TA8AKRC11866-2GSM/WCDMA/LTE Base station transceiver

Ericsson Internal EXHIBIT 13 1 (2) Prepared (also subject responsible if other) No. EAB/FJR/VA Christer Gustavsson TA8AKRC11866-2/287AB-AS118662 Approved Checked Date Rev Reference EAB/FJR/VA Christer Gustavsson 2011-08-04 A 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 SE -501 15 Borås Sweden Industry Canada Certification and Engineering Bureau 3701 Carling Avenue, Bldg.94 P.O. Box 11490, Station “H” Ottawa, Ontario K2H 8S2 Canada August 04, 2011 Subject: Request for Confidentiality To Whom It May Concern: We, Ericsson AB, hereby request that the Exhibits/Items listed below be withheld from public inspection in accordance with Sections 0.457 and 0.459 of the Commission’s Rules. This due to the following reasons: GSM, DS-CDMA and LTE Base Stations (BS) are designed strictly based on the technical specifications of the international project 3GPP (the 3rd Generation Partnership Project). The competition in this field is very intense and a less advanced solution/design could get an unfair advantage by accessing the information as listed below from common domain. As we believe that we have implemented groundbreaking solutions and designs into our recent BS/Radio Unit (RU) compared to the previous BS/RU, the listed Exhibits/Items need to be protected from disclosure to our competitors in the industry. As the FCC/IC records have in-depth information and a very wide distribution, we believe that you can understand our concerns. We are strong in our belief that all vendors in the industry need to compete by their own merits. We regard these Exhibits/Items to be our intellectual property and therefore as confidential information. As our BS are generally installed in restricted places, public access is not possible thought some types of our BS under certain circumstances can be installed in an unrestricted place, but the doors on all of our BS’s are key-locked and can be opened only be by authorized personnel. It is therefore individual modules within our BS that should not be revealed to the public. There are advanced technical and design solutions/information in the Exhibits/Items, as mentioned above, that we regard as Ericsson proprietary, with actual and potential patents pending. The information can be advantageous to our competitors as well as sources seeking ways to hack past the built in security functionality. These solutions or information thereof are not accessible even for our customers or partners unless non-disclosure agreements for particular item(s) have been signed. Confidential product information can be found in, but not necessarily limited to, internal photos of the BS and the RU, block diagrams, schematics diagrams, and parts lists as well as certain documents, such as the user’s manuals. Those documents can only be accessible by the customers who purchase out BS and accept the conditions and therefore are provided with unique information access tools. Ericsson Internal EXHIBIT 13 2 (2) Prepared (also subject responsible if other) No. EAB/FJR/VA Christer Gustavsson TA8AKRC11866-2/287AB-AS118662 Approved Checked Date Rev Reference EAB/FJR/VA Christer Gustavsson 2011-08-04 A EXHIBIT 9 Internal Photos of Radio Unit EXHIBIT 4 Block Diagrams EXHIBIT 5 Schematic Diagrams EXHIBIT 8 Manuals EXHIBIT 10 Parts List EXHIBIT 12 Technical Circuit Description 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 Kista, SE-164 80 Stockholm Sweden Telephone No.: +46 10 7175949 e-mail: [email protected]

Ericsson Internal EXHIBIT 13 1 (1) Prepared (also subject responsible if other) No. EAB/FJR/VA Christer Gustavsson Approved Checked Date Rev Reference EAB/FJR/VA Christer Gustavsson 2011-11-16 A 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 SE -501 15 Borås Sweden Exhibit 13 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.

Ericsson Internal EXHIBIT 13 1 (1) Prepared (also subject responsible if other) No. EAB/FJR/VA Christer Gustavsson TA8AKRC11866-2 Approved Checked Date Rev Reference EAB/FJR/VA Christer Gustavsson 2011-08-04 A 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 SE -501 15 Borås Sweden August 4, 2011 Subject: Certification for FCC ID: TA8AKRC11866-2 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 - RUS 01 B2) is designed for use in GSM, WCDMA and LTE 1900 MHz cellular telephone system. The transmitter will operate from 1930 MHz to 1990 MHz. It supports Channel Bandwidth of 1.4, 3, 5, 10, 15 and 20 MHz for LTE. The receiver circuit supports 1850 MHz to 1910 MHz. This base station transceiver (RU) supports modulation type GMSK, 8PSK, 16QAM, 32QAM and AQPSK for GSM, and QPSK, 16QAM and 64QAM for WCDMA and LTE. This base station transceiver (RU) is appropriate to use in different Ericsson radio base stations without re-measurement and re-filing when introducing a new base station type. The base station operates in the broadband PCS services as per 47 CFR Part 24 subpart E. It meets the requirements of 3GPP specification for operation in GSM, WCDMA and LTE cellular systems. This base station transceiver (RU) will in normal mode operates at a nominal power out of 20, 40, 60 and 80 watts at the output connector. 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 Kista, SE-164 80 Stockholm Sweden Telephone No.: +46 10 7175949 e-mail: [email protected]

Exhib FCC I D IC: 28 it 3 Externa D: TA8AKR 7AB-AS118 Front s al photos RC11866-2 8662 side Date 2011-09- 0 Rear sid 01 de Page 1(3) Exhib FCC I D IC: 28 it 3 Externa D: TA8AKR 7AB-AS118 al photos RC11866-2 8662 Left side Right side Date 2011-09- 0 01 Page 2(3) Exhib FCC I D IC: 28 it 3 Externa D: TA8AKR 7AB-AS118 Bottom al photos RC11866-2 8662 side Date 2011-09- 0 Top si d 01 de Page 3(3)

Exhib FCC I D IC: 28 Test o b it 1 ID label D: TA8AKR 7AB- AS118 bject front si l and placem RC11866-2 8662 ide ment Date 2011-09- 001 Page 1(1)

Date Reference Page REPORT 2011-11-03 FX108944-F24G 2 (2) SP Technical Research Institute of Sweden Table of contents Description of the test object Appendix 1 Operation mode during measurements Appendix 1 Test setups Appendix 1 Purpose of test Appendix 1 RF power output Appendix 2 Occupied bandwidth Appendix 3 Band edge Appendix 4 Spurious emission at antenna terminals Appendix 5 Field strength of spurious radiation Appendix 6 Frequency stability Appendix 7 Receiver spurious emissions Appendix 8 External photos of the test object Appendix 9 Date Reference Page REPORT 2011-11-03 FX108944-F24G 1 (8) Appendix 1 SP Technical Research Institute of Sweden Description – Test object Equipment: Radio equipment RUS 01 B2 running in GSM mode supporting single and multi carrier. Antenna ports: 1 TX/RX port and 1 RX port Frequency bands: TX: 1930 – 1990 MHz RX: 1850 – 1910 MHz Modulations: GMSK, 8-PSK, AQPSK, 16QAM, and 32QAM Nominal output power: (Maximum) Single carrier: 1x 47.8 dBm (1x 60 W) Multi carrier: 2x 44.8 dBm (2x 30 W) 3x 44.3 dBm (3x 26.7 W) 4x 43.0 dBm (4x 20 W) Nominal power voltage: -48 VDC Tested channels Frequency (MHz) Channel ARFCN Downlink Uplink B 512 1930.2 1850.2 B+1 513 1930.4 1850.4 B+3 515 1930.8 1850.8 B+5 517 1931.2 1851.2 B+6 518 1931.4 1851.4 B+9 521 1932.0 1852.0 B+10 522 1932.2 1852.2 B+15 527 1933.2 1853.2 M-5 656 1959.0 1879.0 M 661 1960.0 1880.0 M+5 666 1961.0 1881.0 M+10 671 1962.0 1882.0 T-15 795 1986.8 1906.8 T-11 799 1987.6 1907.6 T-10 800 1987.8 1907.8 T-9 801 1988.0 1908.0 T-6 804 1988.6 1908.6 T-5 805 1988.8 1908.8 T-3 807 1989.2 1909.2 T-1 809 1989.6 1909.6 T 810 1989.8 1909.8 Date Reference Page REPORT 2011-11-03 FX108944-F24G 2 (8) Appendix 1 SP Technical Research Institute of Sweden Used RF configurations Unless noted otherwise, following configurations were used: Single Carrier (One carrier configuration): Cell 1 1 1 Channel B M T Multi Carrier 1x2 (Two carrier configuration): Cell 1 2 Channels B B+10 Channels M M+10 Channels T T-10 Multi Carrier 1x3 (three carrier configuration): Cell 1 2 3 Channels B B+5 B+10 Channels M M+5 M+10 Channels T T-5 T-10 Multi Carrier 1x4 (Four carrier configuration): Cell 1 2 3 4 Channels B B+5 B+10 B+15 Channels M M-5 M+5 M+10 Channels T T-5 T-10 T-15 Date Reference Page REPORT 2011-11-03 FX108944-F24G 3 (8) Appendix 1 SP Technical Research Institute of Sweden Operation mode during measurements Unless otherwise stated, all measurements were performed with the test object transmitting pseudorandom data in all timeslots and settings for maximum transmitter output power applicable for each configuration. All supported modulations were tested to find worst case configuration. Occupied bandwidth and frequency error were only measured with single carrier configuration. For AQPSK modulation the SCPIR is 0 dB. Conducted measurements The test object was mounted into an RBS 6201 cabinet and powered by the cabinets internal - 48 VDC. All RF conducted TX measurements were performed at antenna port RF A, with antenna port RF B terminated into 50 ohm. All RX measurements were performed at antenna port RF B, with the test object antenna port RF A transmitting at maximum output power into a 50 ohm termination. Radiated measurements The test object was tested stand-alone. It was powered with -48 VDC. All measurements were performed with the test object configured for maximum transmitter output power at port RF A. The port RF A was via a RF attenuator connected to a FSIQ spectrum analyzer outside the shielded chamber for signal monitoring. Antenna port RF B was left unterminated. The modulation 8-PSK was found to be representative for worst case setting for the radiated spurious measurements. Purpose of test The purpose of the tests is to verify compliance to the performance characteristics specified in applicable items of FCC CFR 47 and Industry Canada RSS-133. References Measurements were done according to relevant parts of the following standards: ANSI 63.4-2009 ANSI/TIA/EIA-603-C-2004 ANSI/TIA/EIA 136-280-D-2002 J-STD007A Vol 1 CFR 47 part 2, October 1 st , 2010 CFR 47 part 24, October 1 st , 2010 RSS-Gen Issue 3 RSS-133 Issue 5 Date Reference Page REPORT 2011-11-03 FX108944-F24G 4 (8) Appendix 1 SP Technical Research Institute of Sweden Measurement equipment Measurement equipment Calibration Due SP number Test site Tesla 2012-10 503 881 R&S FSIQ 40 2012-07 503 738 R&S FSQ 40 2012-07 504 143 R&S ESI 26 2012-07 503 292 Control computer with R&S software EMC32 version 8.20.1 - 503 479 High pass filter 2012-07 504 199 High pass filter 2012-07 504 200 High pass filter 2012-07 503 739 High pass filter 2012-07 503 740 RF attenuator 2012-07 504 159 RF attenuator 2012-07 900 233 Boonton RF Peak power meter/analyzer 2011-10 503 144 Boonton Power sensor 56518-S/4 2012-10 503 145 Chase Bilog Antenna CBL 6111A 2011-10 503 182 EMCO Horn Antenna 3115 2014-01 502 175 Std.gain horn FLANN model 20240-20 - 503 674 μComp Nordic, Low Noise Amplifier 2012-07 504 160 MITEQ Low Noise Amplifier 2012-07 503 285 Temperature cabinet - 503 360 Multimeter Fluke 87 2012-05 502 190 Testo 625, Temperature and humidity meter 2012-06 504 188 Testo 635 Temperature and humidity meter 2012-05 504 203 Uncertainties Measurement and test instrument uncertainties are described in the quality assurance documentation ”SP-QD 10885”. The uncertainties are calculated with a coverage factor k=2 (95% level of confidence). Reservation The test results in this report apply only to the particular test object as declared in the report. Delivery of test object The test object was delivered 2011-05-26. Manufacturer’s representative Christer Gustavsson, Ericsson AB Test engineers Andreas Johnson, Tomas Lennhager, Jörgen Wassholm, and Jonas Bremholt Test participant Xiang Yue, Ericsson CBC (Partly present) S T SP Technical Test set-up Test o 1. RUS (FCC Func t 2. DUG 3. PDU 4. RBS 6 5. RBS M 6. Comp runnin 7. SP tes 8. Atten REPORT Research Ins conducted object 01 B2, KR C ID: TA8AK tional…

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Date Reference Page REPORT 2011-11-03 FX108944-F24W 2 (2) SP Technical Research Institute of Sweden Table of contents Description of the test object Appendix 1 Operation mode during measurements Appendix 1 Test setups Appendix 1 Purpose of test Appendix 1 RF power output Appendix 2 Occupied bandwidth Appendix 3 Band edge Appendix 4 Spurious emission at antenna terminals Appendix 5 Field strength of spurious radiation Appendix 6 Frequency stability Appendix 7 Receiver spurious emissions Appendix 8 External photos Appendix 9 Date Reference Page REPORT 2011-11-03 FX108944-F24W 1 (8) Appendix 1 SP Technical Research Institute of Sweden Description – Test object Equipment: Radio equipment RUS 01 B2 running in WCDMA mode supporting single and multi carrier. Antenna ports: 1 TX/RX port and 1 RX port Frequency bands: TX: 1930 – 1990 MHz RX: 1850 – 1910 MHz Modulations: QPSK, 16QAM and 64QAM Nominal output power: (Maximum) Single carrier: 1x 49.0 dBm (1x 80W) Multi carrier: 2x 46.0 dBm (2x 40W) 3x 44.3 dBm (3x 26.7W) 4x 43.0 dBm (4x 20W) Channel bandwidth: 4.2 to 5 MHz (configurable in steps of 100/200 kHz) Channel spacing: 4.4 to 5 MHz (configurable in steps of 100/200 kHz) Nominal power voltage: -48 VDC Tested channels Downlink Uplink Channel Frequency* UARFCN Frequency* UARFCN B 1932.4 9662 1852.4 9262 B+5 1937.4 9687 1857.4 9287 B+10 1942.4 9712 1862.4 9312 B+15 1947.4 9737 1867.4 9337 M 1960.0 9800 1880.0 9400 T-15 1972.6 9863 1892.6 9463 T-10 1977.6 9888 1897.6 9488 T-5 1982.6 9913 1902.6 9513 T 1987.6 9938 1907.6 9538 * Frequency in MHz Operation mode during measurements Measurements were performed with the test object transmitting the Test models which are defined in 3GPP TS 25.141. Test model 1 (TM1) uses the QPSK modulation only, Test model 5 (TM5) includes the 16QAM modulation and Test model 6 (TM6) includes the 64QAM modulation. The settings below were found to be representative for all traffic scenarios when several settings with the different modulations, channel bandwidths and the number of carriers were tested to find the worst case setting. These settings were used for all measurements if not otherwise noted. Single carrier TM1: 64 DPCH:s at 30 ksps (SF=128) Multi carrier TM1: 32 DPCH:s at 30 ksps (SF=128) in each carrier (Two carriers activated) Channel bandwidth 5 MHz Date Reference Page REPORT 2011-11-03 FX108944-F24W 2 (8) Appendix 1 SP Technical Research Institute of Sweden Conducted measurements The EUT was mounted into a RBS 6201 cabinet and supplied by the cabinet’s internal -48 V DC. All RF conducted measurements were performed with the test object configured for maximum transmit power. All TX measurements were done at the RF A connector and the RX measurements were done on the RF B connector. Radiated measurements The test object was powered with -48 VDC. All measurements were performed with the test object configured for maximum transmit power. The configuration represents worst case for radiated spurious emission measurements. The RF output power port was via a RF attenuator connected to functional test equipment for supervision. The RUS unit was allocated to the following UARFCN: Single Carrier: (One carrier configuration) Cell 1 1 1 Channel B M T Multi Carrier: (Two carrier configuration) Cell 1 2 Channel B B+10 Channel T-10 T Multi Carrier: (Four carrier configuration) Cell 1 2 3 4 Channel B B+5 B+10 B+15 Channel T T-5 T-10 T-15 Purpose of test The purpose of the tests is to verify compliance to the performance characteristics specified in applicable items of FCC CFR 47 and Industry Canada RSS-133 and RSS-Gen. References Measurements were done according to relevant parts of the following standards: ANSI 63.4-2009 ANSI/TIA/EIA-603-C-2004 CFR 47 part 2, October 1 st , 2010 CFR 47 part 24, October 1 st , 2010 3GPP TS 25.141, version 8.9.0 RSS-Gen Issue 3 RSS-133 Issue 5 Date Reference Page REPORT 2011-11-03 FX108944-F24W 3 (8) Appendix 1 SP Technical Research Institute of Sweden Measurement equipment Measurement equipment Calibration Due SP number Test site Tesla 2012-10 503 881 R&S FSIQ 40 2012-07 503 738 R&S FSQ 40 2012-07 504 143 R&S ESI 26 2012-07 503 292 Control computer with R&S software EMC32 version 8.20.1 - 503 479 High pass filter 2012-07 504 199 High pass filter 2012-07 504 200 High pass filter 2012-07 503 739 High pass filter 2012-07 503 740 RF attenuator 2012-07 504 159 RF attenuator 2012-07 900 233 Boonton RF Peak power meter/analyzer 2011-10 503 144 Boonton Power sensor 56518-S/4 2012-10 503 145 Chase Bilog Antenna CBL 6111A 2011-10 503 182 EMCO Horn Antenna 3115 2014-01 502 175 Std.gain horn FLANN model 20240-20 - 503 674 μComp Nordic, Low Noise Amplifier 2012-07 504 160 MITEQ Low Noise Amplifier 2012-07 503 285 Temperature cabinet - 503 360 Multimeter Fluke 87 2012-05 502 190 Testo 625, Temperature and humidity meter 2012-06 504 188 Testo 635 Temperature and humidity meter 2012-05 504 203 Uncertainties Measurement and test instrument uncertainties are described in the quality assurance documentation ”SP-QD 10885”. The uncertainties are calculated with a coverage factor k=2 (95% level of confidence). Reservation The test results in this report apply only to the particular test object as declared in the report. Delivery of test object The test object was delivered 2011-05-26. Manufacturer’s representative Christer Gustavsson, Ericsson AB Date Reference Page REPORT 2011-11-03 FX108944-F24W 4 (8) Appendix 1 SP Technical Research Institute of Sweden Test engineers Andreas Johnson, Tomas Lennhager, Jörgen Wassholm, and Jonas Bremholt Test participant(-s) Anita Qu and Xiang Yue, Ericsson CBC (Partly present) S T SP Technical Test set-up Test o 1. RUS 0 (FCC Func t 2. PDU 0 3. DU un Config DU: D Config DU 1: DU 2: 4. RBS 6 5. Compu 6. Ethern 7. ERNC 8. SP tes 9. RF att REPORT Research Ins conducted object 01 B2, KRC ID:TA8AK R tional test eq 02 01, BMG nits: guration sing DUW 30 01 K guration mul DUW 30 01 DUW 30 01 6201 cabinet, uter, Sunblad net switch, M C…

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Date Reference Page REPORT 2011-11-03 FX108944-F24L 2 (2) SP Technical Research Institute of Sweden Table of contents Description of the test object Appendix 1 Operation mode during measurements Appendix 1 Test setups Appendix 1 Purpose of test Appendix 1 RF power output Appendix 2 Occupied bandwidth Appendix 3 Band edge Appendix 4 Spurious emission at antenna terminals Appendix 5 Field strength of spurious radiation Appendix 6 Frequency stability Appendix 7 Receiver spurious emissions Appendix 8 External photos Appendix 9 Date Reference Page REPORT 2011-11-03 FX108944-F24L 1 (7) Appendix 1 SP Technical Research Institute of Sweden Description of test object Equipment: Radio equipment RUS 01 B2 running in LTE mode Frequency bands: TX: 1930 – 1990 MHz RX: 1850 – 1910 MHz The highest and lowest EARFCNs and the corresponding frequencies for each supported channel BW configuration are listed below and are pursuant to 3GPP TS 36.141 section 5.7 Channel arrangement Supported channel bandwidth configurations 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz and 20 MHz Modulation and access scheme OFDMA in FDD OFDM subcarrier modulation System information and pilots use BPSK and QPSK. For payload data QPSK, 16QAM and 64QAM can be used. Maximum rated output power: Single carrier 1x 49 dBm (1x80 W) Number of antenna ports: TX/RX: 1 RX only: 1 Nominal supply voltage: -48 VDC Tested frequencies and EARFCNs for TX measurements EARFCN Downlink Frequency [MHz] Comment 607 1930.7 TX bottom (B) frequency in 1.4 MHz BW configuration 615 1931.5 TX bottom (B) frequency in 3 MHz BW configuration 625 1932.5 TX bottom (B) frequency in 5 MHz BW configuration 650 1935.0 TX bottom (B) frequency in 10 MHz BW configuration 675 1937.5 TX bottom (B) frequency in 15 MHz BW configuration 700 1940.0 TX bottom (B) frequency in 20 MHz BW configuration 900 1960.0 TX band mid (M) frequency in all BW configurations 1100 1980.0 TX top (T) frequency in 20 MHz BW configuration 1125 1982.5 TX top (T) frequency in 15 MHz BW configuration 1150 1985.0 TX top (T) frequency in 10 MHz BW configuration 1175 1987.5 TX top (T) frequency in 5 MHz BW configuration 1185 1988.5 TX top (T) frequency in 3 MHz BW configuration 1193 1989.3 TX top (T) frequency in 1.4 MHz BW configuration Tested frequency and EARFCN for RX measurement EARFCN Frequency [MHz] Comment 18900 1880.0 RX band mid (M) frequency in all BW configurations Each corresponding uplink (RX) channel was offset by +18000 from above given downlink EARFCN. Note: EARFCN are derived according 3GPP TS 36.141, table 5.7.3-1. Date Reference Page REPORT 2011-11-03 FX108944-F24L 2 (7) Appendix 1 SP Technical Research Institute of Sweden Operation modes during measurements Measurements were performed with the test object transmitting test models as defined in 3GPP TS 36.141. Test model E-TM1.1 was used to represent QPSK, test model E-TM3.2 to represent 16QAM and test model E-TM3.1 to represent 64QAM payload modulation. The setting TX single carrier with test model E-TM1.1 in channel bandwidth configuration 1.4 MHz was found to be representative for all traffic scenarios when several settings with different modulations and channel bandwidth configurations were compared to find a worst case setting. This setting was used for all measurements unless noted otherwise. The test object was powered with -48 VDC unless noted otherwise. All measurements were performed with the test object configured for maximum transmit power. Conducted measurements The EUT was mounted into a RBS 6201 cabinet and supplied by the cabinet’s internal -48 V DC. TX parameters were measured at port RF A with port RF B terminated into 50 ohm. RX spurious emission conducted was measured at port RF B with port RF A activated with E- TM1.1 in channel BW configuration 1.4 MHz on the TX band center frequency (M). Port RF A was terminated into 50 ohm. Radiated measurements The test object was tested stand-alone. It was powered with -48 VDC. All measurements were performed with the test object configured for maximum transmitter output power at port RF A. The port RF A was via a RF attenuator connected to a spectrum analyzer outside the shielded chamber for signal monitoring. Antenna port RF B was unterminated. Purpose of test The purpose of the tests is to verify compliance to the performance characteristics specified in applicable parts of FCC CFR 47, IC RSS-133 and IC RSS-Gen. References Measurements were done according to relevant parts of the following standards: ANSI C63.4-2009 ANSI/TIA/EIA-603-C-2004 3GPP TS 36.141, version 8.5.0 CFR 47 part 2, October 1 st , 2010 CFR 47 part 24 Subpart E, October 1 st , 2010 RSS-133 Issue 5 RSS-Gen Issue 3 Date Reference Page REPORT 2011-11-03 FX108944-F24L 3 (7) Appendix 1 SP Technical Research Institute of Sweden Measurement equipment Measurement equipment Calibration Due SP number Test site Tesla 2012-10 503 881 R&S FSIQ 40 2012-07 503 738 R&S FSQ 40 2012-07 504 143 R&S ESI 26 2012-07 503 292 Control computer with R&S software EMC32 version 8.20.1 - 503 479 High pass filter 2012-07 504 199 High pass filter 2012-07 504 200 High pass filter 2012-07 503 739 High pass filter 2012-07 503 740 RF attenuator 2012-07 504 159 RF attenuator 2012-07 900 233 Boonton RF Peak power meter/analyzer 2011-10 503 144 Boonton Power sensor 56518-S/4 2012-10 503 145 Chase Bilog Antenna CBL 6111A 2011-10 503 182 EMCO Horn Antenna 3115 2014-01 502 175 Std.gain horn FLANN model 20240-20 - 503 674 μComp Nordic, Low Noise Amplifier 2012-07 504 160 MITEQ Low Noise Amplifier 2012-07 503 285 Temperature cabinet - 503 360 Multimeter Fluke 87 2012-05 502 190 Testo 625, Temperature and humidity meter 2012-06 504 188 Testo 635 Temperature and humidity meter 2012-05 504 203 Uncertainties Measurement and test instrument uncertainties are described in the quality assurance documentation ”SP-QD 10885”. The uncertainties are calculated with a coverage factor k=2 (95% level of confidence). Reservation The test results in this report apply …

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