Test report C2PC

FCC ID: B5KBKRC1311005-2

Test Report

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FCCID_1645629

CX arpoapr SP i-ss-ucny-an A:cr;di:ed-Testing Laboratory -/% Contact person Date Reference Page us 2: Reinhold Reul 2012—02—28 FX108941—3 Rev 2 1 (2) 1002 ISO/AEC 17025 ’,f‘/énce‘\f Electronics 4i11% +46 10 516 55 84 Reinhold.Reul@sp.se Ericsson (China) Communications Company Ltd Att. Hua Yang Ericsson Tower No. 5 Lize East Street Chaoyang District, Beijjing 100102 P. R. China (8 appendices) Class II Permissive Change measurements on GSM Base station Transceiver Unit with FCC ID: BS5KBKRC1311005—2 (8 appendices) Revision 2 corrects client information in appendix 1 regarding the declared nominal output power. Test object Transceiver Unit dTRU8, product KRC 131 1005/2, revision R2C Summary Standard Compliant Appendix Remarks FCC CFR 47 2.1046 RF Power output Yes 2 — 2.1049 Occupied bandwidth Yes 3 — 2.1051 Band Edge Yes 4 — 2.1051 Spurious emission at antenna port Yes > — 2.1053 Field strength of spurious radiation Yes 6 — SP Technical Research Institute of Sweden Electronics — EMC o 4/A Performed by Examined by —# 28e i. %’Qé&/ ) Reinhold Reul Christer Karlsson Laboratory is FCC listed with Reg. no. 93866 and IC recognized pursuant IC file no. 3482A. SP Technical Research Institute of Sweden Postaladdress Office location Phone / Fax / E—mail Laboratories are accredited by the Swedish Board for Accreditation and SP Vasterasen +46 10 516 50 00 Conformity Assessment (SWEDAC) under the terms of Swedish legislation. Box 857 Brineligatan 4 +46 33 13 55 02 This report may not be reproduced other than in full, except with the prior SE—501 15 BORAS SE—504 62 BORAS info@sp.se written approval of the issuing laboratory. Sweden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 2 (2)) KBKRC13110005-2 FCC ID: B5K T Table of contents D Description of o the test ob bject Apppendix 1 O Operation moode during measurement m ts Apppendix 1 P Purpose of teest Apppendix 1 T Test setups Apppendix 1 R RF power ouutput Apppendix 2 O Occupied banndwidth Apppendix 3 B Band edge Apppendix 4 S Spurious emiission at anteenna terminaals Apppendix 5 F Field strengthh of spuriouss radiation Apppendix 6 Hardware list and software H Apppendix 7 P Photos of thee test object Apppendix 8 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (6)) KBKRC13110005-2 FCC ID: B5K Appendix 1 D Description n - Equipm ment Under Test (EUT T) E Equipment: GSM M Base statio on transceiveer unit (dTRU U) 850 MHzz T TX frequencyy band: 869 – 894 MHz M Modulations: GM MSK, 8PSK, 16QAM, 1 32Q QAM, AQPSSK DDeclared maxximum outpu ut Modulations ppower, RMS value in [dB Bm] MSK GM 8P PSK 16Q QAM 32Q QAM AQP PSK Hybrid com mbined (HC) mode 422,7 39 9,4 38 8,0 377,6 39,3 Uncombineed (UC) mode 466,0 42 2,7 41 1,3 400,9 42,6 TCC mode 499,0 45 5,7 44 4,3 433,9 45,6 S Supply voltagge 24 V DC P Purpose of test TThe purpose of this test iss to justify a Class II Perm missive Change of the teest object to include i tthe use of AQQPSK modullation with S SCPIR 0 dB. This report verifies v mainntained perfo ormance ccharacteristiccs of affected d items accorrding FCC CFR47 C by re--testing the uupdated equip pment aand comparinng results forr AQPSK moodulation wiith SCPIR 0 dB and GMSSK referencee mmodulation. For F band-edg ge performannce the accep ptable setting gs for the new w implemennted AAQPSK moddulation weree determinedd. S Summary of o results MMeasuremennt results are similar for aall tested moddulations, apart from RF output poweer, where GGMSK moduulation resultts in the highhest RMS ou utput power, and a for bandd-edge perforrmance, wwhere specifi fic restriction ns apply as deescribed in appendix a 4. Where W severaal modulation ns were ccompared, GMSK G modullation shall bbe consideredd a worst case set-up. T Tested conffigurationss AAll measurem ments were performed p wiith the test ob bject installeed in a RBS 22206 V2 cab binet. The hhardware listt for radiated d and conduccted measurem ments is shown in append ndix 7. Unless noted ootherwise thee test object was w activatedd at maximu um power, co onfigured forr TCC mode with RRBS master 2E 2 setting 51 1, resulting inn the highestt achievable RF output poower. For baand-edge pperformance verification UC and TCC C configurattions were ussed as describbed in appenndix 4. In aall used conffigurations raandom data w was transmittted in all tim me slots with tthe various tested t mmodulations being activaated one at a ttime. S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 2 (6)) KBKRC13110005-2 FCC ID: B5K Appendix 1 C Conducted measuremen m nts C Conducted measurements m s were done at the outputt TX/RX 1 of the CDU-G G8. R Radiated meeasurementss DDuring radiatted emission n measuremeents the TX/R RX 1 output of o CDU-G8 was via a 50 0 ohm aattenuator coonnected to a spectrum annalyser to mo onitor the traansmitted siggnal level. Fo or the sscope of this test it was deemed d sufficcient to meassure radiatedd spurious em mission at thee TX bband centre frequency f forr GMSK moodulation as worst w case reeference moddulation with h the hhighest RMS S power and compare c it w with results fo or the AQPS SK modulatioon with SCPIIR 0 dB. T Test frequen ncies used C Channel AR RFCN Frequency F Commen nt B 1 128 869..2 MHz TX frequ uency adjacen nt to lower fr frequency ban nd edge B+1 1 129 869..4 MHz TX low alternate a freq quency, 1 chaannel inside band b M 1 190 881..6 MHz TX band centre frequuency T-1 2 250 893..6 MHz quency, 1 chhannel inside band TX high alternate freq T 2 251 893..8 MHz TX frequ uency adjacen nt to higher ffrequency baand edge M Manufacturer’s repreesentative H Hua Yang, Ericsson E (China) Communnications Co ompany Ltd R References M Measuremennts were donee according tto relevant paarts of the fo ollowing stanndards: A ANSI C63.4--2009 A ANSI/TIA/EEIA-603-C-20 004 A ANSI/TIA/EEIA 136-280--D-2002 CFR 47 part 2, October 1st, 2010 C CFR 47 part 22, October 1st, 2010 C R Reservation n TThe test results in this rep pment Underr Test (EUT)) as port apply onnly to the parrticular Equip ddeclared in thhe report. D Delivery off test objectt The test objeect was deliveered on Mayy 23rd 2011. T S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 3 (6)) KBKRC13110005-2 FCC ID: B5K Appendix 1 T Test equipm ment M Measuremennt equipment Calibrattion Due SP numbeer A Anechoic chaamber, Hertzz 2013-100 15:116 B Boonton 45000A RF Peak k power meteer/analyser 2012-111 503 144 B Boonton Pow wer sensor 56 6518-S/4 2012-111 503 146 R Rohde & Schhwarz FSIQ4 40 2012-077 503 738 R Rohde & Schhwarz ESI40 0 2012-077 503 125 R Rohde & Schhwarz Vectorr Network A Analyser 2012-077 503 687 C Chase bilog antenna a CBL L 6121A 2014-100 502 460 S Schaffner Reeference Dipoole BSRD65500 2012-033 502 181 E EMCO Hornn Antenna 3115 2014-011 502 175 E EMCO Hornn Antenna 3115 2014-011 501 548 M MITEQ Low w Noise Amp plifier 2012-088 503 277 F Flann Std gaiin horn 2024 40-20 2014-033 503 674 A Attenuator 400 dB 2012-088 504 159 H High pass filtter 2012-088 504 199 H High pass filtter 2012-088 502 758 M Multimeter Fluke F 87 2012-055 502 190 T Testo 615 tem mperature annd humidity mmeter 2012-033 503 498 T Testo 635 tem mperature annd humidity mmeter 2013-055 504 203 U Uncertaintiies MMeasuremennt and test insstrument unccertainties aree described in i the qualityy assurance ddocumentatioon ”SP-QD 10885”. 1 The uncertainties are calculated with a cooverage facto or k=2 ((95% level of confidencee). T Test engineeers JJörgen Wasshholm, Fredriik Isaksson, M Martin Nilsson, Martin Forsberg F and Reinhold Reeul, SP T Test witnesss - S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 4 (6)) KBKRC13110005-2 FCC ID: B5K Appendix 1 T Test set-up, conducted d measurem ments *) Power P and data d communnication via backplane b T Test object 1. Transceeiver Unit dT TRU-8, produuct KRC 131 1 1005/2, rev vision R2C, SSN AE50308 8770 with FC CC ID: B5KB BKRC13110005-2 F Functional test t equipmeent 2. HP laptop l computer Compaqq nc6000, product PM307ES#AB2, SSN CNU5120 06GT Withh software RBS R Master2 control softw ware 3. Ericcsson RBS Master M 2E harrdware, prodduct LBY 107 7 1007/3, revvision R1C BAM MS 1000878 8365 4. Agillent MXA Siignal Analysser model N9 9020A 20 Hzz – 3.6 GHz, BAM MS 1000785 5533, used too verify the modulation m scchemes 5. Atteenuator / filteer listed as teest equipmen nt in respectiv ve appendix 6. CDU U-G8, produ uct BFL 119 155/1, revisiion R3A, serial number A A40004WCL LV 7./8. DXU U and remain ning RBS caabinet accord ding hardware list in appeendix 7 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 5 (6)) KBKRC13110005-2 FCC ID: B5K Appendix 1 T Test set-up, radiated emission e *) Power P and data d communnication via backplane b T Test object 1. Transceeiver Unit dT TRU-8, produuct KRC 131 1 1005/2, rev vision R2C, SSN AE50308 8770 with FC CC ID: B5KB BKRC13110005-2 F Functional test t equipmeent 2. HP lapptop computer model Coompaq NC64 400 SN CND72717JP With software s RBS Master2 coontrol softwaare 3. Ericssson RBS Masster 2E hardw ware, producct number LB BY 107 10077/3, revision R1C, BAMS S 100073521 11 4. Rohdee & Schwarzz FSIQ40 forr signal moniitoring, SP 50 03738 5. Attenuuator 40 dB, SP 504 159 6. CDU--G8, product BFL 119 1555/1, revisionn R3A, seriall number A440004WCLV V 7./8. DXU and remainin ng RBS cabiinet accordin ng hardware list l in appenddix 7 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 6 (6)) KBKRC13110005-2 FCC ID: B5K Appendix 1 T Test object connections c Interface Typpe of port Power via RBS R backplan ne DC power TCC/HC moode: TX 1+T TX 2 interconnnection to CDU C RF iinterconnectt Interconnecttion TX 1 + HC 1 and Innterconnectioon TX 2 + HC C2 UC mode: TXT 1 to CDU U and TX 2 too CDU RF iinterconnectt RX 1 to CXU10 RF iinterconnectt RX 2 to CXU10 RF iinterconnectt RX 3 not coonnected RF iinterconnectt RX 4 not coonnected RF iinterconnectt R RBS cabinett external co onnections Interface Typpe of port: External suppply 24 V DC C DC power Active CDU U TX/RX 1, used u for meaasurement annd monitoring g RF/A /Antenna Active CDU U TX/RX 2 and a inactive C CDU’s outpu uts unconneccted RF/A /Antenna Ethernet shielded multi-w wire with RJJ-45connectoor to RBS maaster Teleecom 2E, port A, mode m E1 External alarm not conneected Signnal ESB not connnected Signnal GPS not connnected Signnal OMT interfaace for configuration nott connected O/M M S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (1)) KBKRC13110005-2 FCC ID: B5K Appendix 2 R RF Power output o mea asurementss according g to CFR 47 7 2.1046 D Date Temperrature Humidity H 20111-12-06 23 °C ± 3 °C C 27 % ± 5 % T Test set-up and a procedu ure M Measuremennts were made at the CDU U-G8 output connector. The T output w was connected d to a P Peak power analyser a via a 50 ohm atttenuator. M Measuremennt equipment SP nnumber B Boonton 45000A RF Peak k power meteer/analyzer 5033 144 B Boonton Pow wer sensor 56 6518-S/4 5033 146 A Attenuator 5044 159 M Multimeter Fluke F 87 5022 190 T Testo 635 tem mperature annd humidity mmeter 5044 203 M Measuremen nt uncertain nty: 0.7 dB R Results C Configurationn: TCC mod de, RBS mastter 2E setting g 51 Transm mitter powerr (dBm) Channeel Modulation M Peak RMS M GMSK 49.4 48.6 M AQPSK A 49.2 45.2 T The maximum m measured PAR was 4. 0 dB. L Limit CFR 47 § 22.913: 500 W ERP shall nnot be exceed C ded. C Complies? Yess S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (2)) KBKRC13110005-2 FCC ID: B5K Appendix 3 O Occupied bandwidth b measuremeents accord ding to 47C CFR 2.10499 D Date Temperrature Humidity H 20111-12-06 23 °C ± 3 °C C 27 % ± 5 % T Test set-up and a procedu ure MMeasuremennts were made at CDU-G88 output con nnector. The output was cconnected to a he RMS deteector activateed. The specttrum analyseer was connected to sspectrum anaalyser with th aan external 10 MHz referrence standarrd during thee measurements. M Measuremennt equipment SP number R R&S FSIQ 5003 738 A Attenuator 5004 159 M Multimeter Fluke F 87 5002 190 T Testo 635 tem mperature an nd humidity m meter 5004 203 M Measuremen nt uncertaintty: 3.7 dB, 1.33 kHz R Results C Configurationn: TCC mod de, RBS mastter 2E setting g 51 D Diagram Chhannel Modu ulation OBWW 1 M GM MSK 241 kHz 2 M QPSK 240 kHz AQ T The diagrams are shown on the follow wing page. S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 2 (2)) KBKRC13110005-2 FCC ID: B5K Appendix 3 D Diagram 1: Max/Ref Lv vl Marker 1 [T1] RBW 3 kHz RF Att t 40 dB 50 dBm 30.47 dBm VBW 30 kHz 20 dBm .60000000 MHz 881. SWT 5 s Unit dBm 50 1 [T1] 30.47 dBm A 881.60 0000000 MHz 40 O OPB 241.28 8256513 kHz T1 [T1] 19.64 dBm 1 30 8006012 MHz 881.48 T2 [T1] 21.02 dBm T1 T2 T 881.72 2134269 MHz 20 M 1RM 10 T EXT 0 F TDF -10 -20 -30 -40 -50 Center 881.6 MHz 70 kHz/ Sp pan 700 kHz Date: D 6.D DEC.2011 07:0 07:01 D Diagram 2: Max/Ref Lv vl Marker 1 [T1] RBW 3 kHz RF Att t 40 dB 50 dBm 29.67 dBm VBW 30 kHz 20 dBm 881. .60000000 MHz SWT 5 s Unit dBm 50 1 [T1] 29.67 dBm A 0000000 MHz 881.60 40 O OPB 239.87 7975952 kHz T1 [T1] 14.39 dBm 1 30 8006012 MHz 881.48 T2 [T1] 16.39 dBm 1993988 MHz 881.71 20 T1 T2 2 1RM M 10 EXT T 0 TDF F -10 -20 -30 -40 -50 Center 881.6 MHz 70 kHz/ Sp pan 700 kHz D Date: 6.D DEC.2011 07:0 08:48 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 B Band edge measurements accord ding to 47C CFR 2.1051 1 D Date Temperrature Humidity H 20111-12-06 23 °C ± 3 °C C 27 % ± 5 % T Test set-up and a procedu ure TThe measurements were made m per deffinition in §2 22.917, with the CDU ouutput connectted to a sspectrum anaalyser with th he RMS deteector activateed. The specttrum analyzeer was conneected to aan external 10 MHz referrence standarrd during thee measurements. FFCC rules alllow a resoluttion bandwiddth of one peer cent of thee emission baandwidth of the t ffundamental emission within the firstt 1 MHz off the t band edg ge. FCC ruless require a reesolution bbandwidth off 100 kHz for measuremeents of emisssions for offssets from thee band edges eexceeding 1 MHz. M M Measuremennt equipment SP number R R&S FSIQ 5003 738 A Attenuator 5004 159 M Multimeter Fluke F 87 5002 190 T Testo 635 tem mperature an nd humidity m meter 5004 203 M Measuremen nt uncertain nty: 3.7 dB R Results D Diagram Channel Com mbiner confi figuration RBS R master 2E 2 setting M Measured RMMS power / [dB Bm] 1 a, b, c B UC modde 41 39.5 2 a, b, c T UC modde 43 41.6 3 a, b, c B+1 TCC mo de 51 44.9 4 a, b, c T-1 TCC mo de 51 45.0 T The diagrams are shown on the follow wing pages. R Remark FFor channels B and T thee above docuumented RMSS powers weere found to rrepresent thee mmaximum accceptable RF output poweer with AQP PSK modulatiion using SCCPIR 0 dB to o meet bband-edge reequirements. L Limits TThe power off any emissioon outside thhe frequency band shall be b attenuatedd below the ttransmitter poower (P) by at least 43 + 10 log P dB B. C Complies? Yess S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 2 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 1 a: a Max/Ref Lv vl Marker 2 [T1] RBW 3 kHz RF Att t 30 dB 50 dBm -15.41 dBm VBW 30 kHz 20 dBm .97944890 MHz 868. SWT 10 s Unit dBm 50 2 [T1] -15.41 dBm A 868.97 7944890 MHz 40 1 [T1] -21.43 dBm 0000000 MHz 869.00 30 20 1RM M 10 EXT T 0 TDF F -10 P22G003K 2 1 -20 -30 -40 -50 Start 868.855 MHz 34.5 5 kHz/ Stop p 869.2 MHz D Date: 6.D DEC.2011 08:2 29:29 D Diagram 1 b: b Max/Ref Lv vl Marker 1 [T1] RBW 10 kHz RF Att t 30 dB 50 dBm -37.91 dBm VBW 100 kHz 20 dBm .85328657 MHz 868. SWT 5 s Unit dBm 50 1 [T1] -37.91 dBm A 868.85 5328657 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 D1 -13 dBm d -20 -30 1 -40 -50 Start 868 MHz 85.5 5 kHz/ Stop 868.855 8 MHz D Date: 6.D DEC.2011 08:3 31:16 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 3 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 1 c: c Max/Ref Lv vl Marker 1 [T1] RBW 100 kHz RF Att t 30 dB 50 dBm -27.46 dBm VBW 1 MHz 20 dBm .00000000 MHz 868. SWT 5 s Unit dBm 50 1 [T1] -27.46 dBm A 868.00 0000000 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 P22 -20 1 -30 -40 -50 Start 858 MHz 1 MHz/ M St top 868 MHz D Date: 6.D DEC.2011 08:3 32:30 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 4 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 2 a: a Max/Ref Lv vl Marker 2 [T1] RBW 3 kHz RF Att t 30 dB 50 dBm -14.37 dBm VBW 30 kHz 20 dBm .01225451 MHz 894. SWT 10 s Unit dBm 50 2 [T1] -14.37 dBm A 894.01 1225451 MHz 40 1 [T1] -19.47 dBm 0000000 MHz 894.00 30 20 1RM M 10 EXT T 0 TDF F -10 2 P22G003K 1 -20 -30 -40 -50 Start 893.8 MHz 34.5 5 kHz/ Stop 894.145 8 MHz D Date: 6.D DEC.2011 08:5 52:47 D Diagram 2 b: b Max/Ref Lv vl Marker 1 [T1] RBW 10 kHz RF Att t 30 dB 50 dBm -33.45 dBm VBW 100 kHz 20 dBm .17412826 MHz 894. SWT 5 s Unit dBm 50 1 [T1] -33.45 dBm A 894.17 7412826 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 D1 -13 dBm d -20 -30 1 -40 -50 Start 894.145 MHz 85.5 5 kHz/ St top 895 MHz D Date: 6.D DEC.2011 08:5 54:07 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 5 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 2 c: c Max/Ref Lv vl Marker 1 [T1] RBW 100 kHz RF Att t 30 dB 50 dBm -27.43 dBm VBW 1 MHz 20 dBm .00000000 MHz 895. SWT 5 s Unit dBm 50 1 [T1] -27.43 dBm A 895.00 0000000 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 P22 -20 1 -30 -40 -50 Start 895 MHz 1 MHz/ M St top 905 MHz D Date: 6.D DEC.2011 08:5 55:08 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 6 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 3 a: a Max/Ref Lv vl Marker 1 [T1] RBW 3 kHz RF Att t 30 dB 50 dBm -37.91 dBm VBW 30 kHz 20 dBm .00000000 MHz 869. SWT 10 s Unit dBm 50 1 [T1] -37.91 dBm A 869.00 0000000 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 P22G003K -20 -30 1 -40 -50 Start 868.855 MHz 34.5 5 kHz/ Stop p 869.2 MHz D Date: 6.D DEC.2011 07:4 46:01 D Diagram 3 b: b Max/Ref Lv vl Marker 1 [T1] RBW 10 kHz RF Att t 30 dB 50 dBm -37.91 dBm VBW 100 kHz 20 dBm .85328657 MHz 868. SWT 5 s Unit dBm 50 1 [T1] -37.91 dBm A 868.85 5328657 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 D1 -13 dBm d -20 -30 1 -40 -50 Start 868 MHz 85.5 5 kHz/ Stop 868.855 8 MHz D Date: 6.D DEC.2011 07:4 47:26 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 7 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 3 c: c Max/Ref Lv vl Marker 1 [T1] RBW 100 kHz RF Att t 30 dB 50 dBm -27.46 dBm VBW 1 MHz 20 dBm .00000000 MHz 868. SWT 5 s Unit dBm 50 1 [T1] -27.46 dBm A 868.00 0000000 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 P22 -20 1 -30 -40 -50 Start 858 MHz 1 MHz/ M St top 868 MHz D Date: 6.D DEC.2011 07:4 48:33 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 8 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 4 a: a Max/Ref Lv vl Marker 1 [T1] RBW 3 kHz RF Att t 30 dB 50 dBm -37.89 dBm VBW 30 kHz 20 dBm .00000000 MHz 894. SWT 10 s Unit dBm 50 1 [T1] -37.89 dBm A 894.00 0000000 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 P22G003K -20 -30 1 -40 -50 Start 893.8 MHz 34.5 5 kHz/ Stop 894.145 8 MHz D Date: 6.D DEC.2011 07:5 56:46 D Diagram 4 b: b Max/Ref Lv vl Marker 1 [T1] RBW 10 kHz RF Att t 30 dB 50 dBm -37.89 dBm VBW 100 kHz 20 dBm .99828657 MHz 894. SWT 5 s Unit dBm 50 1 [T1] -37.89 dBm A 894.99 9828657 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 D1 -13 dBm d -20 -30 1 -40 -50 Start 894.145 MHz 85.5 5 kHz/ St top 895 MHz D Date: 6.D DEC.2011 07:5 58:08 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 9 (9)) KBKRC13110005-2 FCC ID: B5K Appendix 4 D Diagram 4 c: c Max/Ref Lv vl Marker 1 [T1] RBW 100 kHz RF Att t 30 dB 50 dBm -27.42 dBm VBW 1 MHz 20 dBm .00000000 MHz 905. SWT 5 s Unit dBm 50 1 [T1] -27.42 dBm A 905.00 0000000 MHz 40 30 20 1RM M 10 EXT T 0 TDF F -10 P22 -20 1 -30 -40 -50 Start 895 MHz 1 MHz/ M St top 905 MHz D Date: 6.D DEC.2011 07:5 58:45 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (3)) KBKRC13110005-2 FCC ID: B5K Appendix 5 C Conducted spurious emission e meeasuremen nts accordin ng to 47CFR R 2.1051 D Date Temperrature Humidity H 20111-12-06 23 °C ± 3 °C C 27 % ± 5 % T Test set-up and a procedu ure TThe measurements were madem with thhe CDU outpput connected d to a spectruum analyser.. A ppre-measurem ment was perrformed withh the PEAK detector activated. Emisssion close orr above tthe limit withh the PEAK detector d is m measured withh the RMS detector d activvated. The sp pectrum aanalyser was connected to o an externall 10 MHz refference stand dard during tthe measurem ments. M Measuremennt equipment SP nnumber R R&S FSIQ 5033 738 A Attenuator 5044 159 H High pass filtter 5022 758 T Testo 635 tem mperature an nd humidity m meter 5044 203 M Measuremen nt uncertain nty: 3.7 dB R Results C Configurationn: TCC mod de, RBS mastter 2E setting g 51, TX AR RFCN 190 (8881.6 MHz) D Diagram 1 a: a GMSK, 9 KHz – 1 G GHz D Diagram 1 bb: GMSK, 1 GHz – 10 GHz D Diagram 2 a: a AQPSK K, 9 KHz – 1 GHz D Diagram 2 bb: AQPSK K, 1 GHz – 1 0 GHz The diagrams are shown on the follow T wing pages. L Limits TThe power off any emissioon outside thhe frequency band shall be b attenuatedd below the ttransmitter poower (P) by at least 43 + 10 log P dB B. C Complies? Yess S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 2 (3)) KBKRC13110005-2 FCC ID: B5K Appendix 5 D Diagram 1 a: a Max/Ref Lvl l Marker 1 [T1] [ RBW 100 kHz RF Att 25 5 dB 55 dBm 48.78 dBm VBW 100 kHz 10 dBm 881.60 0000000 MHz SWT 1 s Unit dBm 55 1 [T1 1] 48.78 1 8 dBm 50 A 881.60000000 0 MHz 40 30 1MAX 1MA 20 10 EXT 0 TDF -10 P22 -20 -30 -40 -45 Start 9 kHz z 99.9991 MHz/ M Stop 1 GHz D Date: 6.DE EC.2011 07:12:46 D Diagram 1 b: b Marker 1 [T1] [ RBW 100 kHz RF Att 10 0 dB Ref Lvl -26.21 dBm VBW 100 kHz 3 dBm 6.95 5190381 GHz SWT 9 s Unit dBm 3 0 3 dB Offs set 1 [T1 1] -26.21 1 dBm A 6.95190381 1 GHz -10 P22 -20 1 -30 1MAX 1MA -40 EXT -50 TDF -60 -70 -80 -90 -97 Start 1 GHz z 900 MHz z/ Stop 10 0 GHz D Date: 6.DE EC.2011 07:14:51 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 3 (3)) KBKRC13110005-2 FCC ID: B5K Appendix 5 D Diagram 2 a: a Max/Ref Lv vl Marker 1 [T1] RBW 100 kHz RF Att t 25 dB 55 dBm 47.95 dBm VBW 100 kHz 10 dBm .60000000 MHz 881. SWT 1 s Unit dBm 55 1 [T1] 47.95 dBm 50 1 A 881.60 0000000 MHz 40 30 1MAX 1MA A 20 10 EXT T 0 TDF F -10 P22 -20 -30 -40 -45 Start 9 kHz 99.999 91 MHz/ Stop 1 GHz D Date: 6.D DEC.2011 07:1 10:49 D Diagram 2 b: b Marker 1 [T1] RBW 100 kHz RF Att t 10 dB Ref Lvl -26.32 dBm VBW 100 kHz 3 dBm .95190381 GHz 6. SWT 9 s Unit dBm 3 0 3 dB Off fset 1 [T1] -26.32 dBm A 6.95 5190381 GHz -10 P22 -20 1 -30 1MAX 1MA A -40 EXT T -50 TDF F -60 -70 -80 -90 -97 Start 1 GHz 900 MHz/ S Stop 10 GHz D Date: 6.D DEC.2011 07:1 16:45 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (3)) KBKRC13110005-2 FCC ID: B5K Appendix 6 F Field strenggth of spurrious radiattion measurements acccording too 47CFR 2.1 1053 D Date Temperrature Humidity H 20111-06-22 22 °C ± 3 °C C 28 % ± 5 % T Test set-up and a procedu ure TThe measurements were performed p w with both horrizontal and vertical v polarrization of th he aantenna. Thee antenna disttance was 3 m in the freq quency rangee 30 MHz – 110 GHz. TThe measurements were performed p inn Effective Radiated R Powwer (ERP). A fully anecho oic cchamber wass used during g the measureements. The chamber is regularly r callibrated with the ssubstitution method m and from f that callibration an ERP E correction factor is dderived. Thee ccorrection facctor was used as a transdducer to get th he readings in i ERP. The measurement proced T dure was as thhe followingg: 1. A pree-measuremeent was first performed with w peak dettector. The E EUT was contiinuously meaasured in 3600 degrees. 2. Spurrious radiatio on on frequenncies closer than t 6 dB to the limit waas re-measureed with RMSS detector annd with the suubstitution method m according to the sttandard. E EUT configuuration: TCC mode, RBS master 2E setting s X ARFCN 1990 (881.6 MHz) 51, TX M Measuremennt equipmentt SP number Anechoic chhamber, Herttz 15:116 R&S FSIQ440 Signal Analyser for siggnal monitorring 503 738 R&S EMI Test T Receiverr ESI40 503 125 Chase bilog antenna CBL 6121A 502 460 Schaffner Reference R Dip pole BSRD65500 503 649 EMCO Hornn Antenna 3115 502 175 EMCO Hornn Antenna 3115 501 548 MITEQ Low w Noise Amp plifier 503 277 R&S Vectorr Network Analyser 503 687 High pass fiilter 502 758 Attenuator 504 159 Testo 615 teemperature and humidity meter 503 498 S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 2 (3)) KBKRC13110005-2 FCC ID: B5K Appendix 6 T The test set-uup is shown in i the picturee below: S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 3 (3)) KBKRC13110005-2 FCC ID: B5K Appendix 6 R Results M Modulation GMSK G S Spurious emission level (dBm) ( Frequency Vertical Horizonttal (MHz) 30-10 000 All emisssion > 20 dB B below limitt All emission > 20 dB below lim mit M Modulation AQPSK A S Spurious emission level (dBm) ( Frequency Vertical Horizonttal (MHz) 30-10 000 All emisssion > 20 dB B below limitt All emission > 20 dB below lim mit M Measuremen nt uncertain nty: 3.1 dB L Limits TThe power off any emissioon outside thhe frequency band shall be b attenuatedd below the ttransmitter poower (P) by at least 43 + 10 log P dB B. C Complies? Yess S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (1)) KBKRC13110005-2 FCC ID: B5K Appendix 7 H Hardware list l RBS 22 206 V2 used d for condu ucted and radiated r meeasuremen nts Pos. Unit Product Number N Revision Serial Num mber Cabinet RBS 2206 6 V2 SEB 112 1154/1 1 R2A AB201103 385 Door SXK 109 7157/1 R1A - DCCU U-13 BMG 980 07/11 R1D BH410576 606 ACCU U-11 BMG 980 07/09 R1A BH410373 398 Subracck BFL 119 424/1 4 R2A - 1 CDU-G8 BFL 119 155/1 1 R3A A40004WC CLA 2 CDU-G8 BFL 119 155/1 1 R3A A40004WC CLV 3 CDU-G8 BFL 119 155/1 1 R3A A40004WC CL8 Dumm my SXK 107 5031/2 R1B - CXU-10 KRY 101 1856/1 R3D TR44252258 CXU-10 KRY 101 1856/1 R3D TR45062312 TRU subrack s BFL 119 425/1 4 R1C - Backpplane BFX 101 107/3 R1A - 1 dTRU U-8 KRC 131 1005/2 R4A AE53038582 2 dTRU U-8 KRC 131 1005/2 R5A AE55540317 3 dTRU U-8 KRC 131 1005/2 R2C AE50308770 4 dTRU U-8 KRC 131 1005/2 R5A AE55540324 5 dTRU U-8 KRC 131 1005/2 R4A AE53038668 6 dTRU U-8 KRC 131 1005/2 R3A AE51304512 IDM-111 BMG 980 327/2 R1A X181175714 PSU/DDXU subrack k BFL 119 453/1 4 R1A BK410675 514 Backpplane BFX 101 109/1 R1A - 1 PSU-A AC-32 BML 353 206/2 R1C BR80397724 2 PSU-A AC-32 BML 353 206/2 R1C BR80299548 3 PSU-A AC-32 BML 353 206/2 R1C BR80303083 4 Dumm my SXK 107 9314/1 R1D - 5 Metal cover plate 1 slot - - - 6a TMA--CM-02 SDK 107 881/1 R3A BG800000 0QP 6b Metal cover plate ½ slot - - - 7 DXU--23 BOE 602 21/1 R1D TU8D5523 374 T Test object software during d both h radiated and a conduccted measuurements Softw ware Revission CXP 104 4 0007/05 R311E S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 1 (2)) KBKRC13110005-2 FCC ID: B5K Appendix 8 P Photos of th he test objeect Front sid de Rear side S SP Technical Research Ins stitute of Swe eden

Date Refere ence Page REPORT 2012 2-02-28 FX X108941-3 Re Rev 2 2 (2)) KBKRC13110005-2 FCC ID: B5K Appendix 8 Left side Right side S SP Technical Research Ins stitute of Swe eden


Document Created: 2012-02-29 09:01:24
Document Modified: 2012-02-29 09:01:24
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