B5KKRC13149-15PCS Broadband GSM Base Station

EXHIBIT 8 Page 8.1 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXHIBIT 8 - COVER SHEET Table of Contents RBS2000 Base Station Hardware Technical: Description of RBS2000 is found in page 59 to 97 in EN/LZT 123 3805 R2A. 40 Pages Description of the TRU (TRansceiver Unit) 4 Pages RADIO BASE STATION (RBS) ....................................................................59 RBS 2101..................................................................................................................... 60 RBS 2102..................................................................................................................... 63 RBS 2103..................................................................................................................... 66 RBS 2202..................................................................................................................... 68 RBS 2301/RBS 2302 ....(not applicable for this FCC application)............................... 70 HARDWARE ARCHITECTURE....................................................................72 COMMON USED HARDWARE AND SYSTEM BUSES IN RBS 2000 MACRO ......... 72 LOCAL BUS................................................................................................................. 73 TIMING BUS ................................................................................................................ 73 X-BUS .......................................................................................................................... 73 CDU BUS..................................................................................................................... 73 POWER COMMUNICATION LOOP ............................................................................ 73 DESCRIPTION OF UNITS ............................................................................74 DISTRIBUTION SWITCH UNIT (DXU) ........................................................................ 74 TRANSCEIVER UNIT (TRU) ....................................................................................... 76 COMBINING AND DISTRIBUTION UNIT (CDU)......................................................... 78 ENERGY CONTROL UNIT (ECU)............................................................................... 88 CLIMATE AND POWERSYSTEM................................................................................ 89 2 RBS 2000 Family EN/LZT 123 3805 R2A– 59 – RADIO BASE STATION (RBS) Radio Base Station 2000 (RBS 2000) is Ericsson’s second generation of radio base stations developed to meet the GSM specification for BTSs. This document handles the indoor and outdoor versions for Ericsson’s GSM System. RBS 2000 has many advantages compared to RBS 200. The RBS 2000 product family for Ericsson’s GSM System is specially designed to offer rapid and cost effective roll-outs and low total life cycle costs. It also provides simple installation with on-site testing and commissioning. This is easily achieved because the cabinets come preassembled, and software is downloaded and tested at the factory before shipment. Flexible design means that there can be a number of configurations and expansions as the network grows. RBS can be positioned at a variety of sites including outdoor, indoor, on ground or rooftops and wall mounted. Very Large Scale Integration (VLSI) technology is applied to achieve longer Mean Time Between Failures (MTBF) Lower Mean Time To Repair (MTTR) is achieved through: • User friendly Man Machine Interface (MMI) such as Light emitting diode (LED) indicators and buttons instead of man- machine language and supervision of all units and cables for fault detection and isolation. • On site swapping and repairing thanks to a modular hardware design. RBS supports Hierarchical Cell Structures (HCS) with up to three cell layers. The layers can be macro cells for coverage, micro cells at street level and pico cells indoors. The RBS 2000 family supports both omni directional and sector cell configurations. GSM RBS 2000 Basics – 60 –EN/LZT 123 3805 R2A RBS 2101 Figure 2-1 RBS 2101 General • Is an outdoor RBS • Can be used as a indoor RBS, without the climate sub- cabinet. • Can support up to 2 TRUs per cabinet. • The cabinet can be used in omni or sector configurations with more than 2 TRUs. For these configurations an extension cabinet is needed. 2 RBS 2000 Family EN/LZT 123 3805 R2A– 61 – Cabinet The RBS 2101 cabinet provides a durable, vandal resistant and weather proof enclosure of the RBS. The cabinet is divided into three main parts: &OLPDWH6XEFDELQHW • Supervises and maintains the internal temperature and humidity within allowed ranges for the units in the RBS. • Can be delivered in two different versions, i.e. with heat exchanger which can handle a temperature up to +45°C or with air conditioner up to +55°C. 5DGLR6XEFDELQHW • Houses up to 2 TRU ́s and common equipment needed for serving one cell, see fig 2-1. • The Battery Distribution Module (BDM) contains a battery for a minimum of 3 min battery back-up. • The optional DC/DC (+24/-48V) converter can be fitted to give power to the TM equipment. 0RXQWLQJ%DVH All cables going into the cabinet enters via the mounting base that is: • Antenna jumpers which is connected directly up to the Radio subcabinet. • Transmission cables which are connected to the transmission equipment housed in the Transport Module (TM) space. • Mains power cables which are connected to the AC Connection Unit (ACCU). • External alarm cables which are connected to lightning protected inlets (max 8). These units are then connected to the rest of the cabinet via a connector field in the mounting base ceiling. GSM RBS 2000 Basics – 62 –EN/LZT 123 3805 R2A Technical Data Standard size and weight for RBS parts are shown in the tables below. Size (mm) Width 705 Depth 450 Total height 1285 Table 2-1 Size Part Weight (kg) Climate subcabinet 48 with heat exchanger 56 with active cooler Radio subcabinet …

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EXHIBIT 2 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 COMPLIANCE STATEMENT / CERTIFICATION OF DATA 2.911(d)The technical data contained in this application has been taken personally or under my supervision and is certified true and correct. My qualifica- tions are: University Certificate (U.C) in electronics, 10 years experience of testing electronical products. The last 5 years with experience in EMC and radio at Ericsson Radio Systems. NAME:Mats Andersson POSITION:Engineer System Design & Verification DATE:2000-02-10

EXHIBIT 11 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 RF EXPOSURE STATEMENT OF COMPLIANCE I hereby certify that the Ericsson Radio Systems AB manufactured KRC 131 49/15 with FCC ID: B5KKRC13149-15 was tested in accordance with ANSI/IEEE C95.1-1992 and was found to be compliant to the FCC ́s requirements for Maximum Personal Exposure (MPE). NAME: Mats Andersson POSITION:Engineer System Design & verification DATE: 2000-02-11

EXHIBIT 4 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXHIBIT 4 - COVER SHEET Table of Contents Block Diagram 1911-ROA 117 9343/1 Ux 3 pages

Ericssonl February 29, 2000 Federal Communications Commission Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Attention: Equipment Authorization Branch Subject: Certification for FCC ID: B5KKRC13149-15 Gentlemen, Ericsson Radio Systems AB. requests a grant of Certification (Type Acceptance) for the above mentioned FCC Identifier. This base station is designed for use in the GSM 1900 MHz cellular telephone system. The base station will operate from 1930.2 to 1989.9 MHz. This base station operates in the 1900 MHz broadband PCS services as per 47 CFR Part 24 subpart E. It meets the requirements of GSM1900 11.10-1 version 4.19.1 specification for operation in GSM cellular systems. This base station will operate at a maximum power out of 31 watts at the antenna connector of the TRX unit. There are four versions of the RBS 2000 Family. Each is described in detail in Exhibit 8. The statement concerning MPE compliance for this base station is contained in exhibit 11. Ericsson Radio Systems AB requests confidentiality under CFR 0.459. Confidentiality for the following exhibit is requested Exhibit 5........Circuit Diagrams Justification of this request is in order to protect the large investment in developing this technology and to facilitate the circuit miniaturization utilized in this design and protect the innovative design as well as proprietary techniques which are implemented. In order to protect Ericsson’s competitive advantage on these proprietary techniques, we request the above listed exhibits be held as confidential and withheld from the Public Information File. If additional information is needed, please contact me on the below listed number. Sincerely, Larry L. Roberts Staff Engineer, Regulatory Programs Telephone No.: (804) 592-7732 Fax No.: (804) 592-6510 e-mail No. [email protected] LLR:00/009

EXHIBIT 3 Page 3.1 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXTERNAL PHOTOGRAPHS 2.1033 (c)(12) Front of RBS2000-1900 2101 with door closed. EXHIBIT 3 Page 3.2 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXTERNAL PHOTOGRAPHS 2.1033 (c)(12) Front of RBS2000-1900 2101 with door open. EXHIBIT 3 Page 3.3 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXTERNAL PHOTOGRAPHS 2.1033 (c)(12) Front of RBS2000-1900 2102 with door closed. EXHIBIT 3 Page 3.4 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXTERNAL PHOTOGRAPHS 2.1033 (c)(12) Front of RBS2000-1900 2102 with door open. EXHIBIT 3 Page 3.5 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXTERNAL PHOTOGRAPHS 2.1033 (c)(12) Front of RBS2000-1900 2202 with door closed. EXHIBIT 3 Page 3.6 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 EXTERNAL PHOTOGRAPHS 2.1033 (c)(12) Front of RBS2000-1900 2202 with door open.

EXHIBIT1 Page 1.1 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 IDENTIFICATION PLATE 2.1033(c)(11)ID Label EXHIBIT1 Page1.2 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 IDENTIFICATION PLATE 2.1033(c)(11)ID Label Location

EXHIBIT9 Page9.1 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 INTERNAL PHOTOGRAPHS 2.1033(c)(12)Lid Outside plus Front EXHIBIT9 Page9.2 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 INTERNAL PHOTOGRAPHS 2.1033(c)(12)Component Side of Board under Lid EXHIBIT9 Page9.3 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 INTERNAL PHOTOGRAPHS 2.1033(c)(12)Reverse side of Board EXHIBIT9 Page9.4 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 INTERNAL PHOTOGRAPHS 2.1033(c)(12)Bottom Outside – Cooler EXHIBIT9 Page9.5 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 INTERNAL PHOTOGRAPHS 2.1033(c)(12)Component Side of Board under cooler EXHIBIT9 Page9.6 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 INTERNAL PHOTOGRAPHS 2.1033(c)(12)Rear Side of cooler unit

EXHIBIT12 Page12.0 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 EXHIBIT 12 - COVER SHEET Table of Contents General Information12.1 Frequency Stabilizing Circuit 12.3 Spurious and harmonic suppression12.4 Limiting Power12.5 Digital and Analog Modulation12.6 PN3389 Air Interface: Volume 1 section 4.1 to 4.1.312.7 PN3389 Air Interface: Volume 1 section 4.1.4 to 4.1.612.8 EXHIBIT 12 Page 12.1 APPLICANT: Ericsson Radio Systems AB FCC ID NO. B5KKRC13149-15 DESCRIPTION 2.1033 (c) (2) FCC Identifier: B5KKRC13149-15 This transmitter is a synthesized transmitter operating in the frequency band of 1930 to 1990 MHz. There are 299 Channels available with a channel spacing of 200 kHz This is a constant envelop transmitter using GMSK 0.3 modulation, which is MSK filtered with a Gaussian filter, having a BT product of 0.3. The transmitter is capable of operation in a TDMA (Time Division Multiple Access) system. For each channel there are 8 time slots available, each containing digital speech or data. (4) Type of Emission: 210KGXW (5) Frequency range: 1930 to 1990 MHz (6) Range of Operating Power: This transmitter is designed to supply a maximum nominal power level of 44.9 dBm of power at the antenna connector. The power level can be set at 16 power levels, each with a 2-dB increment. The power levels are labeled P (0) to P (15) where P (0) is the highest power level . (7) Maximum Power Rating: The maximum power rating under environmental and supply voltage variations is equal to 44.9 dBm plus a power level tolerance of + 1.7 dB. Therefore the maximum output power is 46.6 dBm equal to 45.7 W at the antenna connector of the radio base station. EXHIBIT12 Page12.2 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 DESCRIPTION (8)Final Amplifier Voltage and Current in normal operation P(0) P(15) Collector Voltage25.5 Volt DC 25.5 Volt DC Collector Current4.4 Amps DC 0.41 Amps DC EXHIBIT12 Page12.3 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 DESCRIPTION 2.1033(c)(10)Frequency Stabilizing Circuit Description The transmitter contains three synthesized oscillators. One gives a 160 MHz signal to the I/Q modulator. The two other generate a 1770 to 1830 MHz signal to the mixer where the modulated signal is upconverted to the transmit frequency. Two oscillators are needed in frequency hopping mode; one is retuning while the other is active. All three synthesized oscillators have as reference a 13 MHz sinusoidal signal generated in a phase locked loop (PLL) in the TRU. The PLL is locked to a 270.8 kHz signal, which is generated and distributed, to all TRU in the basestation by the DXU (Distribution Switch Unit). The frequency reference from DXU is generated in a voltage controlled oscillator placed in an oven which is frequency locked to a long term stable oven heated oscillator or as an option to the incoming PCM-link frequency. EXHIBIT12 Page12.4 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 DESCRIPTION 2.1033(c)(10)Spurious and Harmonic Suppression Spurious and harmonic suppression is achieved by using two separate bandpass filters (Z3 & Z4) of ceramic type in the exciter. A filter module at the output works like a bandpass filter around the carrier. In addition to these filters, the output signal passes a cavity band pass filter in the combining system. EXHIBIT12 Page12.5 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 DESCRIPTION 2.1033(c)(10)Limiting Power The TRU measures the output power at its output connector via a RF-detector and the detected value is used by the power loop control block to steer two variable gain amplifiers between the modulator and the power amplifier. EXHIBIT12 Page12.6 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 DESCRIPTION 2.1033(c)(10)Digital Modulation The modulation description is given in PN3389 Air Interface: Volume 1 section 4. EXHIBIT12 Page12.7 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 PN3389 Air Interface: Volume 1 JTC(AIR)/94.10.31-231 R5 4. Modulation This chapter defines the theoretical requirements of the modulator, inclusive of the differential encoder. The modulator receives the bits from the encryption unit and produces a RF modulated signal. The information bits are first differentially encoded and then passed to the modulator. The modulation is GMSK (Gaussian Minimum Shift Keying) with a BT product of 0.3. 4.1 Modulation Format 4.1.1 Modulating Bit Rate The modulating bit rate is 1/T = 1625/6 kb/s (approximately 270.633 kb/s). 4.1.2 Start And Stop Of The Burst The bits contained within a burst are defined in chapter 2. For the purpose of the modulator specification that follows, the bits entering the differential encoder prior to the first bit of the burst and following the last bit of the burst are consecutive logical ones and are denoted by the term dummy bits which define the start and end points of the useful and active parts of the burst as shown in Figure 4.1. The actual state of these bits is left to the manufacturer’s implementation subject to the requirement that all performance specifications of this volume are met. Nothing is specified about the actual phase of the modulator output signal outside of the useful part of the burst. Figure 4.1 depicts the relationship between the active and useful part of the burst, the tail bits and dummy bits for a normal burst. The useful part of the burst lasts for 147 modulating bits. 4.1.3 Differential Encoding Each data value d i =[0,1] is differentially encoded. The output of the differential encoder is: 1-ii ^ ddd⊕= i where ⊕ denotes modulo 2 addition. The modulating data value ι α input to the modulator is: i ^ i d21−=α Where i α {}1,1−∈ 52 EXHIBIT12 Page12.8 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 PN3389 Air Interface: Volume 1 JTC(AIR)/94.10.31-231 R5 4.1.4 Filtering The modulating data values i α as represented by Dirac pulses excite a linear filter with impulse response defined b…

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EXHIBIT10 Page10.0 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 EXHIBIT 10 - COVER SHEET Table of Contents Function Block10.1 Function Block Cont.10.2 Function Block Cont.10.3 Function Block Cont.10.4 Function Block Cont.10.5 Function Block Cont.10.6 Tune-Up Procedure10.7 Power Tune-Up – Power Limiting10.8 EXHIBIT10 Page10.1 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 2.1033 (c)(10) Function of Active Circuit Devices Function Block Transmitter (Part of 1911- ROF 117 9343/1) T501TRANSFORMER/SMD TRANSFORMER 4:1REG 135 55/1 T502BALUN/1900 MHZ 100 OHMREG 735 58/12 T503BALUN/1900 MHZ 100 OHMREG 735 58/12 T504BALUN/1900 MHZ 100 OHMREG 735 58/12 T505BALUN/1900 MHZ 100 OHMREG 735 58/12 T506BALUN/1900 MHZ 100 OHMREG 735 58/12 T601BALUN/1900 MHZ 100 OHMREG 735 58/12 T602BALUN/1900 MHZ 100 OHMREG 735 58/12 V400TRANSISTOR/BCP56-10RYN 121 637/1 V407TRANSISTOR/SI.AF TRANS.PNP,SOT-223RYN 120 615/1 V1502TRANSISTOR/ACTIVE BIAS CONTR.SOT-343RYN 121 6087/1 V1503TRANSISTOR/LOW NOISE WIDEBAND TRANSISTOR.RYN 121 6124/1 V1505TRANSISTOR/ACTIVE BIAS CONTR.SOT-343RYN 121 6087/1 V1506TRANSISTOR/LOW NOISE WIDEBAND TRANSISTOR.RYN 121 6124/1 V1507TRANSISTOR/SOT-23 BCX71JRYN 120 614/1 V1508TRANSISTOR/SOT-23 BCX71JRYN 120 614/1 V1509TRANSISTOR/UHF POWERRYN 121 6125/1 X501FILTER/1880 BW=30MHZRTN 202 709/02 X601FILTER/160MHZRTN 201 768/02 X602FILTER/FIL-CER PCS RX 1960 MHZRTN 202 841/01 X603FILTER/FIL-CER PCS RX 1960 MHZRTN 202 841/01 X604FILTER/1800MHZRTN 202 803/01 N1501MICROCIRCUIT/MC34072RYT 101 6076/1C Z401MICROCIRCUIT/IC ASIC TRACYROP 101 669/1C Z402MICROCIRCUIT/1485 RS485 LINE TRANSCEIVERRYT 109 6071/2 Z403MICROCIRCUIT/REF02RYT 113 6024/1C Z404MICROCIRCUIT/LP2951ARYT 113 6005/2C Z405MICROCIRCUIT/SYNTH GSM 1900 TXRYT 901 6069/6 Z406MICROCIRCUIT/LP2951ARYT 113 6005/2C Z407MICROCIRCUIT/160MHZRYT 901 6156/1 Z411MICROCIRCUIT/SYNTH GSM 1900 TXRYT 901 6069/6 Z414MICROCIRCUIT/MAX664RYT 113 6063/1 Z501PROD. ADAPT. CIRCUIT/ASIC DIESELROP 101 1080/C Z601MICROCIRCUIT/ASIC LOKEROP 101 693 Z602MICROCIRCUIT/MC34072RYT 101 6076/1C Z1501FILTER/FIL-CER PCS RX 1960 MHZRTN 202 841/01 Z1502MICROCIRCUIT/AV102-10, VARIABLE ATTENUATORRYT 115 6029/1 Z1503FILTER/FIL-CER PCS RX 1960 MHZRTN 202 841/01 Z1504MICROCIRCUIT/AV102-10, VARIABLE ATTENUATORRYT 115 6029/1 EXHIBIT10 Page10.2 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 2.1033 (c)(10) Function of Active Circuit Devices Function Block Receiver (Part of 1911- ROF 117 9343/1) D801REGULATOR DIODE/6.8V, 0.225W, SOT-23RKZ 223 01/12 D802DIODE/BA592, RF SWITCHING, SOD-323RKZ 123 630/1 D803DIODE/BA592, RF SWITCHING, SOD-323RKZ 123 630/1 L700CHOKE/470NH 0.47A 1008REG 704 123/47 L701CHOKE/18NH 1A 1008REG 704 122/18 L702CHOKE/18NH 1A 1008REG 704 122/18 L703CHOKE/4.7UH 0.26A 1008REG 704 124/47 L704CHOKE/4.7UH 0.26A 1008REG 704 124/47 L800CHOKE/220NH 10% 400MA SMDREG 704 213/22 L804INDUCTOR/3,3NH +/-0,3NH 0805REG 704 4731/33 L808CHOKE/220NH 10% 400MA SMDREG 704 213/22 L809INDUCTOR/3,3NH +/-0,3NH 0805REG 704 4731/33 L900CHOKE/220NH 10% 400MA SMDREG 704 213/22 L901CHOKE/27NH 2% 1A 1008REG 704 1252/27 L903CHOKE/27NH 2% 1A 1008REG 704 1252/27 L904CHOKE/33NH 2% 1A 1008REG 704 1252/33 L906CHOKE/33NH 2% 1A 1008REG 704 1252/33 L907CHOKE/27NH 2% 1A 1008REG 704 1252/27 L909CHOKE/27NH 2% 1A 1008REG 704 1252/27 L910CHOKE/33NH 2% 1A 1008REG 704 1252/33 L912CHOKE/33NH 2% 1A 1008REG 704 1252/33 T800TRANSFORMER/BALUN 50/50 OHM 1880 MHZREG 135 58/5 T801TRANSFORMER/BALUN 50/50 OHM 1880 MHZREG 135 58/5 T802TRANSFORMER/SMD TRANSFORMERREG 135 55/7 T803TRANSFORMER/SMD TRANSFORMERREG 135 55/7 T900TRANSFORMER/SMD TRANSFORMER 4:1REG 135 55/1 X801FILTER/1880 BW=30MHZRTN 202 709/02 X802FILTER/1880 BW=30MHZRTN 202 709/02 X900FILTER/201.000MHZRTN 201 851/02 X901FILTER/201.000MHZRTN 201 851/02 Z800MICROCIRCUIT/IC ASIC ULLA IIROP 101 664/C Z801MICROCIRCUIT/SYNTH GSM 1900 RXRYT 901 6068/6 Z802MICROCIRCUIT/SYNTH GSM 1900 RXRYT 901 6068/6 Z803MICROCIRCUIT/MAX664RYT 113 6063/1 Z804MICROCIRCUIT/LOW DROPOUT 5V POS VOLT REGRYT 113 6091/3 Z806MICROCIRCUIT/SERIAL DIGITAL OUTPUT THERM.RYT 124 6013/1 EXHIBIT10 Page10.3 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 Z807MICROCIRCUIT/7S04 INVERTER SSOP5-PRYT 326 6004/C Z808MICROCIRCUIT/7S04 INVERTER SSOP5-PRYT 326 6004/C Z900MICROCIRCUIT/RYT 901 6148/1RYT 901 6148/1 Z901PROD. ADAPT. CIRCUIT/ASIC QIMROP 101 1115/C Z902MICROCIRCUIT/2951-03RYT 113 6076/2 Z903MICROCIRCUIT/LP2951ARYT 113 6005/2C Z1000MICROCIRCUIT/2951-03RYT 113 6076/2 Z1001MICROCIRCUIT/2951-03RYT 113 6076/2 Z1002MICROCIRCUIT/1485 RS485 LINE TRANSCEIVERRYT 109 6071/2 Z1003MICROCIRCUIT/CMOS SIGMA DELTA MODULATORRYT 120 6061/1 Z1004MICROCIRCUIT/CMOS SIGMA DELTA MODULATORRYT 120 6061/1 Z1005MICROCIRCUIT/CMOS SIGMA DELTA MODULATORRYT 120 6061/1 Z1006MICROCIRCUIT/CMOS SIGMA DELTA MODULATORRYT 120 6061/1 Z1100PROD. ADAPT. CIRCUIT/ASIC QBIQROP 101 1135 Z1105MICROCIRCUIT/EEPROM 8K8 SPI 2.7V-5.5 IRYT 118 6058/2 2.1033 (c)(10) Function of Active Circuit Devices Function Block Digital (Part of 1911- ROF 117 9343/1) Z4FUNCTIONAL COMPONENT/DSP GLUE ASICRON 107 885 Z5MICROCIRCUIT/DSP 1620RYT 134 6014/C Z6MICROCIRCUIT/DSP 1620RYT 134 6014/C Z7MICROCIRCUIT/DSP 1620RYT 134 6014/C Z8MICROCIRCUIT/3384 10X BUS SWITCHRYT 109 6094/2C Z9MICROCIRCUIT/3384 10X BUS SWITCHRYT 109 6094/2C Z10MICROCIRCUIT/3384 10X BUS SWITCHRYT 109 6094/2C Z11MICROCIRCUIT/3384 10X BUS SWITCHRYT 109 6094/2C Z12MICROCIRCUIT/74LCX245 8 X BUS TRANSCEIVER TRYT 334 0245/2C Z13MICROCIRCUIT/74LCX245 8 X BUS TRANSCEIVER TRYT 334 0245/2C Z15OSCILLATOR/26.000MHZRTL 202 610/02 Z16MICROCIRCUIT/75ALS176B RS485 TRANSCEIVERRYT 109 6071/1 Z17MICROCIRCUIT/75ALS176B RS485 TRANSCEIVERRYT 109 6071/1 Z18MICROCIRCUIT/75ALS176B RS485 TRANSCEIVERRYT 109 6071/1 Z19MICROCIRCUIT/75ALS176B RS485 TRANSCEIVERRYT 109 6071/1 Z20MICROCIRCUIT/75ALS176B RS485 TRANSCEIVERRYT 109 6071/1 Z21MICROCIRCUIT/75ALS176B RS485 TRANSCEIVERRYT 109 6071/1 Z22MICROCIRCUIT/75176RYT 109 6043/1C Z23MICROCIRCUIT/75176RYT 109 6043/1C Z24MICROCIRCUIT/75176RYT 109 6043…

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EXHIBIT6 Page6.01 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 EXHIBIT 6 – COVER SHEET Table of Contents EXHIBIT 6 – COVER SHEET6.01 RF POWER OUTPUT Method and Equipment6.02 Supply voltage 240 V High Power Channel 5126.03 High Power Channel 6616.04 High Power Channel 8106.05 Supply voltage 48 V High Power Channel 5126.06 High Power Channel 6616.07 High Power Channel 8106.08 MODULATION CHARACTERISTICS Method and Equipment6.09 Digital mode6.09 OCCUPIED BANDWIDTH Method and Equipment6.10 Reference Level Channel5126.11 Channel8106.12 Bandwidth 26 dB points Channel5126.13 Channel8106.14 Band edges Channel5126.15 Channel8106.16 CONDUCTED SPURIOUS MISSIONS Method and Equipment6.17 Channel 5126.18 Channel 6616.19 Channel 8106.20 RADIATED SPURIOUS EMISSIONS Method and Equipment6.21 2101 Channel 512 6.22 2101 Channel 8106.23 2102 Channel 5126.24 2102 Channel 8106.25 2202 Channel 5126.26 2202 Channel 8106.27 FREQUENCY STABILITY Method and Equipment6.28 Supply Voltage 48 V6.29 Supply Voltage 40.8 V6.30 Supply Voltage 55.2 V6.31 Supply Voltage 240 V6.32 Supply Voltage 204 V6.31 Supply Voltage 264 V6.32 EXHIBIT6 Page6.02 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 RF POWER OUTPUT DIGITAL MODE 2.1046(a)RF Power Output The RF power output at the output terminal is plotted against supply voltage variation at the highest power level. The measurement was made per J-STD-007A Vol 1 using the following Equipment. Radio frequency 50 ohm load attached to the output. The power was measured on a BONTOON RF Peak power meter/analyzer. EXHIBIT6 Page6.03 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 RF POWER OUTPUT DIGITAL MODE 2.1046(a)RF Power Output Channel 512Output Power 44.9 dBm EXHIBIT6 Page6.04 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 RF POWER OUTPUT DIGITAL MODE 2.1046(a)RF Power Output Channel 661Output Power 44.9 dBm EXHIBIT6 Page6.05 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 RF POWER OUTPUT DIGITAL MODE 2.1046(a)RF Power Output Channel 810Output Power 44.9 dBm EXHIBIT6 Page6.06 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 RF POWER OUTPUT DIGITAL MODE 2.1046(a)RF Power Output Channel 512Output Power 44.9 dBm EXHIBIT6 Page6.07 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 RF POWER OUTPUT DIGITAL MODE 2.1046(a)RF Power Output Channel 661Output Power 44.9 dBm EXHIBIT6 Page6.08 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 RF POWER OUTPUT DIGITAL MODE 2.1046(a)RF Power Output Channel 810Output Power 44.9 dBm EXHIBIT6 Page6.09 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 MODULATION CHARACTERISTICS DIGITAL MODE 2.1047(d)The modulation characteristics for the unit is measured with pseudorandom data modulation of the unit and the result is shown as the phase error according to J-STD-007A Vol 1. Freq.OutputPhase Phase Power error rmserror peak Chan.(MHz)(Watts)(degrees)(degrees) 5121930.2312.246.71 6611960.0312.496.96 8101989.8312.328.76 Equipment used: Rohde & Schwarz ESI 40, EMI Test Receiver Including: Spectrum Analyzer, 20 Hz-40 GHz EMI Receiver, 20 Hz-40 GHz Option FSE-B7 Signal Vector Analysis The R&S ESI 40 was hooked up to a external 10 MHz reference standard during the measurements. EXHIBIT6 Page6.10 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 OCCUPIED BANDWIDTH 2.1049(c,1)(g)Occupied Bandwidth Equipment used: Rohde & Schwarz ESI 40, EMI Test Receiver Including: Spectrum Analyzer, 20 Hz-40 GHz EMI Receiver, 20 Hz-40 GHz Option FSE-B7 Signal Vector Analysis EXHIBIT6 Page6.11 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 OCCUPIED BANDWIDTH REFERENCE LEVEL Modulation Sideband Spectrum Channel 512 / Carrier frequency = 1930.2 MHz Modulated with 270.8 kbs PSEUDORANDOM DATA EXHIBIT6 Page6.12 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 OCCUPIED BANDWIDTH REFERENCE LEVEL Modulation Sideband Spectrum Channel 810 / Carrier frequency = 1989.8 MHz Modulated with 270.8 kbs PSEUDORANDOM DATA EXHIBIT6 Page6.13 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 OCCUPIED BANDWIDTH 26 dB POINTS Modulation Sideband Spectrum Channel 512 / Carrier frequency = 1930.2 MHz Modulated with 270.8 kbs PSEUDORANDOM DATA EXHIBIT6 Page6.14 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 OCCUPIED BANDWIDTH 26 dB POINTS Modulation Sideband Spectrum Channel 810 / Carrier frequency = 1989.8 MHz Modulated with 270.8 kbs PSEUDORANDOM DATA EXHIBIT6 Page6.15 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 OCCUPIED BANDWIDTH BAND EDGES Modulation Sideband Spectrum Channel 512 / Carrier frequency = 1930.2 MHz Power level 44.9 dBm Modulated with 270.8 kbs PSEUDORANDOM DATA EXHIBIT6 Page6.16 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 OCCUPIED BANDWIDTH BAND EDGES Modulation Sideband Spectrum Channel 810 / Carrier frequency = 1989.8 MHz Power level 44.9 dBm Modulated with 270.8 kbs PSEUDORANDOM DATA EXHIBIT6 Page6.17 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 CONDUCTED SPURIOUS EMISSIONS 2.1051Conducted Spurious Emissions Spurious emissions at the antenna terminal (conducted) when properly loaded with an appropriate artificial antenna were measured. Equipment used: Rohde & Schwarz ESI 40, EMI Test Receiver Including: Spectrum Analyzer, 20 Hz-40 GHz EMI Receiver, 20 Hz-40 GHz Option FSE-B7 Signal Vector Analysis EXHIBIT6 Page6.18 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC13149-15 CONDUCTED SPURIOUS EMISSIONS DIGITAL MODE Conducted Spurious Emission Rated Power Output = 31 Watt Channel 512 / Carrier frequency = 1930.2 MHz 1MA1VIEW 1.9999991 GHz/Stop20 GHzStart9 kHz 62 dB Offset 62 dB Offset Ref Lvl 52 dBm Ref Lvl 52 dBm IN1 1MA SWT 115 ms VBW 1 MHz RBW 1 MHzRF Att 0 dB A UnitdBm -40 -30 -20 -10 0 10 20 30 40 50 1 Marker 1 [T1] 42.35 dBm 1.92385583 GHz D1 -13 dBm Date: 20.DEC.1999 16:12:32 EXHIBIT6 Page6.19 APPLICANT: Ericsson Radio Systems ABFCC ID NO. B5KKRC…

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