2ABOSGC140603_FCC 22&24&27 Report_S500.pdf

FCC ID: 2ABOSGC140603

Test Report

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FCCID_2361911

FCC F C RF F Test Rep R port P Product Name: WCDMA A Mobile Phon ne Model Nu umber: SKY S 5.0 0Q Report No: 140 07FR31 F FCCID：2 2ABOSG GC140603 3 A Test Lab L Techn no Corp. N 140-1, Ch No. hangan Stre eet, Bade Citty, T Taoyuan County 334, Ta aiwan R.O.C C. Tel：+886-3-2710188 / Fax：+886-3-2710190

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 Notice 1. The lab boratory has Passed the e accreditatio on by The American Asssociation forLaborattoryAccredittation (A2LA A).Theaccred ditation numberis3464.0 01. 2. The lab boratoryhasb beenaccredittedbythe US ommunications Commisssion. S FederalCo 3. The lab boratoryhasb been listed byIndustryCa b anada to perrformelectro omagnetic emissionm measuremen nts.The reco ognition num mbers oftests siteare 7381A A. 4. The tesstreportis invvalid if notma arked with th he signature es ofthe perssons responssibleforprepa aringand approving the testrepo ort. 5. The tesstreportis invvalid if thereisanyevidencceof erasure e and/orfalsification. 6. The tesstreportis onlyvalid forthe e testsample es. 7. Contentofthetestrep port,inpartorrinfull,cannottbeusedforp publicityand/o orpromotion nalpurposesw withoutprio pprovalfromtthe laboratory. rwritten ap Page2of23 3

A Tes st Lab b Tech hno Corp. C Report rt Number：1408FR14 Applicantt: Skyy Phone LLC C Address: 1348 Washingto on Av., Miam mi Beach DateofRe eceipt Samp ple: 2014-06-20 StartDate e ofTest: 2014-06-23 End Date ofTest: 2014-07-23 Issue Datte: 2014-08-01 TestResu ult: Passs Approved By ： Reviewed By ： (Manager)) (Mu urphy Wang g) (Tes sting Engine eer) (FllyLv) Page3of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 R Revision History H Rev. Issue Date D Revis sions Revised By 00 31July, 2014 2 In nitial Issue 01 14 Aug,2 2014 T Test report number n corrrected Page4of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 CONTENT T 1 GenerralInformation ....................... . ................................................................................................................................ 6 1.1 ndard .............................................................................................................................................. 6 AppliedStan 1.2 TestLocation .................................................................................................................................................... 6 1.3 nmentCondition ............................................................................................................................. 6 TestEnviron 2 ummary ................................................................................................................................................................ 7 TestSu 2.1 69-894MHz).......................................................................................... 7 CellularBand(824-849MHzpairedwith86 2.2 PCS Band(1 1850-1915MH Hzpairedwith19 z) ................................................................................... 8 930-1995 MHz 3 DescriiptionoftheEqu uipmentunder Test(EUT)........................................................................................................... 10 3.1 GeneralDesscription ..................................................................................................................................... 10 3.2 EUTIdentityy ............................................................................................................................................... 10 3.3 pecification ................................................................................................................................ 11 TechnicalSp 4 ons / Configurrations.................................................................................................................. 12 GenerralTestConditio 4.1 TestModes ................................................................................................................................................. 12 4.2 nment ........................................................................................................................................ 12 TestEnviron 4.3 ncy ........................................................................................................................................... 13 TestFrequen 4.4 S .......................................................................................................................... 15 DESCRIPTIIONOFTESTS 4.5 TestSetups ................................................................................................................................................. 18 4.6 ons ........................................................................................................................................... 20 TestConditio 5 TestInstrumentts .............................................................................................................................................. 22 MainT 6 urementUncerrtainty ........................................................................................................................................ 23 Measu Page5of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 1 Gene eralInformattion 1.1 App plied Standa ard AppliedRule es: 47CFRFCC 47CFRFCC Part02:20134 Part22:2013 47CFRFCC Part24:2013 47CFRFCC Part27:2013 d: Test Method FCCKDB9711 168D01 Powe er MeasLicense Digital Syste ems 1.2 Tes st Location TestLocation1: A Test Lab Te echno Corp. Address: No. 140-1, Ch hangan Street, Bade City, Taoyuan Countty 334, Taiwan n R.O.C. 1.3 Tes st Environm ment Conditiion Ambient Temperature: 19.5to25°C elative Humiditty: Ambient Re 40to55% Atmosphericc Pressure: e Not applicable Page6of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 2 Test Summary 2.1 Cellular Band (824-849MH Hz paired with w 869-894 4MHz) Test Item FCC Rule e No. Requirements Test Result Verdict Effective(Iso otropic) §2.1046, Radiated Po ower Output FCC: ERP ≤ 7W. Appendix A Pass §22.913 Data Modulation Characteristic C s §2.1047 Digital modulation Appendix C Pass OBW: No lim mit. Bandwidth §2.1049 Appendix D Pass EBW: No limit. ≤- §2.1051, Band Edgess Compliance 13dBm/1%*E EBW,in1MHzb bandsimme Appendix E Pass §22.917 diatelyoutside eandadjacenttto FCC: ≤ -13d dBm/100kHz, from 9kHz to 10th ha armonics bu ut outside Spurious Emission at §2.1051, authorized operating frequency Appendix F Pass Antenna Terminals §22.917 ranges. Field Streng gth of Spuriouss §2.1053, FCC: ≤ -13dB Bm/100kHz. Appendix G Pass Radiation §22.917 §2.1055, Frequency Stability S ≤ ±2.5ppm. Appendix H Pass §22.355 NOTE 1: F the verdictt, the“N/A”den For notes“not applicable”,the“N/T T”de notes“nott tested”. Page7of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 2.2 PCS S Band (185 50-1915MHzz paired witth 1930-199 95MHz) Verdict Test Item FCC Rule No. Requirementts Test Result (NOTE 1) Effective (Isotropic) Radia ated §2.10 046, EIRP ≤ 2W Appendix A Pass Power Outp put Data §24.2 232 §2.10 046, Peak-Average Ratio FCC:Limit≤13 3dB Appendix B Pass §24.2 232 Modulation Characteristic C s §2.10 047 Digital modullation Appendix C Pass OBW: No lim mit. Bandwidth §2.10 049 Appendix D Pass EBW: No limit. ≤- §2.10 051, Band Edgess Compliance 13dBm/1%*E EBW,in1MHzb bandsimmed Appendix E Pass §24.2 238 iatelyoutsidea andadjacentto o MHz,from 9kHzz to10th ≤-13dBm/1M Spurious Em mission at Ante enna §2.10 051, harmonics bu ut outside authorized Appendix F Pass Terminals §24.2 238 Operating fre equency range es. Field Streng gth of Spuriou us §2.10 053, ≤ -13dBm/1M MHz. Appendix G Pass Radiation §24.2 238 §2.10 055, FCC: within authorized a freq quency Frequency Stability S Appendix H Pass §24.2 235 block. NOTE 1: F theverdict,the“N/A”deno For otes“notapplica able”,the“N/T”d denotes“nottessted”. Page8of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 2.3 AW WS Band (1710-1755MH Hz paired with w 2110-21 155MHz) Test Item m F FCC Re equirements Te est Result Verdict V R RuleNo. Effective((Isotropic)Ra adiatedP § §2.1046, EIIRP ≤ 1W; Ap ppendix A Pass P owerOutp putData § §27.50(d) § §2.1046, Ap ppendix B Pass P Peak-Ave erageRatio Limit≤13dB § §27.50(d) Modulatio onCharacteristtics § §2.1047 Diigitalmodulatio on Ap ppendix C Pass P Bandwidtth § §2.1049 OBW: Nolimit. Ap ppendix D Pass P BW: Nolimit. EB BandEdgesCompliance e § §2.1051, ≤ -13dBm/1%*E EBW,in1 Ap ppendix E Pass P § §27.53(h) MHzbandsimme ediately ou utsideandadjacent to SpuriousE EmissionatAnttennaT § §2.1051, ≤ -13dBm/1MHz z, ppendix F Ap Pass P th erminals § §27.53(h) om9kHzto10 harmonicsbuto fro outside au uthorized Frequenccy Stability § §2.1055, W Withinauthorize edbands of Ap ppendix G Pass P § §27.54 op peration/freque ency block. Radiatedsspurious emission § §2.1053, ≤ -13dBm/1MHz z. Ap ppendix H Pass P § §27.53(h) Page9of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 3 Desc cription ofth he Equipme entunderTest(EUT) 3 GeneralDescription 3.1 n SKY 4.5Dis subscriberequipmentintheWCDMA/GSMsystem. Th heHSPA/UMT TS frequencybandis BandIV,andBan BandII,B ndV,TheGSM//GPRS/EDGE E(EDGE downlink only)frequ uencybandincludes GSM850 0andGSM900a andDCS1800a andPCS1900,butonly BandIIVandBandII andBandV a andGSM M850andPCS1900bandstesttdataincludedinthisreport.Th heMobilePhone eimplements ssuchfunctions asRFsignalreceiving/trransmitting,HS SPA/UMTS an ndGSM/GPRS/EDGEprotoco olprocessing,vvoice,video MM MS service, GPS,AG GPS andWIFI etc.Externally e itprovides microSD Dcardinterface,,earphoneportt(toprovidevoicceservice)andS SIMcardinterfa ace.ItalsoprovvidesBluetooth hmoduletosy nchronizzedatabetween naPC andthep phone,or touse ethebuilt-inmod dem ofthepho onetoaccessthe eInternetwitha aPC, ortoexch hangedatawithotherBluetooth hdevices. 3.2 EUT Ide entity IM MEI No. SIM M1 868817019960 0176 SIM M2 868817019960 0034 NOTE: Unlessotherw wisenotedintherreport,thefuncctionalboards installedintheu unitsshallbese electedfromthe ebelowlist,but notmeans n allth hefunctionalbo oards listedbelowsha allbeinstalledinoneunit. Page10of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 3.3 Technic cal Specific cation Characteristtics Description Radio Syste em Type GSM UMTS Supported Frequency F Ran nge Transmisssion(TX): 824 to 849M MHz GSM850/WC CDMA850 Receiving(RX): 869 to 894M MHz Transmisssion(TX): 1850 to 1910MHz GSM1900/W WCDMA1900 Receiving(RX): 193 to 1990 0MHz Transmisssion(TX): 1710to1755MHz WCDMA1700 0 Receiving(RX): 2110to2155 5MHz TX and RX Antenna A Portss TX& RX port: 1 TX-only port: 0 RX-only port:: 1 Supported Channel C Bandw width GSM system m: 200 kHz UMTS system m: 5 MHz Designation of Emissions GSM850: 247KGX XW (Note: the ne ecessary GSM1900: 248KGX XW bandwidthoffwhichisthewo orstvaluefr omthemeasuredoccupiedbandwidt UMTS 850: 4M17F9W W hsforeachtyp peofchannelba andwidth UMTS 1900: 4M18F9W W configuration n.) UMTS1700: 4M19F9W W Page11of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 4 Generall Test Cond ditions/Configurations 4.2 Test Modes M NOTE: The test mode e(s) are selectted according to relevant rad dio technologyy specifications. Test Mode Testt Modes Descrription GSM/TM1 GSM M system, GSM M/GPRS,GMS SK modulation n UMTS/TM1 WCD DMA system, QPSK modula ation UMTS/TM2 HSD DPA system, QPSK Q modulattion UMTS/TM3 HSU UPA system, QPSK Q modulattion Note: This EUT owns two SIM cards, after we perform the N t pretest for these two SIM M cards, we fo ound the SIM 1 is the worst c case, so its ressult is recorde ed in this reporrt. 4.3 TestEnvironment Environmen ntParameter Selected dValuesDuringTests Relative Humidity H Ambien nt Temperatu ure TN Ambient VL 3..5V Voltage VN 3..7V VH 4..2V NOTE: VL=lower exxtreme V testvoltageV VN=nominalvvoltage V VH=upperex xtreme testvoltageeTN=norma altemperaturre Page12of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 4.4 Test Frrequency RF Channel TestMo ode TX X/RX Low(L L) Middle e (M) High (H) Channel1 128 Channe el190 Channe el251 TX 824.2MHz 836.6M MHz 848.8 8MHz GSM8 850 Channel1 128 Channe el190 Channe el251 RX 869.2MHz 881.6M MHz 893.8 8MHz RF Channel TestMo ode TX X/RX Low(L L) Middle e (M) High (H) Channel5 512 Channe el661 Channe el810 TX 1850.2M MHz 1880.0 0MHz 1909.8 8MHz GSM19 900 Channel5 512 Channe el661 Channe el810 RX 1930.2 MHz M 1960.0 MHz 1989.8 8 MHz RF Channel TestMo ode TX X/RX Low(L L) Middle e (M) High (H) Channel4 4132 Channel4182 Channe el4233 TX 826.4MHz 836.4M MHz 846.6 6MHz WCDMA A850 Channel4 4357 Channel4407 Channe el4458 RX 871.4MHz 881.4M MHz 891.6 6MHz RF Channel TestMo ode TX X/RX Low(L L) Middle e (M) High (H) Channel9 9262 Channe el9400 Channe el9538 TX 1852.4M MHz 1880.0 0MHz 1907.6 6MHz WCDMA A1900 Channel9 9662 Channel9800 Channe el9938 RX 1932.4 MHz M 1960.0 MHz 1987.6 6 MHz Page13of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 RF Channel TestMo ode TX X/RX Low(L L) Middle e (M) High (H) Channel1312 Channel1413 Channe el1513 TX 1712.4M MHz 1732.6MHz 1752.6 6MHz WCDMA A1700 Channel15 537 Channell1638 Channe el1738 RX 2112.4MHz 2132.6M MHz 2152.6 6MHz Page14of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 4.5 DES SCRIPTIONOF TESTS 4.5.1 Ra adiated Pow wer and Rad diated Spurrious Emiss sions Radiated spurious em missions are investigated d indoors inn a semi-an nechoic cham mber to dete ermine the frequenciees producing g the worst case c emissioons. Final measurement m ts for radiate ed power annd radiated spurious emissions e are performed d on the 3me eter OATS perp the guide elines of ANS SI/TIA-603-C C-2004.The equipmentt under test wasw transmittting while co onnected to its integral antenna a and is placed on n a wooden turntable 80cm above e the groun nd plane and 3meters from the receive ante enna. The spectrumis scannedfro omthelowesttfrequencyge eneratedintheeequipmentu uptoafrequen ncyincludingitts10thharmoonic.Therec eiveantenn naheightisaddjustedbetween1and4metterheight,theturntableisro otatedthrough h360degreess,andtheEU Tismanipulatedthrough hallorthogona alplanesrepre esentativeofitstypicalusettoachievetheehighestreadiingonthere ceivespecttrumanalyzerr.Emissionsa arealsoinvesttigatedwiththhereceiveante ennahorizonttallyandverticcallypolariz ed. Aportableo orsmallunlice ensedwirelesssdeviceshallbeplacedonanon-metallictestfixtureo orothernon- metallicsuppportduringteesting.Thesu upportingfixtu ureshallpermitorientationooftheEUTinea achofthreeorrthogonal(x ,y,z)axispo ositionssuchtthatemissionssfromtheEUT Taremaximiz zed.MeasuretheEUTmaxiimumRFpow werandrecor dtheresult.. Ahalf-wave edipoleisthennsubstitutedinplaceoftheE EUT.Foremis ssionsabove1 1GHz,ahorna antennaissubbstituted in placeof theEUUT.Thesubstituteantennais drivenbyasign d nal generatorwitththelevelof thesignalgeneratorbein ngadjustedtoobtainthesam mereceivesp pectrumanalyyzerlevelprevviouslyrecorddedfromthe spuriousem missionfromttheEUT.Thep poweroftheem missioniscalcculatedusinggthefollowingformula: Pd[dBm]=PPg[dBm]–cable eloss[dB]+ante ennagain[dBd/ddBi] Where,Pdissthedipoleeq quivalentpow wer,Pgisthege eneratoroutpu nna,andtheantennagain utintothesubsstitutionanten isthegainoofthesubstitutteantennause edrelativetoe eitherahalf- wavedipole e(dBd)oranissotropicsourcce(dBi).Thessubstituteleve elisequaltoPgg[dBm]–cable eloss[dB]. ThecalculaatedPdlevelsarethencomp paredtotheab bsolutespurioousemissionlimitof- 13dBmwhiichisequivale enttotherequiiredminimum mattenuationo of43+10log10(Power[Watts])). Note: Refe erence test setup s 3 Page15of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 4.5.2 Oc ccupiedBan ndwidth Theoccupiiedbandwidth h,thatisthefre equencyband dwidthsuchth hat,belowitslo owerandabovveitsupperfre equencylimi ts,themean npowersradia atedareeachequalto0.5pe ercentoftheto otalmeanpow werradiatedbyyagivenemis ssionshallb emeasured d.Thespanofftheanalyzersshallbesettoccaptureallpro oducts ofthemodu ulationprocesss,includingth heemissionskirts.Thereso olutionbandw widthshallbessettoasclosetto1percent oftheselecctedspanasispossiblewithoutbeingbelo ow1percent.T Thevideoban ndwidthshallb besetto3time estheresolu tionbandw width.Videoavveragingisnottpermitted.W Wherepractica al,asamplingd detectorshalllbeusedsince eapeakor,p eakhold,m mayproduceaw widerbandwiidththanactua al.Thetracedatapointsare erecoveredan ndaredirectly ysummedinl ineartermss.Therecoverredamplitude edatapoints,b beginningatth helowestfrequency,arepla acedinarunniingsum until0.5perrcentofthetota alis reacheda andthatfrequ uencyrecorde ed.Theprocesssisrepeated dforthehighes stfrequency datapointss.Thisfrequen ncyisrecorded d.Thespanbe etweenthetworecordedfre equenciesisth heoccupiedb bandwidth. Note: Refe erence test se etup1. 4.5.3 Sp purious and d Harmonic c Emissions s at Antenna a Terminal Theleveloffthecarrierandthevariouscconductedsp puriousandha armonicfrequenciesismea asuredbymea ansofacalib ratedspecttrumanalyzerr.Thespectru umisscannedfromthelowe estfrequencyg generatedintheequipmen ntuptoafreq uencyinclu udingits10thha armonic.Ona anyfrequencyyoutsidealice ensee’sfrequencyblock,th hepowerof anyemissio onshallbeatte enuatedbelowthetransmitterpower(P))byatleast43+ +10 log(P)dB B.Compliance e withthese provisionsisbasedon theuse of mentinstrumentationemplo measurem oyingaresolutionbandwidthof1MHzorg greater.Howe ever,inthe1M MHzbandsi mmediatellyoutsideand dadjacenttoth hefrequencyb blockaresoluttionbandwidtthofatleaston nepercentofth heemission bandwidthofthefundam mentalemissio onofthetransmittermaybe eemployed.Theemissionb bandwidthisd definedasth ewidthofthesignalbetwe eentwopointss,onebelowth hecarriercenterfrequencyyandoneabovvethecarrierc centerfrequ deofwhichallemissionare ency,outsid eattenuatedattleast26dBbe elowthetranssmitterpower.. Note:Referencetestsetup1. 4.5.4 Pe eak-Average Ratio Apeaktoavverageratiom measurementtisperformedattheconduc ctedportoftheEUT.ForWCDMAsignals,thespectru manalyzerrsComplementary Cumulative eDistribution nFunction(CC CDF)measure ementprofileisusedtodeteerminethelarg gestdeviation nbetweent heaverage eandthepeakkpoweroftheE EUTinagivenb bandwidth.Th heCCDFcurvveshowshow wmuchtimethepeakwav eformspen ndsatorabove eagivenaveraagepowerlevel.Thepercen ntof timethesiggnalspends atorabovettheleveldefin nes the probabilityyforthatparticu ularpowerlevvel.ForGSMssignals,anaveerageandape eaktraceareu usedonaspec ctrumanaly zertodeterminethelarge estdeviationb betweentheaverageandth hepeakpowerroftheEUTina abandwidthg greaterthan theemissio onbandwidth.Thetracesarregeneratedw withthespectrrumanalyzerrsettozerospaanmode. Note:Referencetestsetup1. Page16of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 4.5.5 Frrequency Sttability/Tem mperature Variation V Frequencyystabilitytestingisperforme edinaccordan ncewiththegu uidelinesofAN NSI/TIA-603-C- 2004.Theffrequencysta abilityofthetransmitterisme easuredby: a.)Temperrature: The temperature t is varied from m- 30°Cto+50 0°Cin10°Cinccrementsusin nganenvironm mentalchamb ber. b.)Primary marysupplyvo ySupplyVolttage:Theprim oltageisvarie edfrom 85%to115%ofthenomin nalvalueforno onhand-carriiedbatteryandACpowered dequipment.F Forhand- carried,batttery- poweredeq quipment,primarysupplyvvoltageisredu ucedtothebattteryoperating gendpointwh hichshallbesp pecifiedbyt hemanufaccturer. Specification– encystabilitysshallbesufficie Thefreque enttoensuretthatthefundamentalemisssionstayswith hintheauthorized frequencyb block.The fre equencystability ofthe transmittershallbe maintainedwithin ±0.00025 %( % ±2.5ppm)) of the cente er frequency.. Time Period and Proc cedure: 1. Thecarrrierfrequencyyof thetransm mitterismeasu uredatroomte emperature(2 20°C toprovid deareference e). 2. Theequ uipmentisturn nedonina“standby”conditio onforfifteenm minutesbefore eapplyingpow wertothetran nsmitter.Me asurementtofthecarrierffrequencyofth hetransmitterismadewithiinoneminutea afterapplying gpowertothettransmitter. 3. Frequen ncy measurements arre made at 10°Cinte ervals rang gingfrom-30°°C to +50 0°C.Aperiod ofatleaston nehalf-hourissprovidedtoalllowstabilizattionoftheequipmentateacchtemperaturrelevel. Note: Refe erence test setup s 2. Page17of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 4.5 Tes st Setups 4.5.1 Te est Setup 1 EUT ControlC C Con ntrolport(s) o omputer Antenn naport(s) Powerrport MeasurementInstrument(ss) Attenuattor Power Supply 4.5.2 Te estSetup 2 Temp peratureCham mber EUT ControlC C Con ntrol o omputer porrt(s) Antennna MeasurementInstrument( Attenuattor s) port(s (s) Power Pow wer Supply po ort Page18of23 3

A Tes st Lab b Tec chno Corp. C Repor ort Number：1408FR14 4.5.3 Te estSetup 3 NOTE: Effectiveradiatedpower(ERP P) referstotherradiationpower outputof theE EUT,assuming gallemissions areradiatedfro om half-waved dipoleantennass. 4.5.3.1 S Step 1: Pre--test Semi-and/orF Full-AnechoicC Chamber Measuurement Anttenna Measurrement EUT 3m Systtem 4.5.3.2 S Step 2: Sub bstitution method m to ve erifythe max ximum ERP P Semi-and//orFull-Anecho oicChamber Measuurement Substitution S Anttenna Antenna 3m Signal Generator Page19of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 4.6 Tes stConditions Test Case TesstConditions Transmit AveragePo ower, Tesst Env. A Ambient Climate & Rated Vo oltage OutputPow Total Tesst Setup T Test Seup1 erData RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) TesstMode G GSM/TM1,UMT TS/TM1 AveragePo ower, Tesst Env. A AmbientClimate&RatedVolta age SpectralDe ensity( Tesst Setup T TestSeup1 if required) RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) TesstMode G GSM/TM1,UMT TS/TM1 Peak-to- Tesst Env. A AmbientClimate&RatedVolta age AverageRattio(if Tesst Setup T TestSeup1 required) RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) TesstMode G GSM/TM1,UMT TS/TM1 ModulationC Characteristicss TesstEnv. A AmbientClimate&RatedVolta age Tesst Setup T TestSeup1 RFC Channels M (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) TesstMode G GSM/TM1,UMT TS/TM1 Bandwidth Occupied Tesst Env. A AmbientClimate&RatedVolta age h Bandwidth Tesst Setup T TestSeup1 RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) TesstMode G GSM/TM1,UMT TS/TM1 EmissionB B Tesst Env. A AmbientClimate&RatedVolta age andwidth(iif Tesst Setup T TestSeup1 required) RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) TesstMode G GSM/TM1,UMT TS/TM1 BandEdgesCompliance TesstEnv. A AmbientClimate&RatedVolta age Tesst Setup T TestSeup1 RFC Channels L H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel ) TesstMode G GSM/TM1,UMT TS/TM1 SpuriousEm missionatAnten nnaT TesstEnv. A AmbientClimate&RatedVolta age erminals Tesst Setup T TestSeup1 RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) Page20of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 Test Case TesstConditions TesstMode G GSM/TM1,UMT TS/TM1 FieldStrengtthofSpuriousR R TesstEnv. A AmbientClimate&RatedVolta age adiation Tesst Setup T TestSeup3 TesstMode G GSM/TM1,UMT TS/TM1/TM2/T TM3 RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) Frequency Stability S TesstEnv. (1 1) -30°C to+50 0°C withstep10°C atRatedV Voltage; (2 2) VL, VN and dVH ofRatedVoltageat AmbiientClimate. Tesst Setup T TestSeup2 RFC Channels L M, H L, (TX X) (L L= lowchanne el,M=middlecha annel,H=highcchannel) TesstMode G GSM/TM1,UMT TS/TM1 Page21of23 3

A Test Lab Techn T no Corp. Report Num umber：1408 8FR14 5 Main TestInstruments Equipmen ntName Manufactturer Model SerrialNumber CalDate Cal Period d Universal Radio Communication R&S CMU200 10 09369 08/07/2013 3 1 yea ar Tesster Wid deband Radio Communicatiion R&S CMW500 0 10 03168 11/05/2013 3 ar 1 yea Te est 12/21/2013 3 Single Channel C Ag gilent N1911A MY4 45101619 1 yea ar PK Powe er Sensor 12/21/2013 3 Wideband Power P Meter Ag gilent N1921A MY4 45241957 1 yea ar MXA Signa al Analyzer A Agilent N9020A MY5 53420615 05/12/2014 4 ar 1 yea RF Pre-sselector Ag gilent N9039A MY4 46520256 01/10/2014 4 ar 1 yea Spectrum Analyzer Ag gilent E4446A MY4 46180578 01/10/2014 4 1 yea ar Pre Am mplifier Ag gilent 8449B 3008 8A02237 02/21/2014 4 1 yea ar Pre Am mplifier Ag gilent 8447D 2944 4A10961 02/21/2014 4 ar 1 yea Broadband d Antenna SCHWAARZBECK VULB9163 3 9163-270 07/16/2014 4 1 yea ar (30MHz~ ~1GHz) MESS-EL LEKTRONIK Horn Antenna SCHWAARZBECK BBHA9120 0D 912 20D-550 06/10/2014 4 ar 1 yea (1~18 8GHz) MESS-EL LEKTRONIK Horn Antenna SCHWAARZBECK BBHA9170 0 9170-320 06/13/2014 4 ar 1 yea (18~400GHz) MESS-EL LEKTRONIK Spectrum Analyzer Ag gilent E4445A MY4 46181986 05/16/2014 4 ar 1 yea Amplifier Mini--Circuits ZKL-1R5+ + N/A 05/29/2014 4 1 yea ar Amplifier Mini--Circuits ZVA-213-S S+ N/A 05/29/2014 4 1 yea ar RF Pre-sselector Ag gilent N9039A MY4 46520255 05/10/2014 4 ar 1 yea Trilog-Bro oadband SCHWAARZBECK SB AC VUL LB 9168-419 05/16/2014 4 ar 1 yea Ante enna MESS-EL LEKTRONIK Double-Ridged Waveguide W Ho orn ETS-L Lindgren 3117 00128055 08/09/2014 4 ar 1 yea Signal Generator Rohde & Schwarz SML03 12 26085 05/11/2014 4 1 year Page22of23 3

A Tes st Lab b Tech hno Corp. C Reportt Number：1 1408FR14 Meas surement Uncertainty For a95%co onfidencelevell(k = 2), theme easurementexxpandeduncerttaintiesfordefin nedsystems, inaccordanccewiththerecommendationso ofISO 17025a asfollowing: Test Item Extend dedUncertaintyy Transmit Ou utputPowerData Power [dBm m] U = 1.2 2dB Bandwidth Magnitude[% %] U = 0.2 2% BandEdgeC Compliance Disturbance ePower[dBm] U = 1.2 2dB SpuriousEm missions,Condu ucted Disturbance ePower[dBm] U = 1.2 2dB FieldStrengtthofSpuriousR Radiation ERP [dBm] For 3m mChamber: U = 4.6dB (30M MHzto1GHz) U = 3.0dB (above e1GHz)For 10mCh hamber: U = 4.6dB (30M MHzto1GHz) Frequency Stability S Frequency Accuracy A [ppm m] U = 0.2 21ppm END Page23of23 3


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