TA8AKRC118055-1GSM/WCDMA/LTE Base station transceiver

Exhibit 2 Authorization Letter

EXHIBIT 13 1 (1) Prepared (also subject responsible if other) No. RSACGUS TA8AKRC118055-1 Approved Checked Date Rev Reference EAB/FJB/KA [Christer Gustavsson] 2014-01-28 B 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 January 28, 2014 Subject: Certification for FCC ID: TA8AKRC118055-1 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 – AIR 21 B2A B12P B8P) is designed for use in GSM, WCDMA and LTE cellular telephone system. The transmitter will operate from 1930 MHz to 1990 MHz. The receiver circuit supports 1850 MHz to 1910 MHz. It supports channel bandwidths of 1.4, 3, 5, 10, 15 and 20 MHz for LTE. This base station transceiver (RU) supports modulation type GMSK and 8PSK, 16QAM, 16QAM, 32QAM and AQPSK for GSM, and QPSK, 16QAM and 64QAM for WCDMA and LTE. This Radio Unit operates in the PCS services as per 47 CFR Part 24 subpart E. 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 GSM, WCDMA and LTE cellular system. 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 has the ability to be used in a RBS system configured for 3GPP MIMO/Spatial multiplexing and beam- forming technologies for WCDMA and LTE. This Radio Unit supports 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). MSR mode GSM+WCDMA, GSM+LTE and WCDMA+LTE is supported. This Radio Unit will in normal mode operate at a nominal power out of 30 watts per port at the output connectors (2 connectors with up to 30 watt in each connector connected to build in antennas). 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". 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.

S T D O T P R O B S F F E R SP Technical Table of co Description o Operation mo Test frequenc Purpose of te RF power ou Occupied ban Band edge Spurious emi Field strength Frequency st External pho EPORT Research Ins ntents of the test ob odes during m cies and setu est utput ndwidth ission at ante h of spurious tability tos stitute of Swe bject measuremen ups enna termina s radiation Date 2013 eden nts als Refere 3-12-03 3P0 ence 06431-01-F2 App Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Page 24 2 (2) pendix 1 pendix 1 pendix 1 pendix 1 pendix 2 pendix 3 pendix 4 pendix 5 pendix 6 pendix 7 pendix 8 ) S D E T F A R N p A A C M R SP Technical Description Equipment: Tested config Frequency ra Antenna port RF configura Nominal RF per antenna p Antenna type Antenna gain Channel band Modulations EPORT Research Ins n of the test guration: ange: ts: ation: output pow e port: e: n: dwidths: : stitute of Swe t object Prod Prod FCC IC: IC M LT E TX: RX : 2 T X Pola Sin g er Sing Mu Cro 18 d 1.4 QP S Date 2013 eden duct name: A duct number C ID: TA8AK 287AB-AS1 MODEL NO E single RAT : 1930 – 199 : 1850 – 191 X/RX ports, arized antenn gle carrier, m gle carrier: 1 ulti carrier: 2 ss- polarized dBi MHz, 3 M H SK, 16QAM Refere 3-12-03 3P0 Ap AIR 21 B2A r KRC 118 05 KRC118055 1180551 O: AS118055 T 0 MHz 0 MHz (internally c na elements) multi carrier a x 44.8 dBm 2x 41.8 dBm d antenna Hz, 5 MHz, 1 and 64QA M ence 06431-01-F2 pendix 1 B12P B8P 55/1 -1 1 onnected to and MIMO 2 (1x 30W) (2x 15W) 0 MHz, 15 M M Page 24 1 (8) integrated C 2x2 MHz and 20 ) Cross- MHz S O M T 1 T d t c i M M C T u t m R T R P T a R M A A 3 C C R R R SP Technical Operation m Measuremen TS 36.141. T 16QAM mod The settings b different mod tested to find configured fo if not otherw MIMO mode MIMO mode Conducted m The test obje unless noted terminated in measurement Radiated me The test obje RF ports wer Purpose of t The purpose applicable pa References Measuremen ANSI C63.4- ANSI/TIA/E 3GPP TS 36. CFR 47 part CFR 47 part RSS-Gen Iss RSS-133 Issu EPORT Research Ins mode during nts were perfo Test model E dulation and below were dulations, ch d the worst ca or maximum wise noted. e, single carr e, multi carri measuremen ect was pole m otherwise. A nto 50 ohm. C ts on RF B to easurements ect was pole m re terminated test of the tests i arts of FCC C nts were done -2009 EIA-603-C-20 .141, version 2, October 1 24 Subpart E ue 3 ue 6 stitute of Swe g measureme ormed with t -TM1.1 repr test model E deemed repr hannel bandw ase setting. A m transmit pow ier, E-TM1.1 er, 2 carriers nts mounted and All TX param Complete me o verify that s mounted and d into 50 ohm is to verify co CFR 47, IC R e according t 004 n 11.4.0 1 st , 2012 E, October 1 s Date 2013 eden ents the test objec resent QPSK E-TM3.1 repr resentative fo widths, numb All measurem wer. The sett 1 s, E-TM1.1 d powered w meters were m easurements the ports ar e d powered w m. ompliance to RSS-133 and to relevant pa st , 2012 Refere 3-12-03 3P0 Ap ct transmittin K modulation resent 64QA or all traffic s ber of carriers ments were p tings below w ith -48 VDC measured at p were made o e identical. ith -48 VD C o the perform d IC RSS-Ge arts of the fo ence 06431-01-F2 pendix 1 ng test model , test model E AM modulatio scenarios wh s and RF con erformed wi were used fo C by an extern port RF A w on RF A with C by an extern mance charac en. ollowing stan Page 24 2 (8) ls as defined E-TM3.2 rep on. hen settings w nfigurations ith the test ob or all measur nal power su with port RF B th additional nal power su cteristics spec ndards: ) d in 3GPP present with has been bject rements upply, B upply. Both cified in S U M d ( C u R T D T M C T A W 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 Wassholm, S 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 nson, Kexin SP. ipant stitute of Swe strument unc 10885”. The e). s based on a port apply on t ered 2013-10 esentative csson AB. Chen, Hyde r Date 2013 eden certainties are uncertaintie shared risk p nly to the par 0-10. r Khalaf, Tom Refere 3-12-03 3P0 Ap e described i s are calcula principle with rticular test o mas Lennhag ence 06431-01-F2 pendix 1 in the quality ted with a co h respect to t object as decl ger, Tomas I Page 24 3 (8) y assurance overage facto the measurem lared in the r Isbring and J ) or k=2 ment report. Jörgen S M T R R R C R H H H H H H R R R R R C E S μ M S T T T M R SP Technical Measureme Test site Tesl R&S FSIQ 4 R&S ESU 26 R&S FSQ 40 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 RF attenuato RF attenuato Chase Bilog EMCO Horn Std.gain horn μComp Nord Miteq Low N Schwartzbeck Temperature Temperature Temperature Multimeter F EPORT Research Ins ent equipm la 40 6 0 puter with re EMC32 ve ter ter ter ter ter ter r r r r r Antenna CB n Antenna 31 n FLANN m dic, Low Noi Noise Amplif k preamplifi and humidit and humidit Chamber Fluke 87 stitute of Swe ment ersion 8.52.0 BL 6111A 15 odel 20240-2 ise Amplifier fier er BBV 9742 ty meter, Tes ty meter, Tes Date 2013 eden 0 20 r 2 sto 635 sto 625 Refere 3-12-03 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 ence 06431-01-F2 pendix 1 tion Due S 14-01 14-07 14-05 14-03 - 14-07 14-07 14-07 14-09 14-09 14-07 14-07 14-07 14-07 14-07 13-12 14-10 15-09 - 14-04 14-09 14-14 14-06 14-06 13-11 14-08 Page 24 4 (8) SP number 503 881 503 738 901 553 504 143 503 899 901 501 901 502 504 199 901 373 503 739 503 740 504 159 900 233 900 691 901 384 901 508 503 182 502 175 503 674 901 545 503 285 504 085 504 203 504 188 501 031 502 190 ) S T E D A a R SP …

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S T D O T P R O B S F F E R SP Technical Table of co Description o Operation mo Test frequenc Purpose of te RF power ou Occupied ban Band edge Spurious emi Field strength Frequency st External pho EPORT Research Ins ntents of the test ob odes during m cies and setu est utput ndwidth ission at ante h of spurious tability tos stitute of Swe bject measuremen ups enna termina s radiation Date 2013 eden nts als Refere 3-12-03 3P0 ence 06431-02-F2 App Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Page 24 2 (2) pendix 1 pendix 1 pendix 1 pendix 1 pendix 2 pendix 3 pendix 4 pendix 5 pendix 6 pendix 7 pendix 8 ) S D E T F A R N p A A M C C N R SP Technical Description Equipment: Tested config Frequency ra Antenna port RF configura Nominal RF per antenna p Antenna type Antenna gain Modulations Channel band Channel spac Nominal sup EPORT Research Ins n of the test guration: ange: ts: ation: output pow e port: e: n: : dwidths: cing: ply voltage: stitute of Swe t object Produc Produc FCC I D IC: 287 IC MO WCD M TX: 19 RX: 1 8 2 TX/ R Polariz Single er Single Multi c Cross- 18 dBi QPSK, 4.2 to 5 4.4 to 5 -48VD C Date 2013 eden ct name: AIR ct number KR D: TA8AKR 7AB-AS1180 ODEL NO: A MA single RA 930 – 1990 M 850 – 1910 M RX ports, (int zed antenna e carrier, mult carrier: 1x 4 carrier: 2x 4 4x 3 polarized a n 16QAM and 5 MHz (conf 5 MHz (conf C Refere 3-12-03 3P0 Ap R 21 B2A B1 RC 118 055/ C118055-1 0551 AS1180551 AT MHz MHz ternally conn elements) ti carrier and 4.8 dBm (1x 1.8 dBm (2x 8.8 dBm (4x ntenna d 64QAM figurable in s figurable in s ence 06431-02-F2 pendix 1 2P B8P 1 nected to inte MIMO 2x2 x 30W) x 15W) x 7.5W) teps of 100/ 2 teps of 100/2 Page 24 1 (8) egrated Cros 200 kHz) 200 kHz) ) s- S O M d ( m T d t c i M T M T C C T u t m R T R P T a R M A A 3 C C R R R SP Technical Operation m Measuremen defined in 3G (TM5) includ modulation. The settings b different mod tested to find configured fo if not otherw MIMO mode TM5: 8 HS-P MIMO mode TM5: 8 HS-P Channel band Conducted m The test obje unless noted terminated in measurement Radiated me The test obje RF ports wer Purpose of t The purpose applicable pa References Measuremen ANSI C63.4- ANSI/TIA/E 3GPP TS 36. CFR 47 part CFR 47 part RSS-Gen Iss RSS-133 Issu EPORT Research Ins mode during nts were perfo GPP TS 25.1 des the 16QA below were dulations, ch d the worst ca or maximum wise noted. e, single carr PDSCH at 24 e, multi carri PDSCH at 24 dwidth: 5 MH measuremen ect was pole m otherwise. A nto 50 ohm. C ts on RF B to easurements ect was pole m re terminated test of the tests i arts of FCC C nts were done -2009 EIA-603-C-20 .141, version 2, October 1 24 Subpart E ue 3 ue 6 stitute of Swe g measureme ormed with t 41. Test mod AM modulati deemed repr hannel bandw ase setting. A m transmit pow ier 40 ksps + 30 er (2 carriers 40 ksps +30 Hz nts mounted and All TX param Complete me o verify that s mounted and d into 50 ohm is to verify co CFR 47, IC R e according t 004 n 11.4.0 1 st , 2012 E, October 1 s Date 2013 eden ents the test objec del 1 (TM1) ion and Test resentative fo widths, numb All measurem wer. The sett 0 DPCH:s at 3 s) DPCH:s at 3 d powered w meters were m easurements the ports ar e d powered w m. ompliance to RSS-133 and to relevant pa st , 2012 Refere 3-12-03 3P0 Ap ct transmittin represent QP model 6 (TM or all traffic s ber of carriers ments were p tings below w 30 ksps (SF= 30 ksps (SF= ith -48 VDC measured at p were made o e identical. ith -48 VD C o the perform d IC RSS-Ge arts of the fo ence 06431-02-F2 pendix 1 ng the Test m PSK modula M6) includes scenarios wh s and RF con erformed wi were used fo =128) =128) C by an extern port RF A w on RF A with C by an extern mance charac en. ollowing stan Page 24 2 (8) model 1 whic ation. Test m s the 64QAM hen settings w nfigurations ith the test ob or all measur nal power su with port RF B th additional nal power su cteristics spec ndards: ) ch are odel 5 M with has been bject rements upply, B upply. Both cified in S U M d ( C u R T D T M C T A W 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 Wassholm, S 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 nson, Tomas SP. ipant stitute of Swe strument unc 10885”. The e). s based on a port apply on t ered 2013-10 esentative csson AB. s Isbring, Hy Date 2013 eden certainties are uncertaintie shared risk p nly to the par 0-10. der Khalaf, K Refere 3-12-03 3P0 Ap e described i s are calcula principle with rticular test o Kexin Chen, ence 06431-02-F2 pendix 1 in the quality ted with a co h respect to t object as decl Tomas Lenn Page 24 3 (8) y assurance overage facto the measurem lared in the r nhager and J ) or k=2 ment report. Jörgen S M T R R R C R H H H H H H R R R R R C E S μ S M T T T M R SP Technical Measureme Test site Tesl R&S FSIQ 4 R&S ESU 26 R&S FSQ 40 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 RF attenuato RF attenuato Chase Bilog EMCO Horn Std.gain horn μComp Nord Schwarzbeck Miteq Low N Temperature Temperature Temperature Multimeter F EPORT Research Ins ent equipm la 40 6 0 puter with re EMC32 ve ter ter ter ter ter ter r r r r r Antenna CB n Antenna 31 n FLANN m dic, Low Noi k preamplifie Noise Amplif and humidit and humidit Chamber Fluke 87 stitute of Swe ment ersion 8.52.0 BL 6111A 15 odel 20240-2 ise Amplifier er BBV 9742 fier ty meter, Tes ty meter, Tes Date 2013 eden 0 20 r 2 sto 635 sto 625 Refere 3-12-03 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 ence 06431-02-F2 pendix 1 tion Due S 14-01 14-07 14-05 14-03 - 14-07 14-07 14-07 14-09 14-09 14-07 14-07 14-07 14-07 1…

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S T D O T P R O B S F F E R SP Technical Table of co Description o Operation mo Test frequenc Purpose of te RF power ou Occupied ban Band edge Spurious emi Field strength Frequency st External pho EPORT Research Ins ntents of the test ob odes during m cies and setu est utput ndwidth ission at ante h of spurious tability tos stitute of Swe bject measuremen ups enna termina s radiation Date 2013 eden nts als Refere 3-12-03 3P0 ence 06431-03-F2 App Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Ap p Page 24 2 (2) pendix 1 pendix 1 pendix 1 pendix 1 pendix 2 pendix 3 pendix 4 pendix 5 pendix 6 pendix 7 pendix 8 ) S D E T F A R N p A A M N R SP Technical Description Equipment: Tested config Frequency ra Antenna port RF configura Nominal RF per antenna p Antenna type Antenna gain Modulations Nominal sup EPORT Research Ins n of the test guration: ange: ts: ation: output pow e port: e: n: : ply voltage: stitute of Swe t object Produc Produc FCC I D IC: 287 IC MO GSM s TX: 19 RX: 1 8 2 TX/R Polariz Single er Single Multi c Cross- 18 dBi GMS K -48 VD Date 2013 eden ct name: AIR ct number KR D: TA8AKR 7AB-AS1180 ODEL NO: A ingle RAT 930 – 1990 M 850 – 1910 M RX ports, (int zed antenna e and multi ca carrier: 1x 4 carrier: 2x 4 4x 3 polarized a n K, 8-PSK, 16Q DC Refere 3-12-03 3P0 Ap R 21 B2A B1 RC 118 055/ C118055-1 0551 AS1180551 MHz MHz ternally conn elements). arrier 4.8 dBm (1 x 1.8 dBm (2x 8.8 dBm (4x ntenna QAM, 32QA ence 06431-03-F2 pendix 1 2P B8P 1 nected to inte x 30W) x 15W) x 7.5W) AM and AQP Page 24 1 (10 egrated Cros PSK. 0) s- S O M G U p a T d t o S M C T u t m R T R P T a R M A A 3 C C R R R SP Technical Operation m Measuremen GMSK, AQP Unless otherw pseudorandom applicable fo The settings b different mod tested to find otherwise no Single carrier Multi carrier Conducted m The test obje unless noted terminated in measurement Radiated me The test obje RF ports wer Purpose of t The purpose applicable pa References Measuremen ANSI C63.4- ANSI/TIA/E 3GPP TS 36. CFR 47 part CFR 47 part RSS-Gen Iss RSS-133 Issu EPORT Research Ins mode during nts were perfo PSK, 8-PSK, wise stated, a m data in all or each config below were dulations, ch d the worst ca ted. r, GMSK mo , GMSK mo measuremen ect was pole m otherwise. A nto 50 ohm. C ts on RF B to easurements ect was pole m re terminated test of the tests i arts of FCC C nts were done -2009 EIA-603-C-20 .141, version 2, October 1 24 Subpart E ue 3 ue 6 stitute of Swe g measureme ormed with t , 16QAM and all measurem l timeslots an guration. For deemed repr hannel bandw ase setting. T odulation. dulation. nts mounted and All TX param Complete me o verify that s mounted and d into 50 ohm is to verify co CFR 47, IC R e according t 004 n 11.4.0 1 st , 2012 E, October 1 s Date 2013 eden ents the test objec d 32QAM. ments were p nd settings fo r AQPSK mo resentative fo widths, numb The settings b d powered w meters were m easurements the ports ar e d powered w m. ompliance to RSS-133 and to relevant pa st , 2012 Refere 3-12-03 3P0 Ap ct transmittin performed wi or maximum odulation the or all traffic s ber of carriers below were u ith -48 VDC measured at p were made o e identical. ith -48 VD C o the perform d IC RSS-Ge arts of the fo ence 06431-03-F2 pendix 1 ng following ith the test ob transmitter o e SCPIR is 0 scenarios wh s and RF con used for all m C by an extern port RF A w on RF A with C by an extern mance charac en. ollowing stan Page 24 2 (10 modulations bject transmi output powe 0 dB. hen settings w nfigurations measurement nal power su with port RF B th additional nal power su cteristics spec ndards: 0) s: itting r with has been ts if not upply, B upply. Both cified in S U M d ( C u R T D T M C T A W 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 Wassholm, S 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 nson, Hyder SP. ipant stitute of Swe strument unc 10885”. The e). s based on a port apply on t ered 2013-10 esentative csson AB. Khalaf, Ke x Date 2013 eden certainties are uncertaintie shared risk p nly to the par 0-10. xin Chen, Tom Refere 3-12-03 3P0 Ap e described i s are calcula principle with rticular test o mas Lennhag ence 06431-03-F2 pendix 1 in the quality ted with a co h respect to t object as decl ger, Tomas I Page 24 3 (10 y assurance overage facto the measurem lared in the r Isbring and J 0) or k=2 ment report. Jörgen S M T R R R C R H H H H H H R R R R R C E S μ M S T T T M R SP Technical Measureme Test site Tesl R&S FSIQ 4 R&S ESU 26 R&S FSQ 40 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 RF attenuato RF attenuato Chase Bilog EMCO Horn Std.gain horn μComp Nord Miteq Low N Schwartzbeck Temperature Temperature Temperature Multimeter F EPORT Research Ins ent equipm la 40 6 0 puter with re EMC32 ve ter ter ter ter ter ter r r r r r Antenna CB n Antenna 31 n FLANN m dic, Low Noi Noise Amplif k preamplifi and humidit and humidit Chamber Fluke 87 stitute of Swe ment ersion 8.52.0 BL 6111A 15 odel 20240-2 ise Amplifier fier er BBV 9742 ty meter, Tes ty meter, Tes Date 2013 eden 0 20 r 2 sto 635 sto 625 Refere 3-12-03 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 ence 06431-03-F2 pendix 1 tion Due S 14-01 14-07 14-05 14-03 - 14-07 14-07 14-07 14-09 14-09 14-07 14-07 14-07 14-07 14-07 13-12 14-10 15-09 - 14-04 14-09 14-14 14-06 14-06 13-11 14-08 Page 24 4 (10 SP number 503 881 503 738 901 553 504 143 503 899 901 501 901 502 504 199 901 373 503 739 503 740 504 159 900 233 900 691 901 384 901 508 503 182 502 175 503 674 901 545 503 285 504 085 504 203 504 188 501 031 502 190 0) S T 1 2 4 ( ( …

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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 frequenc Purpose of te RF power ou Spurious emi Field strength External pho EPORT Research Ins ntents of the test ob odes during m cies and setu est utput ission at ante h of spurious tos stitute of Swe bject measuremen ups enna termina s radiation Date 2013 eden nts als Refere 3-12-03 3P0 ence 06431-04-F2 App Ap p Ap p Ap p Ap p Ap p Ap p Ap p Page 24 2 (2) pendix 1 pendix 1 pendix 1 pendix 1 pendix 2 pendix 3 pendix 4 pendix 5 ) S D E T F A R M M p A A W W W L L N R SP Technical Description Equipment: Tested config Frequency ra Antenna port RF configura Multi RAT: Maximum no power: Antenna type Antenna gain WCDMA mo WCDMA ch WCDMA ch LTE Modula LTE Channe Nominal sup EPORT Research Ins n of the test guration: ange: ts: ations ominal RF ou e: n: odulations: hannel bandw hannel spacin ations: l bandwidth s ply voltage: stitute of Swe t object Prod Prod FCC IC: IC M Mu l TX: RX : 2 T X Pola W C utput RF p (tota RF p (tota Cro 18 d QP S widths: 4.2 t ng: 4.4 t QP S s: 1.4 M -48V Date 2013 eden duct name: A duct number C ID: TA8AK 287AB-AS1 MODEL NO lti RAT (MR : 1930 – 199 : 1850 – 191 X/RX ports, arized antenn CDMA + LTE port A: 1-3 c al power 41. port B: 1-3 c al power 44. ss- polarize d dBi SK, 16QAM to 5 MHz (c to 5 MHz (c SK, 16QAM MHz, 3 M H VDC Refere 3-12-03 3P0 Ap AIR 21 B2A r: KRC 118 0 KRC118055 1180551 O: AS118055 R) WCDMA 0 MHz 0 MHz (internally c na elements) E, MIMO 2x carriers WCD 8 dBm, 15W carriers WCD 8 dBm, 30W d antenna and 64QA M onfigurable i onfigurable i and 64QAM z, 5 MHz, 10 ence 06431-04-F2 pendix 1 B12P B8P 055/1 -1 1 + LTE onnected to . x2 DMA or 1-2 W) DMA + 1-2 c W) M in steps of 10 in steps of 10 M 0 MHz and 1 Page 24 1 (8) integrated C carriers LTE carriers LTE 00/200 kHz) 00/200 kHz) 15 MHz. ) Cross- E ) ) S O M W d ( L 3 r T d t c i W T C L C T u t m R T R P T a R SP Technical Operation m MR, WCDM WCDMA me defined in 3G (TM5) repres LTE measure 3GPP TS 36. represent 16Q The settings b different mod tested to find configured fo if not otherw WCDMA MI TM5:8 HS-P Channel band LTE: E-TM1 Conducted m The test obje unless noted terminated in measurement Radiated me The test obje RF ports wer Purpose of t The purpose applicable ite EPORT Research Ins modes dur MA + LTE easurements GPP TS 25.1 sent 16QAM ements were .141. Test m QAM modul below were dulations, ch d the worst ca or maximum wise noted. IMO mode PDSCH at 24 dwidth 5 MH 1.1 measuremen ect was pole m otherwise. A nto 50 ohm. C ts on RF A. easurements ect was pole m re terminated test of the tests i ems of FCC stitute of Swe ing measur were perform 41. Test mod M modulation performed w odel E-TM1 lation and tes deemed repr hannel bandw ase setting. A m transmit pow 40ksps + 30 D Hz nts mounted and All TX param Complete me s mounted and d into 50 ohm is to verify co CFR 47 and Date 2013 eden rements med with the del 1 (TM1) n and Test mo with the test .1 represent st model E-T resentative fo widths, numb All measurem wer. The sett DPCH:s at 30 d powered w meters were m easurements d powered w m. ompliance to Industry Ca Refere 3-12-03 3P0 Ap e test object t represent QP odel 6 (TM6 object transm QPSK modu TM3.1 repres or all traffic s ber of carriers ments were p tings below w 0 ksps (SF=1 ith -48 VDC measured at p were made o ith -48 VDC o the perform nada RSS-13 ence 06431-04-F2 pendix 1 transmitting PSK modula ) represent 6 mitting test m ulation, test m sent 64QAM scenarios wh s and RF con erformed wi were used fo 128) C by an extern port RF B w on RF B with C by an extern mance charac 33 and RSS- Page 24 2 (8) test models ation. Test m 64QAM mod models as def model E-TM M modulation hen settings w nfigurations ith the test ob or all measur nal power su with port RF A h additional nal power su cteristics spec -Gen. ) as odel 5 dulation. fined in M3.2 . with has been bject rements upply, A upply. Both cified in S R M A A 3 C C R R U M d ( C u R T D T M C T A H T N R SP Technical References Measuremen ANSI C63.4- ANSI/TIA/E 3GPP TS 36. CFR 47 part CFR 47 part RSS-Gen Iss RSS-133 Issu 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 Hyder Khala Test partici None. EPORT Research Ins nts were done -2009 EIA-603-C-20 .141, version 2, October 1 24 Subpart E ue 3 ue 6 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 nson, Tomas af, SP. ipant stitute of Swe e according t 004 n 11.4.0 1 st , 2012 E, October 1 s strument unc 10885”. The e). s based on a port apply on t ered 2013-10 esentative csson AB. s Isbring, Tom Date 2013 eden to relevant pa st , 2012 certainties are uncertaintie shared risk p nly to the par 0-10. mas Lennhag Refere 3-12-03 3P0 Ap arts of the fo e described i s are calcula principle with rticular test o ger, Kexin C ence 06431-04-F2 pendix 1 ollowing stan in the quality ted with a co h respect to t object as decl Chen, Jörgen Page 24 3 (8) ndards: y assurance overage facto the measurem lared in the r Wassholm a ) or k=2 ment report. and S M T R R R C R H H H H H H R R R R R C E S μ M S T T M R SP Technical Measureme Test site Tesl R&S FSIQ 4 R&S ESU 26 R&S FSQ 40 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 RF attenuato RF attenuato Chase Bilog EMCO Horn Std.gain horn μComp Nord Miteq Low N Schwartzbeck Temperature Temperature Multimeter F EPORT Research Ins ent equipm la 40 6 0 puter with re EMC32 ve ter ter ter ter ter ter r r r r r Antenna CB n Antenna 31 n FLANN m dic, Low Noi Noise Amplif k preamplifi and humidit and humidit Fluke 87 stitute of Swe ment ersion 8.52.0 BL 6111A 15 odel 20240-2 ise Amplifier fier er BBV 9742 ty meter, Tes ty meter, Tes Date 2013 eden 0 20 r 2 sto 635 sto 62…

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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 frequenc Purpose of te RF power ou Spurious emi Field strength External pho EPORT Research Ins ntents of the test ob odes during m cies and setu est utput ission at ante h of spurious tos stitute of Swe bject measuremen ups enna termina s radiation Date 2013 eden nts als Refere 3-…

Text truncated - open the document above for the full version.