TA8AKRC161326LTE / WCDMA Radio Equipment

EXHIBIT 13 1 (1) Prepared (also subject responsible if other) No. RSACGUS TA8AKRC161326 Approved Checked Date Rev Reference EAB/FJB/VA [Christer Gustavsson] 2013-07-03 E Federal Communications Commission Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Attention: Equipment Authorization Branch SP Technical Research Institute of Sweden Brinellgatan 4 Box 857 S-501 15 Borås Sweden July 03, 2013 Subject: Certification for FCC ID: TA8AKRC161326 To Whom It May Concern: Ericsson AB requests a Grant of Certification (Type Acceptance) for the above mentioned FCC Identifier. This base station transceiver (Radio Unit – mRRUS 12 B4) is designed for use in WCDMA and LTE cellular telephone system. The transmitter will operate from 2110 MHz to 2155 MHz. The receiver circuit supports 1710 MHz to 1755 MHz. It supports channel bandwidths of 1.4, 3, 5, 10, 15 and 20 MHz for LTE. This Radio Unit supports modulation type and QPSK, 16QAM and 64QAM for WCDMA and LTE. The base station operates in the Cellular band as per 47 CFR Part 27 subpart L. It meets the requirements of Third Generation Partnership Project (3GPP) for the Universal Mobile Telephone System (UMTS 3G) mobile standard (cellular telephone system) for operation in WCDMA and LTE cellular systems. This Radio Unit will in normal mode operate at a nominal power out of maximum 2x5 watts at the output connectors, to feed an Integrated wide sector antenna or an Semi-Integrated Omni directional antenna alternative external antenna(s). This Radio Unit supports spectrum consisting of two or more sub-blocks separated by sub-block gap(s), NCS (None-Contiguous Spectrum). This Radio Unit supports MIMO (Multiple Input Multiple Output) and has the ability to transmit with Multiple Outputs in the same Band with 3GPP MIMO/Spatial multiplexing and beam-forming technologies. This Radio Unit support MSR (Multi Standard Radio) with the ability to receive and transmits two or more carriers simultaneously, where at least one carrier is of a different RAT (Radio Access Technology). This Radio Unit supports MSR with WCDMA and LTE. The Exhibit 8 user manuals submitted with this application is generic and may cover multiple products. This application is only valid for the model specified in the Exhibit 12 circuit description. Ericsson AB requests confidentiality under CFR 0.459 according to attached letter. We further certify that the applicant nor any party to the application is subject to a denial of Federal benefits, that includes FCC benefits, pursuant to section 5301 of the Anti-Drug abuse Act of 1988, 21 U.S.C. Section 862. Ericsson AB accept by this request the agreement set out in the document "Bilaga SPCR 125 -Avtal om marknadskontroll för radioutrustning certifierad för USA-marknaden". If additional information is needed, please contact me on the below listed number. Christer Gustavsson Staff Engineer, Regulatory Programs Ericsson AB FCC Registration Number (FRN): 0013476155 Isafjordsgatan 10 SE-164 80 Stockholm, Sweden Telephone No.: +46107175949 e-mail: [email protected]

Commercial in confidence EXHIBIT 13 1 (1) Prepared (Subject resp) No. EAB/FJB/VA Christer Gustavsson EAB/FJB-13:0138 Uen Approved (Document resp) Checked Date Rev Reference EAB/FJB/VA [Stefan Ekelöf] 2013-03-13 A NDA Confidentiality Clause Confidentiality. Each party agrees that all confidential documents, work product and information (including all computer code, internal photographs of products, block diagrams, schematic diagrams, technical and/or user manuals, related materials, and the existence of this Agreement) received or otherwise obtained from the other party pursuant to this Agreement, whether before or after the Effective Date, will be, and will be deemed to have been, received in confidence and will be used only for the purpose of carrying out the obligations of, or as otherwise contemplated by, this Agreement. In addition, each party agrees that public access to all confidential equipment supplied will be restricted either by installation of the equipment in a restricted area or by physically securing the equipment by other means, including, but not limited to, using a key-lock that can only be opened by authorized personnel. Without the other party’s prior written consent, neither party may disclose any such information to any third party or grant access to the confidential equipment to any unauthorized person, and each party will disclose such information only to such of its officers, employees and agents that have a need to know such information for the purposes contemplated hereby. However, the provisions of this Section will not apply to any such information that (i) is or becomes generally available to the public without the fault or negligence of either party, (ii) is already in the possession of the receiving party without being subject to another confidentiality obligation, (iii) is or becomes available to the receiving party on a non-confidential basis from a source other than the disclosing party; provided that such source is not bound by a confidentiality obligation of the disclosing party, (iv) is required to be disclosed pursuant to an arbitration proceeding conducted in accordance with this Agreement, or (v) is required to be disclosed pursuant to a requirement of any governmental authority or any statute, rule or regulation; provided that the party required to disclose such information of the other party provide to the other party notice of such requirement of any such disclosure and cooperates with the other party to prevent or restrict any such disclosure to the extent allowed by applicable law.

Date Page Exhibit 3 External photos 2013-06-19 1(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 mRRUS 12 B4, KRC 161 326/1 Rev R1A mRRUS 12 B4, KRC 161 326/2 Rev R1A Front side Rear side Left side Rigth side Date Page Exhibit 3 External photos 2013-06-19 2(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/1 Date Page Exhibit 3 External photos 2013-06-19 3(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/2 Date Page Exhibit 3 External photos 2013-06-19 4(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Bottom side

Date Page Exhibit 3 External photos 2013-06-28 1(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 mRRUS 12 B4, KRC 161 326/3 Rev R1A mRRUS 12 B4, KRC 161 326/4 Rev R1A Front side Rear side Left side Rigth side Date Page Exhibit 3 External photos 2013-06-28 2(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Bottom side Date Page Exhibit 3 External photos 2013-06-28 3(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/3 Date Page Exhibit 3 External photos 2013-06-28 4(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/4

Date Page Exhibit 1 External photos 2013-06-18 1(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/1 Date Page Exhibit 1 External photos 2013-06-18 2(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/2 Date Page Exhibit 1 External photos 2013-06-18 3(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/3 Date Page Exhibit 1 External photos 2013-06-18 4(4) FCC ID: TA8AKRC161326 IC: 287AB-AS161326 Top side KRC 161 326/4

S T D O T P R R O B S F F E R SP Technical Table of co Description o Operation mo Test setups Purpose of te RF power ou RF power ou Occupied ban Band edge Spurious emi Field strength Frequency st External pho EPORT Research Ins ntents of the test ob ode during m est utput conduct utput radiated ndwidth ission at ante h of spurious tability tos stitute of Swe bject measurement ted d enna termina s radiation Date 2013 eden ts als Refere 3-07-01 3P0 ence 01987-01-F2 App Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Page 27 2 (2) pendix 1 pendix 1 pendix 1 pendix 1 pendix 2 pendix 3 pendix 4 pendix 5 pendix 6 pendix 7 pendix 8 pendix 9 ) S D E A R F N p M C N R SP Technical Description Equipment: Antenna port RF configura Frequency ba Nominal outp per antenna p Modulations Channel band Nominal pow EPORT Research Ins n of the test ts: ations: ands: put power port: dwidth wer voltage: stitute of Swe t object Product na Product nu Product nu Product nu Product nu FCC ID TA IC 287AB IC model n IC MODE IC MODE IC MODE IC MODE 2 TX/RX p Single car r TX: 2110 – RX: 1710 Single ca r Multi carr QPSK, 16 Q 1.4 MHz, 3 -48VDC 110-240 V Date 2013 eden ame: mRRUS umber: KRC umber: KRC umber: KRC umber: KRC A8AKRC16 B-AS161326 numbers: EL NO: AS16 EL NO: AS16 EL NO: AS16 EL NO: AS16 ports rier, multi ca – 2155 MHz – 1755 MHz rrier: 1x 3 rier: 2 x 3 QAM and 64 3 MHz, 5 M VAC Refere 3-07-01 3P0 Ap S 12 B4, sup 161 326/1, 161 326/2, - 161 326/3, 161 326/4, - 61326 613261 613262 613263 613264 arrier, TX div z z 7.0 dBm (1 x 34.0 dBm (2 4QAM Hz, 10 MH z ence 01987-01-F2 pendix 1 pporting LTE 110-240VAC -48VDC inte 110-240VAC -48VDC no i versity and M x 5W) x 2.5W) z, 15 MHz an Page 27 1 (7) E C internal an ernal antenna C no internal internal ante MIMO 2x2 nd 20 MHz ) ntenna a l antenna enna S O L M T r T d t o M M A p C T F A A p R T o P T a R M A A C C 3 R R R SP Technical Operation m LTE Single Measuremen TS 36.141. T represent 16Q The settings b different mod tested to find otherwise no MIMO mode MIMO mode All measurem power applic Conducted m The test obje Frequency st Additional co All measurem ports were el Radiated me The test obje object config Purpose of t The purpose applicable ite References Measuremen ANSI 63.4-2 ANSI/TIA/E CFR 47 part CFR 47 part 3GPP TS 36. RSS-Gen Iss RSS-139 Issu EPORT Research Ins mode durin RAT, MIM nts were perfo Test model E QAM and tes below were dulations, ch d the worst ca ted. e single carri e multi carrie ments were p cable for the t measuremen ect was suppl tability measu onnections ar ments were m lectrical iden easurements ect was powe gured for max test of the tests i ems of FCC nts were done 2009 EIA-603-C-20 2, October 1 27, October .141, version ue 3 ue 2 stitute of Swe ng measure O mode ormed with t -TM1.1 was st model E-T deemed repr hannel bandw ase setting.T er: E-TM1.1 er: 2 carriers, performed wi tested config nts lied with -48 urements we re document made on RF A ntical, as decl s ered with -48 ximum trans is to verify co CFR 47 and e according t 004 1 st , 2012 1 st , 2012 n 11.4.0 Date 2013 eden ements the test objec used to repr TM3.1 to rep resentative fo widths, numb The settings b 1 , E-TM1.1 ith the test ob guration. 8 VDC by an ere also teste ted in the set A and additi lared by the 8 VDC. All m smit power ompliance to Industry Ca to relevant pa Refere 3-07-01 3P0 Ap ct transmittin resent QPSK present 64QA or all traffic s ber of carriers below were u bject configu external pow d using 120V -up drawing onal measur client. measurement o the perform nada RSS-13 arts of the fo ence 01987-01-F2 pendix 1 ng test model K, test model AM modulati scenarios wh s and RF con used for all m ured for the m wer supply. VAC. s below. ements on R ts were perfo mance charac 39 and RSS- ollowing stan Page 27 2 (7) ls as defined E-TM3.2 to ion. hen settings w nfigurations measurement maximum tra RF B to verify ormed with th cteristics spec -Gen. ndards: ) d in 3GPP with has been s if not ansmit y that the he test cified in S M T R R R R R R C R E H H H H H H R R R R C E E S μ S M M T T N R SP Technical Measureme Test site Tesl R&S FSIQ 4 R&S ESU 26 R&S ESI 26 R&S FSQ 40 R&S FSW 43 R&S SMB 1 Control comp R&S softwar EMC 32 ver. High pass filt High pass filt High pass filt High pass filt High pass filt High pass filt RF attenuato RF attenuato RF attenuato RF attenuato Chase Bilog EMCO Horn EMCO Horn Std.gain horn μComp Nord Schwarzbeck MITEQ Low Multimeter F Temperature Temperature Note 1) : The mo EPORT Research Ins ent equipm la 40 6 0 3 00A puter with re EMC32 ve . 8.52.0 ter ter ter ter ter ter r r r r Antenna CB n Antenna 31 n Antenna 31 n FLANN m dic, Low Noi k preamplifie w Noise Amp Fluke 87 and humidit Chamber e temperatur nitor the tem stitute of Swe ment ersion 8.52.0 BL 6111A 15 15 odel 20240-2 ise Amplifier er BBV 9742 plifier ty meter, Tes e and humid mperature. Date 2013 eden 0 20 r 2 sto 635 dity meter tes Refere 3-07-01 3P0 Ap Calibrat 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 -N sto 635 SP nu ence 01987-01-F2 pendix 1 tion Due S 14-01 13-07 14-05 13-07 14-03 13-10 13-07 - - 13-07 13-07 13-07 13-08 14-08 13-07 13-07 13-09 13-08 13-12 14-10 14-01 13-10 14-03 14-04 14-03 13-08 13-08 14-06 ote 1) umber 504 2 Page 27 3 (7) SP number 503 881 503 738 901 553 503 292 504 143 902 073 900 120 503 479 503 745 901 501 901 502 504 199 901 373 503 739 503 740 504 159 900 233 900 691 901 508 503 182 502 175 902 212 503 674 901 545 504 085 503 285 502 190 504 203 503 360 203 was used ) d to S U M d ( C u R T D T M C T A M T N R SP Technical Uncertainti Measuremen documentatio (95% level o Compliance e uncertainty. Reservation The test resu Delivery of The test obje Manufactu Christer Gust Test engine Andreas John Martin Theor Test partici None EPORT Research Ins ies nt and test ins on ”SP-QD 1 f confidence evaluation is n lts in this rep f test object ect was delive rer’s repre tavsson, Eric eers…

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S T D O T P R R O B S F F E R SP Technical Table of co Description o Operation mo Test setups Purpose of te RF power ou RF power ou Occupied ban Band edge Spurious emi Field strength Frequency st External pho EPORT Research Ins ntents of the test ob ode during m est utput conduct utput radiated ndwidth ission at ante h of spurious tability tos stitute of Swe bject measurement ted d enna termina s radiation Date 2013 eden ts als Refere 3-07-01 3P0 ence 01987-02-F2 App Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Page 27 2 (2) pendix 1 pendix 1 pendix 1 pendix 1 pendix 2 pendix 3 pendix 4 pendix 5 pendix 6 pendix 7 pendix 8 pendix 9 ) S D E A R F N p M C C N R SP Technical Description Equipment: Antenna port RF configura Frequency ba Nominal outp per antenna p Modulations Channel band Channel spac Nominal pow EPORT Research Ins n of the test ts: ations: ands: put power port: : dwidth: cing: wer voltage: stitute of Swe t object Product na Product nu Product nu Product nu Product nu FCC ID TA IC 287AB IC model n IC MODE IC MODE IC MODE IC MODE 2 TX/RX p Single car r TX: 2110 – RX: 1710 Single ca r Multi carr QPSK, 16 Q 4.2 to 5 M 4.4 to 5 M -48VDC 110-240 V Date 2013 eden ame: mRRUS umber: KRC umber: KRC umber: KRC umber: KRC A8AKRC16 B-AS161326 numbers: EL NO: AS16 EL NO: AS16 EL NO: AS16 EL NO: AS16 ports rier, multi ca – 2155 MHz – 1755 MHz rrier: 1x 3 rier: 2 x 3 3 x 3 4 x 3 QAM and 64 MHz (configu MHz (configu VAC Refere 3-07-01 3P0 Ap S 12 B4, sup 161 326/1, 161 326/2, - 161 326/3, 161 326/4, - 61326 613261 613262 613263 613264 arrier and MI z z 7.0 dBm (1 x 34.0 dBm (2 32.2 dBm (3 31.0 dBm (4 4QAM rable in step rable in step ence 01987-02-F2 pendix 1 pporting WCD 110-240VAC -48VDC inte 110-240VAC -48VDC no i IMO 2x2 x 5W) x 2.5W) x 1.67W) x 1.25W) s of 100/200 s of 100/200 Page 27 1 (7) DMA C internal an ernal antenna C no internal internal ante 0 kHz) 0 kHz) ) ntenna a l antenna enna S O W M T 1 T d t o M T M T C A p C T F A A p R T c P T a R M A A C C 3 R R R SP Technical Operation m WCDMA, sin Measuremen TS 25.141. T 16QAM mod The settings b different mod tested to find otherwise no MIMO mode TM5: 8 HS-P MIMO mode TM5: 8 HS-P Channel band All measurem power applic Conducted m The test obje Frequency st Additional co All measurem ports were el Radiated me Test object w configured fo Purpose of t The purpose applicable ite References Measuremen ANSI 63.4-2 ANSI/TIA/E CFR 47 part CFR 47 part 3GPP TS 25. RSS-Gen Iss RSS-139 Issu EPORT Research Ins mode durin ngle RAT nts were perfo Test model 1 dulation and below were dulations, ch d the worst ca ted. e single carri PDSCH at 24 e multi carrie PDSCH at 24 dwidth 5 MH ments were p cable for the t measuremen ect was suppl tability measu onnections ar ments were m lectrical iden easurements was powered or maximum test of the tests i ems of FCC nts were done 2009 EIA-603-C-20 2, October 1 27, October .141, version ue 3 ue 2 stitute of Swe ng measure ormed with t (TM1) was u Test model 6 deemed repr hannel bandw ase setting.T e r 40 ksps + 30 er, 2 carriers 40 ksps +30 Hz performed wi tested config nts lied with -48 urements we re document made RF A a ntical, as decl s with -48 V D m transmit pow is to verify co CFR 47 and e according t 004 1 st , 2012 1 st , 2012 n 11.4.0 Date 2013 eden ements the test objec used to repre 6 (TM6) to r resentative fo widths, numb The settings b 0 DPCH:s at 3 DPCH:s at 3 ith the test ob guration. 8 VDC by an ere also teste ted in the set and additiona lared by the DC. All meas wer ompliance to Industry Ca to relevant pa Refere 3-07-01 3P0 Ap ct transmittin esent QPSK. represent 64Q or all traffic s ber of carriers below were u 30 ksps (SF= 30 ksps (SF= bject configu external pow d using 120V -up drawing al measureme client. surements we o the perform nada RSS-13 arts of the fo ence 01987-02-F2 pendix 1 ng test model Test model QAM modula scenarios wh s and RF con used for all m =128) =128) ured for the m wer supply. VAC. s below. ents on RF B ere performe mance charac 39 and RSS- ollowing stan Page 27 2 (7) ls as defined 5 (TM5) to r lation. hen settings w nfigurations measurement maximum tra B to verify th ed with the te cteristics spec -Gen. ndards: ) d in 3GPP represent with has been s if not ansmit hat the est object cified in S M S T R R R R R R R R E C R E H H H H H H R R R R C A F H H H S μ μ S M T T M N R SP Technical Measureme Semi anecho Test site Tesl R&S FSIQ 4 R&S ESU 26 R&S ESU 26 R&S FSQ 40 R&S ESIB 2 R&S ESI 26 R&S FSW 43 R&S SMB 1 EMC 32 ver. Control comp R&S softwar EMC 32 ver. High pass filt High pass filt High pass filt High pass filt High pass filt High pass filt RF attenuato RF attenuato RF attenuato RF attenuato Chase Bilog Antenna Sch Flann STD G Horn Antenn Horn Antenn Horn Antenn Std.gain horn μComp Nord μComp Nord Schwarzbeck MITEQ Low Temperature Temperature Multimeter F Note 1) : The mo EPORT Research Ins ent equipm ic chamber, la 40 6 6 0 6 3 00A . 8.52.0 puter with re EMC32 ve . 8.52.0 ter ter ter ter ter ter r r r r Antenna CB haffner CBL 6 Gain Horn An na EMCO 31 na EMCO 31 na EMCO 31 n FLANN m dic, Low Noi dic, Low Noi k preamplifie w Noise Amp and humidit Chamber Fluke 87 e temperatur nitor the tem stitute of Swe ment Edison ersion 8.52.0 BL 6111A 6143 ntenna 20240 15 15 15 odel 20240-2 ise Amplifier ise Amplifier er BBV 9742 plifier ty meter, Tes e and humid mperature. Date 2013 eden 0 0-20 20 r r 2 sto 635 dity meter tes Refere 3-07-01 3P0 Ap Calibrat 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 -N 201 sto 635 SP nu ence 01987-02-F2 pendix 1 tion Due S 14-01 14-01 13-07 13-09 13-12 14-03 13-07 13-07 13-10 13-07 - - - 13-07 13-07 13-07 13-08 14-08 13-07 13-07 13-09 13-08 13-12 14-10 13-04 14-01 14-01 13-10 14-03 14-04 13-08 14-03 13-08 14-06 ote 1) 13-08 umber 504 2 Page 27 3 (7) SP number 504 114 503 881 503 738 901 553 902 210 504 143 503 885 503 292 902 073 900 120 503 745 503 889 50…

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S T D O T P R S F E R SP Technical Table of co Description o Operation mo Test setups Purpose of te RF power ou Spurious emi Field strength External pho EPORT Research Ins ntents of the test ob ode during m est utput ission at ante h of spurious tos stitute of Swe bject measurement enna termina s radiation Date 2013 eden ts als Refere 3-07-01 3P0 ence 01987-03-F2 App Ap p Ap p Ap p Ap p Ap p Ap p Ap p Page 27 2 (2) pendix 1 pendix 1 pendix 1 pendix 1 pendix 2 pendix 3 pendix 4 pendix 5 ) S D E A R F N p L M C W M C C N R SP Technical Description Equipment: Antenna port RF configura Frequency ba Nominal outp per antenna p LTE Modulations Channel band WCDMA Modulations Channel band Channel spac Nominal pow EPORT Research Ins n of the test ts: ations: ands: put power port: : dwidth: : dwidth: cing: wer voltage: stitute of Swe t object Product na WCDMA+ Product nu Product nu Product nu Product nu FCC ID TA IC 287AB IC model n IC MODE IC MODE IC MODE IC MODE 2 TX/RX p Single car r (TX divers TX: 2110 – RX: 1710 1-2 LTE + Total num QPSK, 16 Q 1.4 MHz, 3 QPSK, 16 Q 4.2 to 5 M 4.4 to 5 M -48 VDC 110-240 V Date 2013 eden ame: mRRUS +LTE umber: KRC umber: KRC umber: KRC umber: KRC A8AKRC16 B-AS161326 numbers: EL NO: AS16 EL NO: AS16 EL NO: AS16 EL NO: AS16 ports rier, multi ca sity only LTE – 2155 MHz – 1755 MHz + 1-3 WCDM mber of carrie QAM and 64 3 MHz, 5 M QAM and 64 MHz (configu MHz (configu VAC Refere 3-07-01 3P0 Ap S 12 B4, sup 161 326/1, 161 326/2, - 161 326/3, 161 326/4, - 61326 613261 613262 613263 613264 arrier, TX div E) z z MA (Total po ers 4 4QAM Hz and 10 M 4QAM rable in step rable in step ence 01987-03-F2 pendix 1 pporting mixe 110-240VAC -48VDC inte 110-240VAC -48VDC no i versity and M ower 37dBm MHz s of 100/200 s of 100/200 Page 27 1 (9) ed mode C internal an ernal antenna C no internal internal ante MIMO 2x2 m, 5W) 0 kHz) 0 kHz) ) ntenna a l antenna enna S O M W d ( m L 3 r T d t o W T C L E C M p C T c A p R T o R SP Technical Operation m MSR, WCDM WCDMA me defined in 3G (TM5) to rep modulation. LTE measure 3GPP TS 36. represent 16Q The settings b different mod tested to find otherwise no WCDMA MI TM5:8 HS-P Channel band LTE MIMO E-TM1.1 Channel band Measuremen power applic Conducted m The test obje connections a All measurem ports were el Radiated me The test obje object config EPORT Research Ins mode durin MA + LTE easurements GPP TS 25.1 present 16QA ements were .141. Test m QAM and tes below were dulations, ch d the worst ca ted. IMO mode PDSCH at 24 dwidth 5 MH mode dwidth 1.4M nts were perfo cable for the t measuremen ect was suppl are documen ments were m lectrical iden easurements ect was powe gured for max stitute of Swe ng measure were perform 141. Test mo AM modulati performed w odel E-TM1 st model E-T deemed repr hannel bandw ase setting.T 40ksps + 30 D Hz MHz. ormed with t tested config nts lied with -48 nted in the se made on RF A ntical, as decl s ered with -48 ximum trans Date 2013 eden ements med with the odel 1 (TM1) ion and Test with the test .1 was used TM3.1 to rep resentative fo widths, numb The settings b DPCH:s at 30 the test objec guration. 8 VDC by an et-up drawing A and additi lared by the 8 VDC. All m smit power Refere 3-07-01 3P0 Ap e test object t ) was used to model 6 (TM object transm to represent present 64QA or all traffic s ber of carriers below were u 0 ksps (SF=1 ct configured external pow gs below. onal measur client. measurement ence 01987-03-F2 pendix 1 transmitting o represent Q M6) to repres mitting test m QPSK, test m AM modulati scenarios wh s and RF con used for all m 128) d for the max wer supply. A ements on R ts were perfo Page 27 2 (9) test models QPSK. Test m sent 64QAM models as def model E-TM ion. hen settings w nfigurations measurement ximum transm Additional RF B to verify ormed with th ) as model 5 M fined in M3.2 to with has been s if not mit y that the he test S P T a R M A A C C 3 3 3 R R M T R R R R C R H H H H H H R R R C E S S μ M T R SP Technical Purpose of The purpose applicable ite References Measuremen ANSI 63.4-2 ANSI/TIA/E CFR 47 part CFR 47 part 3GPP TS 25. 3GPP TS 36. 3GPP TS 37. RSS-Gen Iss RSS-139 Issu Measureme Test site Tesl R&S FSIQ 4 R&S FSW 43 R&S FSQ 40 R&S ESI 26 Control comp R&S softwar High pass filt High pass filt High pass filt High pass filt High pass filt High pass filt RF attenuato RF attenuato RF attenuato Chase Bilog EMCO Horn Std.gain horn Schwarzbeck μComp Nord MITEQ Low Testo 635 Te EPORT Research Ins test of the tests i ems of FCC nts were done 2009 EIA-603-C-20 2, October 1 27, October .141, version .141, version .141, version ue 3 ue 2 ent equipm la 40 3 0 puter with re EMC32 ve ter ter ter ter ter ter r r r Antenna CB n Antenna 31 n FLANN m k preamplifie dic, Low Noi w Noise Amp emperature a stitute of Swe is to verify co CFR 47 and e according t 004 1 st , 2012 1 st , 2012 n 11.4.0 n 11.4.0 n 11.3.0 ment ersion 8.52.0 BL 6111A 15 odel 20240-2 er BBV 9742 ise Amplifier plifier nd humidity Date 2013 eden ompliance to Industry Ca to relevant pa 0 20 2 r meter Refere 3-07-01 3P0 Ap o the perform nada RSS-13 arts of the fo Calibrat 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 201 ence 01987-03-F2 pendix 1 mance charac 39 and RSS- ollowing stan tion Due S 14-01 13-07 13-10 14-03 13-07 - 13-07 13-07 13-07 13-08 14-08 13-07 13-07 13-08 13-12 14-10 14-01 14-03 14-03 14-04 13-08 14-06 Page 27 3 (9) cteristics spec -Gen. ndards: SP number 503 881 503 738 902 073 504 143 503 292 503 479 901 501 901 502 504 199 901 373 503 739 503 740 504 159 900 691 901 508 503 182 502 175 503 674 504 085 901 545 503 285 504 203 ) cified in S U M d ( C u R T D T M C T A M T N R SP Technical Uncertainti Measuremen documentatio (95% level o Compliance e uncertainty. Reservation The test resu Delivery of The test obje Manufactu Christer Gust Test engine Andreas John Martin Theor Test partici None EPORT Research Ins ies nt and test ins on ”SP-QD 1 f confidence evaluation is n lts in…

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REPORT Date Reference Page 2013-07-05 3P01987-04-MPE 2 (2) SP Technical Research Institute of Sweden Table of contents Measurement equipment Appendix 1 Purpose of test and operation mode during measurements Appendix 1 RF exposure evaluation Appendix 2 Photos Appendix 3 REPORT Date Reference Page 2013-07-05 3P01987-04-MPE 1 (7) Appendix 1 SP Technical Research Institute of Sweden Measurement equipment Calibration Due SP number Test site Tesla 2014-01 503 881 Measurement software: Antennkalibrering V1.20 - - Calculation software: EMF 1.0 - - Laser probe AR FL7006 2014-06 901 500 Testo 625 Temperature and humidity meter 2014-06 504 188 Uncertainties Measurement and test instrument uncertainties are described in the quality assurance documentation ”SP-QD 10885”. The measurement uncertainties can be found in the table below. The uncertainties are calculated with a coverage factor k=2 (95% level of confidence). Standard Method Uncertainty FCC 47 CFR 2.1091 RF exposure evaluation 10 %, Note Note: Stated uncertainty refers to the calculated distance. Compliancy evaluation is based on a shared risk principle with respect to the measurement uncertainty. Purpose of test The tests were performed to verify that the radio frequency exposure of the mRRUS 12 B4 meets the requirements of 47 CFR 2.1091 and RSS-102. Description of the test object The test object is a WCDMA/ LTE Multi Standard capable micro Remote Radio Unit configured in Single RAT mode for both WCDMA and LTE base stations and designed to provide mobile users with a connection to a mobile network. Equipment: Product name: mRRUS 12 B4 Product number: KRC 161 326/1, 110-240 VAC internal antenna Product number: KRC 161 326/2, -48 VDC internal antenna Product number: KRC 161 326/3, 110-240 VAC no internal antenna Product number: KRC 161 326/4, -48 VDC no internal antenna FCC ID TA8AKRC161326 IC 287AB-AS161326 IC model numbers: IC MODEL NO: AS1613261 IC MODEL NO: AS1613262 IC MODEL NO: AS1613263 IC MODEL NO: AS1613264 REPORT Date Reference Page 2013-07-05 3P01987-04-MPE 2 (7) Appendix 1 SP Technical Research Institute of Sweden Delivery of test object The test object was delivered: 2013-05-06. Test facility The used test site (503 881) is compliant with the requirements of section 2.948 of the FCC rules and listed, registration number 93866, as a facility accepted for certification under parts 15 and 18. The site complies with RSS-Gen, Issue 3 and is accepted by Industry Canada for the performance of radiated measurements, file no: IC 3482A-1. Reservation The test results in this report apply only to the particular test object as declared in the report. REPORT Date Reference Page 2013-07-05 3P01987-04-MPE 3 (7) Appendix 1 SP Technical Research Institute of Sweden Operational test mode For WCDMA the mRRUS unit was activated for maximum transmit power. TM5:8 HS- PDSCH at 240 ksps + 30 DPCH:s at 30 ksps (SF=128) defined in ETSI TS 125 141/ 3GPP TS 25.141 was used in all cells. The channel type “3GPP Reference channel 12.2 ksps slotformat 10” was used in all cells with DPCH = 30. The test object was configured in MIMO mode with both RF paths allocated to the following UARFCN: Configuration: WCDMA DL UL UARFCN Freq. 1537 2112.4 MHz 1312 1712.4 MHz Channel bandwidth 5 MHz 5 MHz For LTE the mRRUS 12 B4 unit was activated for maximum transmit power transmitting test model E-TM1.1 as defined in ETSI TS 136 141/ 3GPP TS 36.141. The test object was configured in MIMO mode with both RF paths allocated to the following EARFCN: Configuration: LTE 5 MHz DL UL EARFCN Freq. 2175 2132.5 MHz 20175 1732.5 MHz Channel bandwidth 5 MHz 5 MHz Configuration: LTE 20 MHz DL UL EARFCN Freq. 2300 2145.0 MHz 20300 1745.0 MHz Channel bandwidth 20 MHz 20 MHz REPORT Date Reference Page 2013-07-05 3P01987-04-MPE 4 (7) Appendix 1 SP Technical Research Institute of Sweden Tested configuration RF A configuration: 1x 37.0 dBm (1x 5 W) RF B configuration: 1x 37.0 dBm (1x 5 W) SFP module: Avago, AFCT-5710APZ, s/n: AD0916T12GM OIL: Opto fibre, single mode, 2.5 Gbit/s Power configuration: -48 VDC Test engineers Andreas Johnson and Tomas Isbring, SP. Test participant None. REPORT Date Reference Page 2013-07-05 3P01987-04-MPE 5 (7) Appendix 1 SP Technical Research Institute of Sweden Test setup Configuration WCDMA: 1. mRRUS 12 B4, KRC 161 326/2, rev. R1A, s/n: C826925910 software CXP 901 3268/9, Rev. R51MD06 Functional test equipment: 2. DUW 41 01 KDU 127 174/4 R2C, s/n: A402007255, hosted in SUP 6601 1/BFL 901 009/4, rev. R1D, s/n. BW98450216 3. ERNC-SIM 130, BAMS – 1000660991 Netgear Switch FS726T 4. Computer HP Elitebook 8560w, BAMS – 1001236856 5. GPS 02 01, NCD 901 41/1, rev. R1D, s/n: TU8K356428 6. GPS Active Antenna, KRE 101 2082/1 Integrated antenna Sector antenna, KRE 101 2141/1, re…

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