SIST EN 300 910 V8.4.1:2003
(Main)Digital cellular telecommunications system (Phase 2+) (GSM); Radio transmission and reception (GSM 05.05 version 8.4.1 Release 1999)
General Information
- Abstract
05.05; S31b; CR: A247; R99; 8.3.0; 8.4.0; Conforming requirements for LMUs containing a control mobile station 05.05; S31b; CR: A154; R99; 8.3.0; 8.4.0; Completion of GSM 05.05 for EDGE and clean-up
- Status
- Published
- Publication Date
- 30-Nov-2003
- Current Stage
- 6060 - National Implementation/Publication (Adopted Project)
- Start Date
- 01-Dec-2003
- Due Date
- 01-Dec-2003
- Completion Date
- 01-Dec-2003
Overview
SIST EN 300 910 V8.4.1:2003 is a harmonized European standard that defines the radio transmission and reception requirements for the digital cellular telecommunications system (Phase 2+) known as GSM. This standard, aligned with ETSI EN 300 910 Version 8.4.1 and Release 1999, covers essential specifications for the transceivers used in both mobile stations (MS) and base station systems (BSS), including micro-BTS and pico-BTS, in the GSM network. The scope encompasses conforming requirements for Location Measurement Units (LMU), GSM enhancements for EDGE, and system cleanup tasks necessary for robust cellular telecommunication services.
Key Topics
Frequency Bands and Channel Arrangements:
The standard details operational requirements for multiple GSM frequency bands, such as GSM 450, GSM 480, GSM 850, P-GSM 900, E-GSM 900, R-GSM 900, DCS 1800, and PCS 1900. It addresses both single and multiband terminal support to facilitate network compatibility.Transmitter and Receiver Characteristics:
SIST EN 300 910 specifies parameters for output power, radio frequency (RF) spectrum, spurious emissions, radio frequency tolerance, and modulation accuracy for both GMSK and 8-PSK. These parameters are critical for the reliable performance of mobile stations and base stations under varied operational environments.Environmental and Operational Conditions:
Requirements are defined for mobile stations and BSS to ensure proper operation across temperature, voltage, and vibration scenarios. Specialized clauses address the environmental needs for micro-BTS, pico-BTS, and repeaters.Performance Requirements:
The standard emphasizes transmitter/receiver performance, including error rates, sensitivity, interference response, and frequency hopping. Measurement methodologies and performance benchmarks are included to validate equipment compliance.Location Measurement Units (LMUs):
Conformance details for LMUs, including Time-of-Arrival and Enhanced Observed Time Difference technologies, are incorporated for accurate network-based location services.
Applications
Mobile Network Infrastructure:
This standard is pivotal for manufacturers and operators deploying or maintaining GSM network equipment, ensuring interoperability and efficient use of radio spectrum in public and private cellular networks.Device Certification:
Mobile device, base station, and repeater manufacturers rely on SIST EN 300 910 to certify compliance with European regulatory requirements for GSM equipment, supporting widespread and reliable mobile services.Network Planning and Optimization:
Operators use the standard to design multiband networks, set power configurations, and implement frequency planning strategies for optimal coverage and minimal interference.Support for Enhanced Services:
With specifications aligning to GSM enhancements such as EDGE, the standard supports the deployment of advanced features and mobile broadband capabilities within GSM networks.
Related Standards
- GSM 05.01: Physical layer general description for GSM radio paths.
- GSM 05.04: Modulation requirements.
- GSM 05.08: Radio subsystem link control.
- GSM 05.10: Radio subsystem synchronization.
- GSM 11.10: Mobile station conformity specification.
- GSM 02.06: Types of mobile stations.
- GSM 03.64 and GSM 03.71: GPRS and location services.
- ITU-T O.151/O.153: Error performance measurement.
- ETS 300 019: Environmental conditions for telecommunication equipment.
For network operators, equipment manufacturers, and regulatory entities, SIST EN 300 910 V8.4.1:2003 is essential for ensuring GSM radio transmission and reception systems meet European harmonized radio performance and compatibility requirements. Adhering to this standard ensures robust, interoperable, and future-proof GSM networks capable of supporting diverse user and service demands.
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Frequently Asked Questions
SIST EN 300 910 V8.4.1:2003 is a standard published by the Slovenian Institute for Standardization (SIST). Its full title is "Digital cellular telecommunications system (Phase 2+) (GSM); Radio transmission and reception (GSM 05.05 version 8.4.1 Release 1999)". This standard covers: 05.05; S31b; CR: A247; R99; 8.3.0; 8.4.0; Conforming requirements for LMUs containing a control mobile station 05.05; S31b; CR: A154; R99; 8.3.0; 8.4.0; Completion of GSM 05.05 for EDGE and clean-up
05.05; S31b; CR: A247; R99; 8.3.0; 8.4.0; Conforming requirements for LMUs containing a control mobile station 05.05; S31b; CR: A154; R99; 8.3.0; 8.4.0; Completion of GSM 05.05 for EDGE and clean-up
SIST EN 300 910 V8.4.1:2003 is classified under the following ICS (International Classification for Standards) categories: 33.070.50 - Global System for Mobile Communication (GSM). The ICS classification helps identify the subject area and facilitates finding related standards.
SIST EN 300 910 V8.4.1:2003 is available in PDF format for immediate download after purchase. The document can be added to your cart and obtained through the secure checkout process. Digital delivery ensures instant access to the complete standard document.
Standards Content (Sample)
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.Digital cellular telecommunications system (Phase 2+) (GSM); Radio transmission and reception (GSM 05.05 version 8.4.1 Release 1999)33.070.50Globalni sistem za mobilno telekomunikacijo (GSM)Global System for Mobile Communication (GSM)ICS:Ta slovenski standard je istoveten z:EN 300 910 Version 8.4.1SIST EN 300 910 V8.4.1:2003en01-december-2003SIST EN 300 910 V8.4.1:2003SLOVENSKI
STANDARD
ETSIEN300910V8.4.1(2000-10)EuropeanStandard(Telecommunicationsseries)Digitalcellulartelecommunicationssystem(Phase2+);Radiotransmissionandreception(GSM05.05version8.4.1Release1999)GLOBALSYSTEMFORMOBILECOMMUNICATIONSRSIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)2(GSM05.05version8.4.1Release1999)ReferenceREN/SMG-020505Q8R1KeywordsDigitalcellulartelecommunicationssystem,GlobalSystemforMobilecommunications(GSM)ETSI650RoutedesLuciolesF-06921SophiaAntipolisCedex-FRANCETel.:+33492944200Fax:+33493654716SiretN°34862356200017-NAF742CAssociationàbutnonlucratifenregistréeàlaSous-PréfecturedeGrasse(06)N°7803/88ImportantnoticeIndividualcopiesofthepresentdocumentcanbedownloadedfrom:http://www.etsi.orgThepresentdocumentmaybemadeavailableinmorethanoneelectronicversionorinprint.Inanycaseofexistingorperceiveddifferenceincontentsbetweensuchversions,thereferenceversionisthePortableDocumentFormat(PDF).Incaseofdispute,thereferenceshallbetheprintingonETSIprintersofthePDFversionkeptonaspecificnetworkdrivewithinETSISecretariat.Usersofthepresentdocumentshouldbeawarethatthedocumentmaybesubjecttorevisionorchangeofstatus.InformationonthecurrentstatusofthisandotherETSIdocumentsisavailableathttp://www.etsi.org/tb/status/Ifyoufinderrorsinthepresentdocument,sendyourcommentto:editor@etsi.frCopyrightNotificationNopartmaybereproducedexceptasauthorizedbywrittenpermission.Thecopyrightandtheforegoingrestrictionextendtoreproductioninallmedia.©EuropeanTelecommunicationsStandardsInstitute2000.Allrightsreserved.SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)3(GSM05.05version8.4.1Release1999)ContentsIntellectualPropertyRights.6Foreword.61Scope.71.1References.71.2Abbreviations.82Frequencybandsandchannelarrangement.83Referenceconfiguration.104Transmittercharacteristics.104.1Outputpower.104.1.1MobileStation.104.1.2Basestation.144.1.2.1AdditionalrequirementsforPCS1900andMXM1900Basestations.144.1.2.2AdditionalrequirementsforGSM850andMXM850Basestations.154.2OutputRFspectrum.154.2.1Spectrumduetothemodulationandwidebandnoise.154.2.2Spectrumduetoswitchingtransients.194.3Spuriousemissions.204.3.1Principleofthespecification.214.3.2BaseTransceiverStation.214.3.3MobileStation.224.3.3.1MobileStationGSM400,GSM900andDCS1800.224.3.3.2MobileStationGSM850andPCS1900.234.4Radiofrequencytolerance.244.5Outputleveldynamicoperation.244.5.1BaseTransceiverStation.244.5.2MobileStation.244.6Modulationaccuracy.244.6.1GMSKmodulation.244.6.28-PSKmodulation.254.6.2.1RMSEVM.254.6.2.2OriginOffsetSuppression.254.6.2.3PeakEVM.264.6.2.495:thpercentile.264.7Intermodulationattenuation.264.7.1Basetransceiverstation.264.7.2IntraBTSintermodulationattenuation.264.7.2.1GSM400,GSM900,DCS1800.264.7.2.2MXM850andMXM1900.264.7.2.3GSM850andPCS1900.274.7.3IntermodulationbetweenMS(DCS1800&PCS1900only).274.7.4MobilePBX(GSM900only).275Receivercharacteristics.275.1Blockingcharacteristics.275.2AMsuppressioncharacteristics.305.3Intermodulationcharacteristics.315.4Spuriousemissions.316Transmitter/receiverperformance.326.1NominalErrorRates(NER).326.1.1GMSKmodulation.326.1.28-PSKmodulation.336.2Referencesensitivitylevel.336.3Referenceinterferencelevel.366.4Erroneousframeindicationperformance.38SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)4(GSM05.05version8.4.1Release1999)6.5Randomaccessandpagingperformanceathighinputlevels.386.6Frequencyhoppingperformanceunderinterferenceconditions.396.7IncrementalRedundancyPerformanceforEGPRSMS.39AnnexA(informative):Spectrumcharacteristics(spectrumduetothemodulation).58AnnexB(normative):Transmittedpowerlevelversustime.70AnnexC(normative):Propagationconditions.74C.1Simplewidebandpropagationmodel.74C.2Dopplerspectrumtypes.74C.3Propagationmodels.75C.3.1Typicalcaseforruralarea(RAx):(6tapsetting).75C.3.2Typicalcaseforhillyterrain(HTx):(12tapsetting).75C.3.3Typicalcaseforurbanarea(TUx):(12tapsetting).76C.3.4Profileforequalizationtest(EQx):(6tapsetting).76C.3.5Typicalcaseforverysmallcells(TIx):(2tapsetting).76AnnexD(normative):Environmentalconditions.77D.1General.77D.2EnvironmentalrequirementsfortheMSs.77D.2.1Temperature(GSM400,GSM900andDCS1800).77D.2.1.1EnvironmentalConditions(PCS1900andGSM850).77D.2.2Voltage.77D.2.3Vibration(GSM400,GSM900andDCS1800).78D.2.3.1Vibration(PCS1900andGSM850).78D.3EnvironmentalrequirementsfortheBSSequipment.78D.3.1EnvironmentalrequirementsfortheBSSequipment.79AnnexE(normative):Repeatercharacteristics(GSM400,GSMGSM900andDCS1800).80E.1Introduction.80E.2Spuriousemissions.80E.3Intermodulationproducts.81E.4Outofbandgain.81E.5Frequencyerrorandmodulationaccuracy.81E.5.1Frequencyerror.81E.5.2ModulationaccuracyatGMSKmodulation.82E.5.3Modulationaccuracyat8-PSKmodulation.82AnnexF(normative):AntennaFeederLossCompensatorCharacteristics(GSM400,GSM900andDCS1800).83F.1Introduction.83F.2Transmittingpath.83F.2.1Maximumoutputpower.83F.2.2Gain.84F.2.3Bursttransmissioncharacteristics.84F.2.4Phaseerror.85F.2.5Frequencyerror.85F.2.6Groupdelay.85F.2.7Spuriousemissions.85F.2.8VSWR.86F.2.9Stability.86F.3Receivingpath.86F.3.1Gain.86SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)5(GSM05.05version8.4.1Release1999)F.3.2Noisefigure.86F.3.3Groupdelay.86F.3.4Intermodulationperformance.86F.3.5VSWR.86F.3.6Stability.87F.4Guidelines(informative).87AnnexG(normative):CalculationofErrorVectorMagnitude.88AnnexH(normative):RequirementsonLocationMeasurementUnit.90H.1TOALMURequirements.90H.1.1Void.90H.1.2LMUcharacteristics.90H.1.2.1Blockingcharacteristics.90H.1.2.2AMsuppressioncharacteristics.91H.1.2.3Intermodulationcharacteristics.91H.1.2.4Spuriousemissions.91H.1.3Time-of-ArrivalMeasurementPerformance.91H.1.3.1SensitivityPerformance.91H.1.3.2InterferencePerformance.92H.1.3.3MultipathPerformance.93H.1.4RadioInterfaceTimingMeasurementPerformance.93H.2E-OTDLMURequirements.94H.2.1LMUCharacteristics.94H.2.1.1Blockingcharacteristics.94H.2.1.2AMsuppressioncharacteristics.94H.2.1.3Intermodulationcharacteristics.94H.2.2SensitivityandInterferencePerformance.94H.2.2.1SensitivityPerformance.95H.2.2.2InterferencePerformance.95H.2.2.3MultipathPerformance.96AnnexI(normative):E-OTDMobileStationRequirements.97I.1Introduction.97I.2SensitivityandInterferencePerformance.97I.2.1SensitivityPerformance.97I.2.2InterferencePerformance.98I.2.3MultipathPerformance.98AnnexL(informative):Changecontrolhistory.99History.101SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)6(GSM05.05version8.4.1Release1999)IntellectualPropertyRightsIPRsessentialorpotentiallyessentialtothepresentdocumentmayhavebeendeclaredtoETSI.TheinformationpertainingtotheseessentialIPRs,ifany,ispubliclyavailableforETSImembersandnon-members,andcanbefoundinETSISR000314:"IntellectualPropertyRights(IPRs);Essential,orpotentiallyEssential,IPRsnotifiedtoETSIinrespectofETSIstandards",whichisavailablefromtheETSISecretariat.LatestupdatesareavailableontheETSIWebserver(http://www.etsi.org/ipr).PursuanttotheETSIIPRPolicy,noinvestigation,includingIPRsearches,hasbeencarriedoutbyETSI.NoguaranteecanbegivenastotheexistenceofotherIPRsnotreferencedinETSISR000314(ortheupdatesontheETSIWebserver)whichare,ormaybe,ormaybecome,essentialtothepresentdocument.ForewordThisEuropeanStandard(Telecommunicationsseries)hasbeenproducedbyETSITechnicalCommitteeSpecialMobileGroup(SMG).Thepresentdocumentdefinestherequirementsforthetransceiverofthedigitalmobilecellularandpersonalcommunicationsystemsoperatinginthe900MHz(P-GSM,E-GSMandR-GSM)and1800MHzband(GSM900andDCS1800).Italsoincludesspecificationinformationformixedmodeoperationat850MHzand1900MHz.(MXM850andMXM1900)850MHzand1900MHzmixed-modeisdefinedasanetworkthatdeploysboth30kHzRFcarriersand200kHzRFcarriersingeographicregionswheretheFederalCommunicationsCommission(FCC)regulationsareapplied.ThecontentsofthepresentdocumentmaybesubjecttocontinuingworkwithinSMGandmaychangefollowingformalSMGapproval.ShouldSMGmodifythecontentsofthepresentdocumentitwillthenbere-submittedforformalapprovalproceduresbyETSIwithanidentifyingchangeofreleasedateandanincreaseinversionnumberasfollows:Version8.x.ywhere:8GSMPhase2+Release1999.xtheseconddigitisincrementedforchangesofsubstance,i.e.technicalenhancements,corrections,updates,etc.;ythethirddigitisincrementedwheneditorialonlychangeshavebeenincorporatedinthespecification.NationaltranspositiondatesDateofadoptionofthisEN:29September2000DateoflatestannouncementofthisEN(doa):31December2000DateoflatestpublicationofnewNationalStandardorendorsementofthisEN(dop/e):30June2001DateofwithdrawalofanyconflictingNationalStandard(dow):30June2001SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)7(GSM05.05version8.4.1Release1999)1ScopeThepresentdocumentdefinestherequirementsforthetransceiverofthepan-EuropeandigitalcellulartelecommunicationssystemsGSM.Requirementsaredefinedfortwocategoriesofparameters:-thosethatarerequiredtoprovidecompatibilitybetweentheradiochannels,connectedeithertoseparateorcommonantennas,thatareusedinthesystem.Thiscategoryalsoincludesparametersprovidingcompatibilitywithexistingsystemsinthesameoradjacentfrequencybands;-thosethatdefinethetransmissionqualityofthesystem.ThisENdefinesRFcharacteristicsfortheMobileStation(MS)andBaseStationSystem(BSS).TheBSSwillcontaineitherBaseTransceiverStations(BTS)ormicrocellbasetransceiverstations(micro-BTS).TheprecisemeasurementmethodsarespecifiedinGSM11.10andGSM11.21.Unlessotherwisestated,therequirementsdefinedinthisENapplytothefullrangeofenvironmentalconditionsspecifiedfortheequipment(seeannexD).TherequirementsforaMSinamixed-modesystem,MXM850andMXM1900,correspondstotherequirementsforGSM850MSandPCS1900MSrespectively.Inthepresentdocumentsomerelaxation'sareintroducedforGSM400MSs,GSM900MSsandGSM850MSswhichfulfilthefollowingconditions:-pertaintopowerclass4or5(seesubclause4.1.1);-notdesignedtobevehiclemounted(seeGSM02.06).InthepresentdocumenttheseMobileStationsarereferredtoas"smallMS".NOTE:InthisEN,ahandheldwhichcanbeconnectedtoacarkitisnotconsideredtobevehiclemounted.MSsmayoperateonmorethanoneofthefrequencybandsspecifiedinclause2.TheseMSs,definedinGSM02.06,arereferredtoas"MultibandMSs"inthisEN.MultibandMSsshallmeetallrequirementsforeachofthebandssupported.TherelaxationonGSM400MSs,GSM900MSsandGSM850MSsfora"smallMS"arealsovalidforamultibandMSifitcomplieswiththedefinitionofasmallMS.TheRFcharacteristicsofrepeatersaredefinedinannexEofthisEN.AnnexesDandEaretheonlyclausesofthisENapplicabletorepeaters.AnnexEdoesnotapplytotheMSorBSS.1.1ReferencesThefollowingdocumentscontainprovisionswhich,throughreferenceinthistext,constituteprovisionsofthepresentdocument.• Referencesareeitherspecific(identifiedbydateofpublication,editionnumber,versionnumber,etc.)ornon-specific.• Foraspecificreference,subsequentrevisionsdonotapply.• Foranon-specificreference,thelatestversionapplies.• Anon-specificreferencetoanETSshallalsobetakentorefertolaterversionspublishedasanENwiththesamenumber.• ForthisRelease1999document,referencestoGSMdocumentsareforRelease1999versions(version8.x.y).[1]GSM01.04:"Digitalcellulartelecommunicationssystem(Phase2+);Abbreviationsandacronyms".SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)8(GSM05.05version8.4.1Release1999)[2]GSM02.06:"Digitalcellulartelecommunicationssystem(Phase2+);TypesofMobileStations(MS)".[3]GSM03.64:"Digitalcellulartelecommunicationssystem(Phase2+);GeneralPacketRadioService(GPRS);GPRSRadioInterfaceStage2".[3a]GSM03.71:"Digitalcellulartelecommunicationsystem(Phase2+);LocationServices;Functionaldescription–Stage2".[4]GSM05.01:"Digitalcellulartelecommunicationssystem(Phase2+);PhysicallayerontheradiopathGeneraldescription".[5]GSM05.04:"Digitalcellulartelecommunicationssystem(Phase2+);Modulation".[6]GSM05.08:"Digitalcellulartelecommunicationssystem(Phase2+);Radiosubsystemlinkcontrol".[7]GSM05.10:"Digitalcellulartelecommunicationssystem(Phase2+);Radiosubsystemsynchronization".[8]GSM11.10:"Digitalcellulartelecommunicationssystem(Phase2+);MobileStation(MS)conformityspecification".[9]GSM11.11:"Digitalcellulartelecommunicationssystem(Phase2+);SpecificationoftheSubscriberIdentityModule-MobileEquipment(SIM-ME)interface".[10]ITU-TRecommendationO.153:"Basicparametersforthemeasurementoferrorperformanceatbitratesbelowtheprimaryrate".[11]ETS300019-1-3:"EquipmentEngineering(EE);Environmentalconditionsandenvironmentaltestsfortelecommunicationsequipment;Part1-3:ClassificationofenvironmentalconditionsStationaryuseatweatherprotectedlocations".[12]ETS300019-1-4:"EquipmentEngineering(EE);Environmentalconditionsandenvironmentaltestsfortelecommunicationsequipment;Part1-4:ClassificationofenvironmentalconditionsStationaryuseatnon-weatherprotectedlocations".[13]GSM04.14:"Digitalcellulartelecommunicationssystem(Phase2+);Individualequipmenttyperequirementsandinterworking;Specialconformancetestingfunctions".[14]FCCTitle47CFRPart24:“PersonalCommunicationServices”,SubpartE“Broadbandservices”.[15]GSM03.52:"Digitalcellulartelecommunicationssystem(Phase2+);GSMCordlessTelephonySystem(CTS);LowerlayersoftheCTSradiointerface;Stage2".[16]ITU-TRecommendationO.151(1992):"Errorperformancemeasuringequipmentoperatingattheprimaryrateandabove".1.2AbbreviationsAbbreviationsusedinthepresentdocumentarelistedinGSM01.04.2Frequencybandsandchannelarrangementi)GSM450Band:-forGSM450,thesystemisrequiredtooperateinthefollowingband:-450,4MHzto457,6MHz:mobiletransmit,basereceive;-460,4MHzto467,6MHzbasetransmit,mobilereceive.SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)9(GSM05.05version8.4.1Release1999)ii)GSM480Band:-forGSM480,thesystemisrequiredtooperateinthefollowingband:-478,8MHzto486MHz:mobiletransmit,basereceive;-488,8MHzto496MHzbasetransmit,mobilereceive.iii)GSM850Band:-forGSM850,thesystemisrequiredtooperateinthefollowingband:-824MHzto849MHz:mobiletransmit,basereceive;-869MHzto894MHz:basetransmit,mobilereceive.iv)StandardorprimaryGSM900Band,P-GSM:-forStandardGSM900band,thesystemisrequiredtooperateinthefollowingfrequencyband:-890MHzto915MHz:mobiletransmit,basereceive;-935MHzto960MHz:basetransmit,mobilereceive.v)ExtendedGSM900Band,E-GSM(includesStandardGSM900band):-forExtendedGSM900band,thesystemisrequiredtooperateinthefollowingfrequencyband:-880MHzto915MHz:mobiletransmit,basereceive;-925MHzto960MHz:basetransmit,mobilereceive.vi)RailwaysGSM900Band,R-GSM(includesStandardandExtendedGSM900Band);-forRailwaysGSM900band,thesystemisrequiredtooperateinthefollowingfrequencyband:-876MHzto915MHz:mobiletransmit,basereceive;-921MHzto960MHz:basetransmit,mobilereceive.vii)DCS1800Band:-forDCS1800,thesystemisrequiredtooperateinthefollowingband:-1710MHzto1785MHz:mobiletransmit,basereceive;-1805MHzto1880MHz:basetransmit,mobilereceive.viii)PCS1900Band:-forPCS1900,thesystemisrequiredtooperateinthefollowingband:-1850MHzto1910MHz:mobiletransmit,basereceive;-1930MHzto1990MHzbasetransmit,mobilereceive.NOTE1:ThetermGSM400isusedforanyGSMsystem,whichoperatesinany400MHzband.NOTE2:ThetermGSM850isusedforanyGSMsystemwhichoperatesinany850MHzband.NOTE3:ThetermGSM900isusedforanyGSMsystem,whichoperatesinany900MHzband.NOTE4:TheBTSmaycoveracompleteband,ortheBTScapabilitiesmayberestrictedtoasubsetonly,dependingontheoperatorneeds.OperatorsmayimplementnetworkswhichoperatesonacombinationofthefrequencybandsabovetosupportmultibandmobileterminalswhicharedefinedinGSM02.06.Thecarrierspacingis200kHz.SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)10(GSM05.05version8.4.1Release1999)Thecarrierfrequencyisdesignatedbytheabsoluteradiofrequencychannelnumber(ARFCN).IfwecallFl(n)thefrequencyvalueofthecarrierARFCNninthelowerband,andFu(n)thecorrespondingfrequencyvalueintheupperband,wehave:P-GSM900Fl(n)=890+0.2*n1≤n≤124Fu(n)=Fl(n)+45E-GSM900Fl(n)=890+0.2*n0≤n≤124Fu(n)=Fl(n)+45Fl(n)=890+0.2*(n-1024)975≤n≤1023R-GSM900Fl(n)=890+0.2*n0≤n≤124Fu(n)=Fl(n)+45Fl(n)=890+0.2*(n-1024)955≤n≤1023DCS1800Fl(n)=1710.2+0.2*(n-512)512≤n≤885Fu(n)=Fl(n)+95PCS1900FI(n)=1850.2+.2*(n-512)512≤n≤810Fu(n)=FI(n)+80GSM450Fl(n)=450.6+0.2*(n-259)259≤n≤293Fu(n)=Fl(n)+10GSM480Fl(n)=479+0.2*(n-306)306≤n≤340Fu(n)=Fl(n)+10GSM850Fl(n)=824.2+0.2*(n-128)128≤n≤251Fu(n)=Fl(n)+45FrequenciesareinMHz.3ReferenceconfigurationThereferenceconfigurationfortheradiosubsystemisdescribedinGSM05.01.Themicro-BTSisdifferentfromanormalBTSintwoways.Firstly,therangerequirementsaremuchreducedwhilstthecloseproximityrequirementsaremorestringent.Secondly,themicro-BTSisrequiredtobesmallandcheaptoallowexternalstreetdeploymentinlargenumbers.Becauseofthesedifferencesthemicro-BTSneedsadifferentsetofRFparameterstobespecified.WheretheRFparametersarenotdifferentforthemicro-BTSthenormalBTSparametersshallapply.Thepico-BTSisanextensionofthemicro-BTSconcepttotheindoorenvironments.Theverylowdelayspread,lowspeed,andsmallcellsizesgiverisetoaneedforadifferentsetofRFparameterstobespecified.4TransmittercharacteristicsThroughoutthisclause,unlessotherwisestated,requirementsaregivenintermsofpowerlevelsattheantennaconnectoroftheequipment.Forequipmentwithintegralantennaonly,areferenceantennawith0dBigainshallbeassumed.ForGMSKmodulation,thetermoutputpowerreferstothemeasureofthepowerwhenaveragedovertheusefulpartoftheburst(seeannexB).For8-PSKmodulation,thetermoutputpowerreferstoameasurethat,withsufficientaccuracy,isequivalenttothelongtermaverageofthepowerwhentakenovertheusefulpartoftheburstforrandomdata.Thetermpeakholdreferstoameasurementwherethemaximumistakenoverasufficienttimethatthelevelwouldnotsignificantlyincreaseiftheholdingtimewerelonger.4.1Outputpower4.1.1MobileStationTheMSmaximumoutputpowerandlowestpowercontrollevelshallbe,accordingtoitsclass,asdefinedinthefollowingtables(seealsoGSM02.06).SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)11(GSM05.05version8.4.1Release1999)ForGMSKmodulationPowerGSM400&GSM900&GSM850DCS1800PCS1900Tolerance(dB)classNominalMaximumoutputNominalMaximumoutputNominalMaximumoutputforconditionspowerpowerpowernormalextreme1------1W(30dBm)1W(30dBm)±2±2,528W(39dBm)0,25W(24dBm)0,25W(24dBm)±2±2,535W(37dBm)4W(36dBm)2W(33dBm)±2±2,542W(33dBm)±2±2,550,8W(29dBm)±2±2,5For8-PSKmodulationPowerGSM400andGSM900&GSM850GSM400andGSM900&GSM850DCS1800PCS1900DCS1800&PCS1900classNominalMaximumoutputTolerance(dB)forconditionsNominalMaximumoutputNominalMaximumoutputTolerance(dB)forconditionsPowernormalextremepowerpowernormalextremeE133dBm±2±2,530dBm30dBm±2±2,5E227dBm±3±426dBm26dBm-4/+3-4,5/+4E323dBm±3±422dBm22dBm±3±4Maximumoutputpowerfor8-PSKinanyonebandisalwaysequaltoorlessthanGMSKmaximumoutputpowerforthesameequipmentinthesameband.AmultibandMShasacombinationofthepowerclassineachbandofoperationfromthetableabove.Anycombinationmaybeused.ThePCS1900,includingitsactualantennagain,shallnotexceedamaximumof2Watts(+33dBm)EIRPpertheapplicableFCCrulesforwidebandPCSservices[FCCPart24,SubpartE,Section24.232].PowerClass3isrestrictedtotransportableorvehicularmountedunits.ForGSM850MS,includingitsactualantennagain,shallnotexceedamaximumof7Watts(+38,5dBm)ERPpertheapplicableFCCrulesforpublicmobileservices.[FCCPart22,SubpartH,Section22.913]Thedifferentpowercontrollevelsneededforadaptivepowercontrol(seeGSM05.08)shallhavethenominaloutputpowerasdefinedinthetablebelow,startingfromthepowercontrollevelforthelowestnominaloutputpoweruptothepowercontrollevelforthemaximumnominaloutputpowercorrespondingtotheclassoftheparticularMSasdefinedinthetableabove.WheneverapowercontrollevelcommandstheMStouseanominaloutputpowerequaltoorgreaterthanthemaximumnominaloutputpowerforthepowerclassoftheMS,thenominaloutputpowertransmittedshallbethemaximumnominaloutputpowerfortheMSclass,andthetolerancespecifiedforthatclass(seetableabove)shallapply.SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)12(GSM05.05version8.4.1Release1999)GSM400andGSM900andGSM850PowercontrollevelNominalOutputpower(dBm)Tolerance(dB)forconditionsnormalextreme0-239±2±2,5337±3±4435±3±4533±3±4631±3±4729±3±4827±3±4925±3±41023±3±41121±3±41219±3±41317±3±41415±3±41513±3±41611±5±6179±5±6187±5±619-315±5±6DCS1800PowercontrollevelNominalOutputpower(dBm)Tolerance(dB)forconditionsnormalextreme2936±2±2,53034±3±43132±3±4030±3±4128±3±4226±3±4324±3±4422±3±4520±3±4618±3±4716±3±4814±3±4912±4±51010±4±5118±4±5126±4±5134±4±5142±5±615-280±5±6NOTE1:ForDCS1800,thepowercontrollevels29,30and31arenotusedwhentransmittingtheparameterMS_TXPWR_MAX_CCHonBCCH,forcrossphasecompatibilityreasons.Iflevelsgreaterthan30dBmarerequiredfromtheMSduringarandomaccessattempt,thentheseshallbedecodedfromparametersbroadcastontheBCCHasdescribedinGSM05.08.Furthermore,thedifferenceinoutputpoweractuallytransmittedbytheMSbetweentwopowercontrollevelswherethedifferenceinnominaloutputpowerindicatesanincreaseof2dB(takingintoaccounttherestrictionsduetopowerclass),shallbe+2±1,5dB.Similarly,ifthedifferenceinoutputpoweractuallytransmittedbytheMSbetweentwopowercontrollevelswherethedifferenceinnominaloutputpowerindicatesandecreaseof2dB(takingintoaccounttherestrictionsduetopowerclass),shallbe-2±1,5dB.SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)13(GSM05.05version8.4.1Release1999)NOTE2:A2dBnominaldifferenceinoutputpowercanexistfornon-adjacentpowercontrollevelse.g.powercontrollevels18and22forGSM400andGSM900;powercontrollevels31and0forclass3DCS1800andpowercontrollevels3and6forclass4GSM400andGSM900.Achangefromanypowercontrolleveltoanypowercontrollevelmayberequiredbythebasetransmitter.ThemaximumtimetoexecutethischangeisspecifiedinGSM05.08.PCS1900PowerControlLevelOutputPower(dBm)Tolerance(dB)forconditionsNormalExtreme22-29ReservedReserved Reserved 3033±2dB±2,5dB3132±2dB±2,5dB030±3dB1±4dB1128±3dB±4dB226±3dB±4dB324±3dB1±4dB1422±3dB±4dB520±3dB±4dB618±3dB±4dB716±3dB±4dB814±3dB±4dB912±4dB±5dB1010±4dB±5dB118±4dB±5dB126±4dB±5dB134±4dB±5dB142±5dB±6dB150±5dB±6dB16-21ReservedReservedReservedNOTE:ToleranceforMSPowerClasses1and2is±2dBnormaland±2,5dBextremeatPowerControlLevels0and3respectively.TheoutputpoweractuallytransmittedbytheMSateachofthepowercontrollevelsshallformamonotonicsequence,andtheintervalbetweenpowerstepsshallbe2dB± 1,5dBexceptforthestepbetweenpowercontrollevels30and31wheretheintervalis1dB± 1dB.TheMStransmittermaybecommandedbytheBTStochangefromanypowercontrolleveltoanyotherpowercontrollevel.ThemaximumtimetoexecutethischangeisspecifiedinGSM05.08.ForCTStransmission,thenominalmaximumoutputpoweroftheMSshallberestrictedto:-11dBm(0,015W)inGSM900i.e.powercontrollevel16;-12dBm(0,016W)inDCS1800i.e.powercontrollevel9.SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)14(GSM05.05version8.4.1Release1999)4.1.2BasestationTheBaseStationTransmittermaximumoutputpower,atGMSKmodulation,measuredattheinputoftheBSSTxcombiner,shallbe,accordingtoitsclass,asdefinedinthefollowingtables.GSM400&GSM900&GSM850&MXM850DCS1800&PCS1900&MXM1900TRXMaximumTRXMaximumpowerclassoutputpowerpowerclassoutputpower1320-(<640)W120-(<40)W2160-(<320)W210-(<20)W380-(<160)W35-(<10)W440-(<80)W42,5-(<5)W520-(<40)W610-(<20)W75-(<10)W82,5-(<5)WThemicro-BTSmaximumoutputpowerpercarriermeasuredattheantennaconnectorafterallstagesofcombiningshallbe,accordingtoitsclass,definedinthefollowingtable.GSM900&GSM850&MXM850microandpico-BTSDCS1800&PCS1900&MXM1900microandpico-BTSTRXpowerclassMaximumoutputpowerTRXpowerclassMaximumoutputpowerMicroMicroM1(>19)-24dBmM1(>27)-32dBmM2(>14)-19dBmM2(>22)-27dBmM3(>9)-14dBmM3(>17)-22dBmPicoPicoP1(>13)-20dBmP1(>16)-23dBmForBTSsupporting8-PSK,themanufacturershalldeclaretheoutputpowercapabilityat8-PSKmodulation.Theclassofamicro-BTSorapico-BTSisdefinedbythehighestoutputpowercapabilityforeithermodulationandtheoutputpowershallnotexceedthemaximumoutputpowerofthecorrespondingclass.ThetoleranceoftheactualmaximumoutputpoweroftheBTSshallbe±2dBundernormalconditionsand±2,5dBunderextremeconditions.Settingsshallbeprovidedtoallowtheoutputpowertobereducedfromitsmaximumlevelinatleastsixstepsofnominally2dBwithanaccuracyof±1dBtoallowafineadjustmentofthecoveragebythenetworkoperator.Inaddition,theactualabsoluteoutputpowerateachstaticRFpowerstep(N)shallbe2*NdBbelowtheabsoluteoutputpoweratstaticRFpowerstep0withatoleranceof±3dBundernormalconditionsand±4dBunderextremeconditions.ThestaticRFpowerstep0shallbetheactualoutputpoweraccordingtotheTRXpowerclass.AsanoptiontheBSScanutilizedownlinkRFpowercontrol.InadditiontothestaticRFpowerstepsdescribedabove,theBSSmaythenutilizeupto15stepsofpowercontrollevelswithastepsizeof2dB±1,5dB,inadditiontheactualabsoluteoutputpowerateachpowercontrollevel(N)shallbe2*NdBbelowtheabsoluteoutputpoweratpowercontrollevel0withatoleranceof±3dBundernormalconditionsand±4dBunderextremeconditions.Thepowercontrollevel0shallbethesetoutputpoweraccordingtotheTRXpowerclassandthesixpowersettingsdefinedabove.NetworkoperatorsormanufacturersmayalsospecifytheBTSoutputpowerincludinganyTxcombiner,accordingtotheirneeds.4.1.2.1AdditionalrequirementsforPCS1900andMXM1900BasestationsTheBTStransmittermaximumratedoutputpowerpercarrier,measuredattheinputofthetransmittercombiner,shallbe,accordingtoitsTRXpowerclass,asdefinedinthetableabove.Thebasestationoutputpowermayalsobespecifiedbythemanufacturerorsystemoperatoratadifferentreferencepoint(e.g.aftertransmittercombining).ThemaximumradiatedpowerfromtheBTS,includingitsantennasystem,shallnotexceedamaximumof1640WEIRP,equivalentto1000WERP,pertheapplicableFCCrulesforwidebandPCSservices[FCCpart24,subpartE,section24.237].SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)15(GSM05.05version8.4.1Release1999)4.1.2.2AdditionalrequirementsforGSM850andMXM850BasestationsTheBTStransmittermaximumratedoutputpowerpercarrier,measuredattheinputofthetransmittercombiner,shallbe,accordingtoitsTRXpowerclass,asdefinedinthetableabove.Thebasestationoutputpowermayalsobespecifiedbythemanufacturerorsystemoperatoratadifferentreferencepoint(e.g.aftertransmittercombining).ThemaximumradiatedpowerfromtheBTS,includingitsantennasystem,shallnotexceedamaximumof500WERP,pertheapplicableFCCrulesforpublicmobileservices[FCCpart22,subpartH,section22.913].4.2OutputRFspectrumThespecificationscontainedinthissubclauseapplytobothBTSandMS,infrequencyhoppingaswellasinnonfrequencyhoppingmode,exceptthatbeyond1800kHzoffsetfromthecarriertheBTSisnottestedinfrequencyhoppingmode.Duetotheburstynatureofthesignal,theoutputRFspectrumresultsfromtwoeffects:-themodulationprocess;-thepowerrampingupanddown(switchingtransients).Thetwoeffectsarespecifiedseparately;themeasurementmethodusedtoanalyseseparatelythosetwoeffectsisspecifiedinGSM11.10and11.21.Itisbasedonthe"ringingeffect"duringthetransients,andisameasurementinthetimedomain,ateachpointinfrequency.Thelimitsspecifiedthereunderarebasedona5-polesynchronouslytunedmeasurementfilter.Unlessotherwisestated,fortheBTS,onlyonetransmitterisactiveforthetestsofthissubclause.4.2.1SpectrumduetothemodulationandwidebandnoiseTheoutputRFmodulationspectrumisspecifiedinthefollowingtables.AmaskrepresentationofthisspecificationisshowninannexA.ThisspecificationappliesforallRFchannelssupportedbytheequipment.Thespecificationappliestotheentireoftherelevanttransmitbandandupto2MHzeitherside.Thespecificationshallbemetunderthefollowingmeasurementconditions:-forBTSupto1800kHzfromthecarrierandforMSinallcases:-zerofrequencyscan,filterbandwidthandvideobandwidthof30kHzupto1800kHzfromthecarrierand100kHzat1800kHzandabovefromthecarrier,withaveragingdoneover50%to90%oftheusefulpartofthetransmittedbursts,excludingthemidamble,andthenaveragedoveratleast200suchburstmeasurements.Above1800kHzfromthecarrieronlymeasurementscentredon200kHzmultiplesaretakenwithaveragingover50bursts.-forBTSat1800kHzandabovefromthecarrier:-sweptmeasurementwithfilterandvideobandwidthof100kHz,minimumsweeptimeof75ms,averagingover200sweeps.Allslotsactive,frequencyhoppingdisabled.-whentestsaredoneinfrequencyhoppingmode,theaveragingshallincludeonlyburststransmittedwhenthehoppingcarriercorrespondstothenominalcarrierofthemeasurement.Thespecificationsthenapplytothemeasurementresultsforanyofthehoppingfrequencies.Thefiguresintablesa)andb)below,attheverticallylistedpowerlevel(dBm)andatthehorizontallylistedfrequencyoffsetfromthecarrier(kHz),arethenthemaximumallowedlevel(dB)relativetoameasurementin30kHzonthecarrier.NOTE:Thisapproachofspecificationhasbeenchosenforconvenienceandspeedoftesting.Itdoeshoweverrequirecarefulinterpretationifthereisaneedtoconvertfiguresinthefollowingtablesintospectraldensityvalues,inthatonlypartofthepowerofthecarrierisusedastherelativereference,andinadditiondifferentmeasurementbandwidthsareappliedatdifferentoffsetsfromthecarrier.AppropriateconversionfactorsforthispurposearegiveninGSM05.50.SIST EN 300 910 V8.4.1:2003
ETSIETSIEN300910V8.4.1(2000-10)16(GSM05.05version8.4.1Release1999)FortheBTS,thepowerlevelisthe"actualabsoluteoutputpower"definedinsubclause4.1.2.Ifthepowerlevelfallsbetweentwoofthevaluesinthetable,therequirementshallbedeterminedbylinearinterpolation.a1)GSM400andGSM900andGSM850MS:100200250400≥600≥1800≥3000≥6000<1800<3000<6000≥39+0,5-30-33-60-66-69-71-7737+0,5-30-33-60-64-67-69-7535+0,5-30-33-60-62-65-67-73≤33+0,5-30-33-60*-60-63-65-71NOTE:*Forequipmentsup
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