2170

2000

0.37

0.74

2

1850

1910

1930

1990

2000

0.71

0.05

3

1710

1785

1805

1880

2000

1.43

0.56

4

1710

1755

2110

2155

2000

1.43

0.68

5

824

849

869

894

900

0.80

0.06

6

830

840

875

885

900

0.74

0.15

7

2500

2570

2620

2690

2000

2.04

2.70

8

880

915

925

960

900

0.20

0.59

9

1749.9

1784.9

1844.9

1879.9

2000

1.22

0.56

10

1710

1770

2110

2170

2000

1.43

0.74

11

1427.9

1452.9

1475.9

1500.9

2000

3.07

2.62

Table4.2:

SimulationfrequenciesforTDDmodeE-UTRAfrequencybands

E-UTRAband

UL/DLfrequencies（MHz）

Simulationfrequency

（MHz）

Pathlossdifference（dB）

lowest

highest

lowestfrequency

highestfrequency

33

1900

1920

2000

0.47

0.37

34

2010

2025

2000

0.05

0.11

35

1850

1910

2000

0.71

0.42

36

1930

1990

2000

0.32

0.05

37

1910

1930

2000

0.42

0.32

38

2570

2620

2000

2.29

2.46

Itcanbeobservedthatthedifferenceofpathlossbetweensimulationfrequencyandoperatingfrequency（exceptbands7,11and38）isintheworstcaselessthan0.8dBforthedownlinkandlessthe1,5dBfortheuplink.Hencethemappingofoperatingfrequencytosimulationfrequencywillprovidevalidresults.

Thevalidityofsimulationsperformedat2GHzforthe2.6GHzbands7and38wasalreadyanalyzedinTR25.810.Consideringtheexpectedhigherantennagaininthe2.6GHzbandthedifferenceinpathlossisintheorderof1dBwhatiscomparabletotheotherfrequencybands.

4.1Interferencescen