X3V1900RRUCCDMA Cellular Base Station

This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. Users Manual Applicant: Ericsson (China) For Original Filing: FCC: X3V1900RRUC IC: 287AJ-1900RRUC Tools and materials: Hammer drill kit, anchoring tools Torque wrench (torque to 25 N-m) Antistatic wrist strap Torx screwdriver set Hex wrench (Allen key) set 3M fiber cleaning solution #6 AWG ground cable Swabs, cleaner for optic cable Weatherproofing for RF cables Installation procedure for the Installation procedure for the CDMA Remote Radio Unit (RRUC)CDMA Remote Radio Unit (RRUC) Install the CDMA Remote Radio Unit (RRUC) using the instructions in this card. Work with assistance RF exposure The antenna must be installed at a minimum distance of 4.25 meters from any human exposure to comply with RF exposure limits. Requirements checklist System: Lock the Base Station (contact the Base Station administrator). Disconnect the Base Station power. Connect ground leads first Connect the frame ground leads before any other leads. CPC N0213009 Option Installation options Install the RRUC within 40 km of the antennas. Decide on a wall, floor, roof or pole installation. Install RRUC onto a wall Install the RRUC onto a concrete or stud wall. 1. Position template on the wall. 2. Drill holes for anchor bolts/screws. 3. Place bracket in position. 4. Insert anchor bolts (3/16” x 1.25”) /screws (6mm x 50mm) into the four holes and tighten. 5. Secure the RRUC onto bracket (see next page). continued overleaf Site preparation: Locate and position the RRUC on wall, floor, roof or pole. Provide or arrange access portals for cabling. Provide protective covering or conduit for RF cabling. (Optional) Install customer supplied DC surge protector for power cable. Packaging and contents RRUC unit in cardboard shell. Fiber optic cable (with dust caps) cable engineered for the site. DC power cable (site engineered and packaged separately). Duplexer Mounting brackets and template SFP module (Optional) Solar shield 10 in 13 in Locations for four wall mount holes in inches Install protective coverings Obtain and install protective coverings and strapping for all exposed cable. Apply weatherproofing material to all RF cables. Install ground cable Install a ground cable between the mounting bracket and a building ground. Install RF cables Install two RF cables between the RRUC and the antenna. 1. Install N-type connectors on the RRUC cable ends. 2. Install suitable connectors on the antenna end, attach and tighten. 3. Attach the RRUC cable for the Main antenna to the left connector and tighten. 4. Attach the RRUC cable for the Diversity antenna to the right connector and tighten. Install the optical cable Install optical cable between the RRUC and the Base Station. 1. Label the cable by its sector name (for example, Alpha0). 2. Route optical cable from the Base Station to the RRUC. 3. Remove the connector dust cap. 4. Gently clean the ferrule using cotton tip with alcohol wipe. 5. Connect immediately to the RRUC connector. Install the power cable Install power cable between the RRUC and the Base Station. 1. Route power cable from the RRUC to the DC surge protectors in the building. 2. Attach the power connector to the RRUC. Contact Base Station personnel to connect the power and optical cables to the Base Station and configure the RRUC installation. 1. Locate a suitable ground point on the wall or pole. 2. Install a grounding lug or screw. 3. Install a ground cable between the ground point and ground screws on mounting bracket using a two-hole lug. Option Install RRUC onto a pole Install the RRUC onto a pole. 1. Determine mounting location. 2. Position mounting bracket. 3. Attach upper clamp and lower clamp. 4. Tighten fasteners. 5. Secure RRUC onto bracket. Secure RRUC onto bracket Position the RRUC onto the bracket and secure. 1. Install DPM into RRUC unit. 2. Install four upper screws and washers loosely into the RRUC unit. 3. Lift the unit onto bracket and set upper screws onto slots in the bracket. 4. Insert the four lower screws and washers and tighten. 5. Tighten the upper screws. 6. If required, attach solar cover over RRUC. 7. Install cables between the DPM and the RRUC. Option Install RRUC onto floor Install the RRUC onto the floor. 1. Position template on floor. 2. Drill holes in floor for M12 anchor bolts. 3. Place floor stand in position. 4. Insert bolts into four holes and tighten. 5. Determine mounting bracket location. 6. Attach upper clamp and lower clamp. 7. Tighten fasteners. 8. Secure RRUC onto bracket. Option Install RRUC onto roof Install the RRUC onto a roof. 1. Place roof stand in position. 2. Extend base legs to stabilize the stand. 3. Place 50 lb./23 kg weights over each leg. 4. Determine mounting bracket location. 5. Attach upper clamp and lower clamp. 6. Tighten fasteners. 7. Secure RRUC onto bracket. © Copyright Ericsson AB 2010. All rights reserved. No part of this document may be reproduced in any form without the written permission of the copyright owner. The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document. Locations for four floor/roof mount holes (in millimeters) 520 520

ATTESTATION Date: _ April 19, 2010__ Subject: Attestation for Internal Photos Ericsson attests that the Internal Photos for FCC ID: X3V1900RRUC are confidential material for the following reasons: The transmitter used in the CDMA BTS for which certification is being requested, is a non-consumer device inaccessible to the general public. It’s installed in a restricted access area accessible to only the licensee or his designated technicians. The Internal Photos contain trade secrets or technical data which Ericsson (China) Communications Company Ltd deems to be proprietary. Therefore this information would customarily be guarded from competitors and cannot be accessible to the general public. Thank you! Sincerely, (Signature) Gavin Gan / Safety & Regulatory Project Manager BCAM, Ericsson Tel: +86-10-65108304 Fax: +86-10-59263304 Email: [email protected] ; [email protected]

CONFIDENTIALITY REQUEST Date: _ April 19, 2010__ Subject: Confidentiality Request for FCC ID: X3V1900RRUC Pursuant to Sections 0.457 and 0.459 of the Federal Communications Commission’s Rules, the Applicant hereby requests permanent confidential treatment of information accompanying this Application as outlined below: 1) Block Diagram 2) Schematics 3) Parts List 4) Operational Description 5) Internal Photos* 6) Tune-Up Procedure *Note: The device is the radio module of a CDMA BTS for the Carrier Networks, so it is the non- consumer device which is inaccessible to the general public. It shall be installed in a restricted access area and only be serviceable by the licensee or his designated technicians. The above material contains trade secrets or technical data which Ericsson (China) Communications Company Ltd deems to be proprietary. Therefore this information would customarily be guarded from competitors and cannot be accessible to the general public. Thank you! Sincerely, (Signature) Gavin Gan / Safety & Regulatory Project Manager BCAM, Ericsson Tel: +86-10-65108304 Fax: +86-10-59263304 Email: [email protected] ; [email protected]

This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. External Photos Applicant: Ericsson (China) For Original Filing: FCC: X3V1900RRUC IC: 287AJ-1900RRUC This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. RRUC 1900MHz Assembly Front View

This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. Label & Location Applicant: Ericsson (China) For Original Filing: FCC: X3V1900RRUC IC: 287AJ-1900RRUC This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. X3V1900RRUC 287AJ-1900RRUC Label This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. X3V1900RRUC 287AJ-1900RRUC Location

This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. Test Report A Applicant: Ericsson (China) For Original Filing: FCC: X3V1900RRUC IC: 287AJ-1900RRUC ________________________________ Test Report for FCC/IC Equipment Authorization CDMA Metrocell DC Indoor BTS with RRUC 1900MHz FCC ID: X3V1900RRUC IC: 287AJ-1900RRUC Document: X3V1900RRUC Stream: 00 Issue: 01 Document Status: Approved Issue Date: January 27, 2010 Security Status: Nortel Networks Confidential Author: Lewas Liu ________________________________ Disclaimer The master of this document is stored on an electronic database and “write protected”. The protection can be altered by authorized persons only. Viewing of the master document electronically ensures access to the current issue. Any hardcopies must be regarded as uncontrolled copies. Security Warning The information disclosed herein is proprietary to Nortel Networks and not to be used by or disclosed by unauthorized persons without the written consent of Nortel Networks. The recipient of this document shall respect the security status of the information Test Report for GDNT CDMA FCC/IC Equipment Authorization Product Integrity January 27, 2010 Stream 00 issue 01 Approved 2 Document Control Document Storage The master of this document is stored in an electronic database and may be altered only by authorized personnel. While copies may be printed, they are not controlled versions of the document; electronic access to the master ensures the current issue. Any hardcopies are regarded as uncontrolled copies. To compare a version to the electronic stored version, use the documents Stream and Issue. Revision History Stream/Issue Revision Date Status Changes Author/Editor 00/01 01/27/2010 Initial test report Lewas Liu Test Report for GDNT CDMA FCC/IC Equipment Authorization Product Integrity January 27, 2010 Stream 00 issue 01 Approved 3 References [1] FCC Part 24 Subpart E, “Personal Communication Services” [2] FCC Part 2 Subpart J, “Frequency allocations and radio treaty matters; general rules and regulations”, [3] TIA/EIA-97-D “Recommended Minimum Performance Standards for Base Stations Sup-porting Dual Mode Spread Spectrum Systems”. [4] 2GHz Personal Communications Services, Industry Canada, RSS-133,Issue 5,Revision 1 February 2009 Test Report for GDNT CDMA FCC/IC Equipment Authorization Product Integrity January 27, 2010 Stream 00 issue 01 Approved 4 Acronyms and Abbreviations RRUC Remote Radio Unit CDMA ASIC Application Specific Integrated Circuit BBW Breathing, Blossoming and Wilting BPF Bandpass Filter BTS Base Station Transceiver Subsystem BW Bandwidth CDMA Code Division Multiple Access dBFS dB relative to Full Scale DDS Direct Digital Synthesizer DPM Duplexer Preselector Module EEPROM Electrically Erasable and Programmable ROM EC Engineering Change ERLCE Excess Reverse Link Capacity Estimate HSSPC High-Speed Serial Protocol Controller HW Hardware IF Intermediate Frequency IIC Inter-Integrated Circuit Bus IS Interim Standard LO Local Oscillator LPF Low pass Filter MCPA Multi-Carrier Power Amplifier MFRM Multi-carrier Flexible Radio Module NF Noise Figure OCNS Orthogonal Channel Noise Source OH OverHead PA Power Amplifier PC Personal Computer PPR Peak Power Reduction PSA Product Specification Agreement RBW Resolution BandWidth RF Radio Frequency Rx Receive SA Spectrum Analyzer SFRW Single Carrier Flexible Radio Module SW Software TBD To Be Determined TM Triplexer Module TPTL Transmit Power Tracking Loop TRM Transmitter Receiver Module Tx Transmit uP Microprocessor XCVR Transceiver Test Report for GDNT CDMA FCC/IC Equipment Authorization Product Integrity January 27, 2010 Stream 00 issue 01 Approved 5 Table of Contents 1.0 Introduction....................................................................................................................... 6 1.1 Required Tests ................................................................................................... 6 2.0 Engineering Declaration .................................................................................................. 7 3.0 Equipment Authorization Application Requirements ................................................... 8 3.1 Standard Test Conditions and Test Equipment ................................................. 8 3.2 EUT Identification List ......................................................................................... 8 3.3 Test Equipment List ............................................................................................ 8 4.0 Transmitter Test and Measurement Results.................................................................. 9 4.1 PA DC Current Draw........................................................................................... 9 4.1.1 PA DC Current Draw Requirements...................................................................... 9 4.1.2 Test Method........................................................................................................... 9 4.1.3 Test Setup ............................................................................................................. 9 4.1.4 Test Results........................................................................................................... 9 4.2 RF Power Output .............................................................................................. 10 4.2.1 RF Power Output Requirements ......................................................................... 10 4.2.2 Test Method......................................................................................................... 10 4.2.3 Test Setup ........................................................................................................... 10 4.2.4 Test Results......................................................................................................... 10 4.3 Occupied Bandwidth ................…

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This document contains Proprietary information of Ericsson. This information is considered to be confidential and should be treated appropriately. Test Report B Applicant: Ericsson (China) For Original Filing: FCC: X3V1900RRUC IC: 287AJ-1900RRUC Ramon Lao GDNT CDMA Product Integrity ________________________________ Spurious Emissions Test Report for the RRUC 1900 FCC Part 24 and Industry Canada RSS-133 FCC: X3V1900RRUC IC: 287AJ-1900RRUC Document: RRUC1900- NTTT20BAE5-Spurious-Emissions-Test-Report Stream: 00 Issue: 01 Document Status: Draft Issue Date: February 5, 2010 Security Status: Nortel Networks Confidential Author: Ramon Lao ©2008 Nortel Networks Limited Disclaimer The master of this document is stored on an electronic database and “write protected”. The protection can be altered by authorized persons only. Viewing of the master document electronically ensures access to the current issue. Any hardcopies must be regarded as uncontrolled copies. Security Warning The information disclosed herein is proprietary to Nortel Networks and not to be used by or disclosed by unauthorized persons without the written consent of Nortel Networks. The recipient of this document shall respect the security status of the information March 26, 2010 Stream 00 issue 01 Approved 1 Ramon Lao GDNT CDMA Product Integrity Document Control Document Storage The master of this document is stored in an electronic database and may be altered only by authorized personnel. While copies may be printed, they are not controlled versions of the document; electronic access to the master ensures the current issue. Any hardcopies are regarded as uncontrolled copies. To compare a version to the electronic stored version, use the documents Stream and Issue. Revision History Stream/Issue Revision Date Status Changes Author/Editor 00/01 February 5, 2010 Draft Initial test report Ramon Lao 00/01 March 26, 2010 Approved Daniel Tan Approval by Name Function Date Signature Daniel Tan PI Manager March 26, 2010 March 26, 2010 Stream 00 issue 01 Approved 2 Ramon Lao GDNT CDMA Product Integrity Applicable Standard [A1] ANSI C63.4-2003 for FCC CFR 47 American National Standard for Methods of Measurement of Radio-Noise Emission form Low-Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz, 15 September 2009. [A2] ANSI C63.2-1996, American National Standard for Electromagnetic Noise and Field Strength Instrumentation, 10 Hz to 40 GHz – Specifications, 01 January 1996. [A3] FCC CFR 47 Part 15, “FCC Rules for Radio Frequency devices, title 47 of the code of federal regulations – radio frequency devices” [A4] TIA-603-C, Land Mobile FM or PM Communications Equipment Measurement and Performance Standards, August 2004. [A5] CISPR 22 (1997 / A2 2002), Title: Information technology equipment – Radio disturbance characteristics – Limits and methods of measurement. [A6] EN 55022, “Information technology equipment – Radio disturbance characteristics – limits and methods of measurement (1998)” [A7] ICES-003, Spectrum Management and Telecommunications Policy Interference-Causing Equipment Standard, Issue 4, February 2004 [A8] 2GHz Personal Communications Services, Industry Canada, RSS-133, Issue 2, Revision 1, November 6, 1999. [A9] Industry Canada, RSS 212, Test Facilities and Test Methods for Radio Equipment, Issue 1 (Provisional), February 27, 1999. March 26, 2010 Stream 00 issue 01 Approved 3 Ramon Lao GDNT CDMA Product Integrity Reference Document [R1] “CDMA Metro Cell Remote Radio Head Provisioning Guidelines and Cell Site Requirements”, Approved, Stream 00, Issue 01, September 27, 2009. [R2] “Recommended Minimum Performance Standards for Spread Spectrum Base Stations” Release C (TIA-97-F), C.S0010-C, Version 1.0, Jan 14, 2005. [R3] E1001WT8888-0115, Lab report provided by CEPREI in Guangzhou, China. [R4] “Remote Radio Unit CDMA Duplexer 1900 MHz A/D, B/E, C/F Band Duplexer OEM General Specification”, Approved, Stream: 00, Issue: 01.2, January 07, 2010 [R5] “1900MHz Remote Radio Head (RRH) Systems Design Specification”, Approved, Stream: 01, Issue: 00, August 25, 2009. [R6] “CDMA 1900MHz Remote Radio Head (RRH) Product Integrity/System Integrity/Product Verification General Test Plan”, Draft, Stream: 00, Issue:01, December 22, 2009. March 26, 2010 Stream 00 issue 01 Approved 4 Ramon Lao GDNT CDMA Product Integrity Acronyms and Abbreviations Abbreviation Explanation ASIC Application Specific Integrated Circuit BBW Breathing, Blossoming and Wilting BPF Bandpass Filter BTS Base Station Transceiver Subsystem BW Bandwidth CDMA Code Division Multiple Access dBFS dB relative to Full Scale dB Decibel dBm decibel relative to 1 mW DPM Duplexer Preselector Module EMI Electro-Magnetic Interference EMU Equipment Under Test EMC Electromagnetic Compatibility EC Engineering Change ERLCE Excess Reverse Link Capacity Estimate HSSPC High-Speed Serial Protocol Controller HW Hardware IF Intermediate Frequency ITE International Electro technical Commission IS Interim Standard IEC International Electro technical Commission LO Local Oscillator LPF Low pass Filter MCPA Multi-Carrier Power Amplifier MFRM Multi-carrier Flexible Radio Module MHz Megahertz N/A Not Applicable NA not Available OCNS Orthogonal Channel Noise Source OH Over Head PA Power Amplifier PC Personal Computer PI Product Integrity RE Radiated Emissions PSA Product Specification Agreement RBW Resolution Band Width RF Radio Frequency Rx Receive SA Spectrum Analyzer SFRW Single Carrier Flexible Radio Module SW Software TBD To Be Determined TM Triplexer Module TPTL Transmit Power Tracking Loop TRM Transmitter Receiver Module Tx Transmit uP Microprocessor XCVR Transceiver March 26, 2010 Stream 00 issue 01 Approved 5 Ramon Lao GDNT CDMA Product Integrity Table of Contents Document Control...........................................................................................................2 Document Storage...........................................................................…

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