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)
- 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
SIST EN 300 910 V8.4.1:2003, published by the Slovenski inštitut za standardizacijo (SIST), is the Slovenian adoption of ETSI EN 300 910 Version 8.4.1. It specifies radio transmission and reception requirements for Digital cellular telecommunications system (Phase 2+) (GSM) equipment, including Mobile Station (MS), Base Station System (BSS), repeaters and location measurement functions. Engineers, quality teams and buyers use it to check RF performance, emissions, modulation quality and conformance test conditions.
What does SIST EN 300 910 V8.4.1:2003 specify?
SIST EN 300 910 V8.4.1:2003 defines GSM RF requirements for the 400 MHz, 850 MHz, 900 MHz, 1800 MHz and 1900 MHz bands. It covers compatibility between radio channels and the transmission quality of the system, so it is the main RF reference for equipment design and testing.
Clause 1 gives the scope, references and abbreviations. Clause 2 defines the frequency bands and channel arrangement, clause 3 gives the reference configuration, and clauses 4 to 6 cover transmitter, receiver and end-to-end performance. The annexes add masks, test conditions, propagation models, environmental conditions and special equipment cases.
| Annex | What it covers |
|---|---|
| Annex A | Spectrum characteristics for modulation |
| Annex B | Transmitted power level versus time |
| Annex C | Propagation conditions and channel models |
| Annex D | Environmental conditions |
| Annex E | Repeater characteristics |
| Annex F | Antenna Feeder Loss Compensator characteristics |
| Annex G | Calculation of Error Vector Magnitude |
| Annex H | Requirements on Location Measurement Unit |
| Annex I | E-OTD Mobile Station requirements |
| Annex L | Change control history |
What are the key requirements of SIST EN 300 910 V8.4.1:2003?
Clause 2 fixes the band plan and channel spacing. SIST EN 300 910 V8.4.1:2003 uses 200 kHz carrier spacing and defines the duplex transmit and receive ranges for each GSM band. In practice, this tells the designer which carrier frequencies and band combinations the equipment has to support.
Clause 3 ties the RF tests to the GSM reference configuration. It distinguishes normal BTS, micro-BTS and pico-BTS, and it explains that micro and pico versions use different RF parameter sets where their range and close-proximity behavior differ. That matters because a radio that passes as a macro BTS is not automatically acceptable as a micro or pico unit.
Clause 4.1 sets output power limits and power control behavior. The standard gives MS power classes and BTS power classes, including separate treatment for 8-PSK and GMSK, and it limits the transmitted power of PCS1900 and GSM850 equipment under FCC rules named in the document. For the reader, this means the declared class, the supported modulation and the actual band all have to match the approved power setting.
Clause 4.2 and 4.3 control spectrum purity and unwanted emissions. SIST EN 300 910 V8.4.1:2003 specifies the spectrum due to modulation, wideband noise and switching transients, then sets spurious emission limits for BTS and MS. It also states that PCS1900 and GSM850 equipment must meet the relevant FCC spurious emission limits. In practice, this drives the test setup, the spectrum mask checks and the lab limits for conducted and radiated unwanted energy.
Clause 4.6 defines modulation accuracy. For GMSK the document uses phase error limits, and for 8-PSK it uses Error Vector Magnitude (EVM), including RMSEVM, origin offset suppression, peak EVM and the 95:th percentile. This matters because it tells the manufacturer how clean the transmitted constellation must be before the radio can be considered conformant.
Clauses 5 and 6 cover receiver robustness and link performance. The standard checks blocking, AM suppression, intermodulation, sensitivity, reference interference level, paging and random access performance, plus frequency hopping and EGPRS incremental redundancy. The performance tables are linked to propagation conditions in Annex C, so test engineers must choose the right channel model for the equipment type and use case.
Annexes E, F, H and I extend the same RF logic to special equipment. Repeater characteristics, antenna feeder loss compensators, Location Measurement Unit (LMU) requirements and E-OTD Mobile Station requirements each have their own measurements and limits. That lets the same standard cover network elements used for coverage, positioning and location measurement as well as ordinary terminals and base stations.
What terms does SIST EN 300 910 V8.4.1:2003 define?
- Mobile Station (MS) - The user equipment whose transmitter and receiver performance are tested in the standard, including multiband and small MS cases.
- Base Station System (BSS) - The network-side radio system covered by the document, including Base Transceiver Station (BTS) and micro-BTS or pico-BTS variants.
- Base Transceiver Station (BTS) - The radio unit whose output power, spectrum, spurious emissions and receiver performance are specified in detail.
- Absolute Radio Frequency Channel Number (ARFCN) - The channel number used to identify GSM carrier frequencies in the band arrangement.
- GMSK - The modulation mode used throughout the document for many transmit and receive performance requirements.
- 8-PSK - The higher-order modulation used for EDGE-related requirements, with EVM-based transmitter tests and separate performance tables.
- Error Vector Magnitude (EVM) - The measure used to judge 8-PSK modulation accuracy by comparing the transmitted signal to the ideal constellation.
- Location Measurement Unit (LMU) - The network element covered in Annex H for Time-of-Arrival and E-OTD measurement requirements.
Who uses SIST EN 300 910 V8.4.1:2003?
RF design engineers use it when building GSM radios, power amplifiers, receivers and base-station cabinets. Test laboratories use it for conformance testing, especially for spectrum masks, spurious emissions, sensitivity and interference performance.
Manufacturers and integrators use it for product specification, verification and type testing of MS, BTS, repeaters, feeder loss compensators and LMUs. Network operators and procurement teams use it to compare equipment classes and confirm that a radio fits the intended band, power class and deployment type.
Which standards are used with SIST EN 300 910 V8.4.1:2003?
- GSM01.04 - Gives the abbreviations and acronyms used throughout the document.
- GSM02.06 - Defines the types of Mobile Stations and the multiband MS context.
- GSM05.01 - Provides the physical layer general description and the reference configuration.
- GSM05.04 - Defines modulation, which the transmitter accuracy clauses use as the waveform reference.
- GSM05.08 - Covers radio subsystem link control, including power control behavior and timing-related aspects.
- GSM05.10 - Covers radio subsystem synchronization and radio frequency tolerance.
- GSM11.10 - Gives the conformity specification and measurement methods used for many RF tests.
- GSM04.14 - Defines the special conformance testing functions, including the loopback facility used for error-rate testing.
- ITU-T Recommendation O.153 and ITU-T Recommendation O.151 - Provide the pseudo-random and error-performance measurement basis used in several receiver and modulation tests.
- ETS 300 019-1-3 and ETS 300 019-1-4 - Define the environmental conditions applied to equipment under test.
- FCC Title 47 CFR Part 24 and FCC Title 47 CFR Part 22 - Supply the additional U.S. emissions and power limits cited for PCS1900 and GSM850 equipment.
What does the SIST EN 300 910 V8.4.1:2003 document contain?
SIST EN 300 910 V8.4.1:2003 contains power-class tables, spectrum masks, spurious emission limits, receiver blocking limits, sensitivity and interference tables, and special test conditions for hopping and EGPRS. It also contains formulas and measurement descriptions for EVM, field-strength conversion for integral antennas and burst power versus time.
The annexes provide the technical material used in lab testing and certification: propagation models in Annex C, environmental conditions in Annex D, repeater and feeder-loss-compensator characteristics in Annexes E and F, and the LMU and E-OTD requirements in Annexes H and I. Annex B defines the time-domain burst template, which is important whenever the transmitter is checked for ramp-up, ramp-down and residual emissions.
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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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