AS5CMP-40Cellular Base Station Transceiver

APPLICANT: Lucent Technologies EXHIBIT 3 FCC ID: AS5CMP-40 Page 1 of 1 EXHIBIT 3 Section 2.1033 (c)(3) INSTALLATION AND OPERATING INSTRUCTIONS A copy of the installation and operating instructions to be furnished the user. A draft copy of the instructions may be submitted if the actual document is not available. The actual document shall be furnished to the FCC when it becomes available. Response A copy of the “AUTOPLEX Cellular Telecommunications Systems, System 1000, Series II Cell Site Description, Operation, and Maintenance” manual is attached to this exhibit. This is the manual for the Series II cell site with EDRU transceivers. Because the SBEDRU is backward compatible to the EDRU, this manual is also applicable to the SBEDRU. Therefore, Lucent Technologies will not issue a new manual. Customers using the SBEDRU will be provided with this current document. Lucent Technologies — Proprietary This document contains proprietary information of Lucent Technologies and is not to be disclosed or used except in accordance with applicable agreements Copyright © 2000 Lucent Technologies Unpublished and Not for Publication All Rights Reserved 401-660-100 Issue 11 August 2000 AUTOPLEX ® Cellular Telecommunications Systems System 1000 Series II Cell Site Description, Operation, and Maintenance Lucent Technologies — Proprietary See notice on first page This material is protected by the copyright and trade secret laws of the United States and other countries. It may not be reproduced, distributed or altered in any fashion by any entity (either internal or external to Lucent Technologies), except in accordance with applicable agreements, contracts, or licensing, without the express written consent of the Customer Training and Information Products organization and the business management owner of the material. For permission to reproduce or distribute please contact: Product Development Manager 1 888-LTINFO6 (1 888-584-6366) Notice Every effort was made to ensure that the information in this document was complete and accurate at the time of printing. However, information is subject to change. Mandatory Customer Information Federal Communications Commission (FCC) Statement None for this document but here to illustrate the feature. Security This is a sample security statement. Trademarks Wa r r a n t y Lucent Technologies provides no warranty for this product. Lucent Technologies Wants Your Opinion Lucent Technologies welcomes your feedback on this document. Your comments can be of great value in helping us improve this document. 1. Please rate the effectiveness of this document in the following areas: 2. Please check the ways that you think this document could be improved: ExcellentGoodFairPoor Ease of finding information Clarity Completeness Accuracy Organization Appearance Examples Illustrations Overall satisfaction Improve the preface/introduction.Make it more concise. Improve the table of contents.Add more step-by-step procedures/tutorials. Improve the organization.Add more troubleshooting information. Include more illustrations.Make it less technical. Add more examples.Add more or better quick reference aids. Add more detail.Improve the index. Please add details about your major concerns. 3. What do you like most about this document? 4. Write any comments below or on an attached sheet. If we may contact you concerning your comments, please complete the following: Name: Company/Organization: Address: After completing this form, please return it (postage-free) to the address on the reverse side. Thank you. Telephone Number: Date: Cut Here () AUTOPLEX Cellular Telecommunications Systems System 1000 Series II Cell Site Description, Operation, and Maintenance BUSINESS REPLY MAIL FIRST CLASS PERMIT NO. 5 NEW PROVIDENCE N. J. POSTAGE WILL BE PAID BY ADDRESSEE Lucent Technologies Customer Training and Information Products NO POSTAGE NECESSARY IF MAILED IN THE UNITED STATES Do Not Cut Fold Here And Tape 1000 E. WARRENVILLE ROAD IHC 1A-410 P.O. BOX 3013 NAPERVILLE, IL 60566-7013 10 Lucent Technologies — Proprietary See notice on first page Contents 401-660-100 Issue 11August 2000 v 1Introduction 1-1
Contents1-1
Introduction1-2 General1-2 Organization1-2 n 1-5 2Introduction to Series II Cell Technology 2-1
Contents2-1
Introduction2-2 Overview 2-2
Advanced Mobile Phone Service (AMPS)2-3
Time Division Multiple Access (TDMA)2-4 TDMA Description2-4 TDMA Call Processing2-4 Communication From TDMA Cell Site to TDMA Subscriber Unit2-5 Communication From TDMA Subscriber Unit to TDMA Cell Site2-6 Code Division Multiple Access (CDMA)2-6 CDMA Cell Site Description2-7
Cellular Frequency Spectrum Allocation2-10
Advantages of Series II Hardware and Software2-11
Cell Site Equipment Functional Overview2-12 Equipment Frames2-12 Radio Channel Frames and Radio Equipment Functional Overview2-13 Facilities Interface Frame (FIF)2-18 Lucent Technologies — Proprietary See notice on first page Contents vi 401-660-100 Issue 11 August 2000 Figure 2-5. 2-19 3Time Division Multiple Access (TDMA) 3-1
Contents3-1
TDMA Overview3-3 TDMA/AMPS Dual-Mode Operation3-3 TDMA System Access3-4 TDMA Radio Interface3-4 Radio Channel Types3-4 Digital Control Channel3-5 Digital Control Channel (DCCH) Forward Link, or Downlink, Logical Channels3-5 DCCH Feature Offerings3-6 Channel Organization for Forward DCCH Superframes3-6 Digital Traffic Channels3-7 DTC Dedicated Control Channels3-7 Digital Verification Color Code Channels3-8 Handoff and Handoff Types3-8 Mobile-Assisted Handoff Procedure3-9
HandOff Based on Interference (HOBIT) / INterference Look-Ahead (INLA) Enhancements3-11
Switch-Based TDMA Voice Coder/ Decoder (Vocoder)3-15 Facilities Concentration3-15 Cell Sites Supported by the Switch-Based Vocoder feature3-18 Operation, Administration, and Maintenance (OA&M) 3-19 Feature Activation and Installation3-22
Separate Access Thresholds for DCCHs and DTCs (SEPA)3-23
Two-Branch Intelligent Anntenna (TBIA)3-27 EDRU and D…

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Lucent Technologies — Proprietary See notice on first page 8-34 401-660-100 Issue 11August 2000 Series II Cell Site Equipment Descriptions 1 N Tx Antenna 1 2 N Tx Antenna 2 3 N Tx Antenna 3 4 N Tx Antenna 4 5 N Tx Antenna 5 6 N Tx Antenna 6 RECEIVE 0 ANTENNA INPUTS 0 N Rx 0 Antenna 0 1 N Rx 0 Antenna 1 2 N Rx 0 Antenna 2 3 N Rx 0 Antenna 3 4 N Rx 0 Antenna 4 5 N Rx 0 Antenna 5 6 N Rx 0 Antenna 6 RECEIVE 1 ANTENNA INPUTS 0 N Rx 1 Antenna 0 1 N Rx 1 Antenna 1 2 N Rx 1 Antenna 2 3 N Rx 1 Antenna 3 4 N Rx 1 Antenna 4 5 N Rx 1 Antenna 5 6 N Rx 1 Antenna 6 †These connectors are not used on the Growth RCF. Table 8-5.Radio Channel Frame Interconnection Panel (ED-2R831-30) Connector Identification Jack (Plug) Conn Type Function REFERENCE POWER DIVIDER (1:6) REF (PD30)* COM SMA 15 MHz Reference Input 1 SMA 15 MHz to Shelf 1 PD1 2 SMA 15 MHz to Shelf 2 PD1 Table 8-4.Radio Channel Frame Interconnection Panel (ED-2R831-30) Connector Identification (Contd) Jack (Plug) Conn Type Function Lucent Technologies — Proprietary See notice on first page 401-660-100 Issue 11 August 2000 8-35 Series II Cell Site Equipment Descriptions 3 SMA 15 MHz to Shelf 3 PD1 4 SMA 15 MHz to Shelf 4 PD1 5 SMA 15 MHz to Shelf 5 PD1 6 SMA Not Used REFERENCE POWER DIVIDER (1:6) REF (PD30)† COM SMA 15 MHz Reference Input 1 SMA 15 MHz to Shelf 0 PD1 2 SMA 15 MHz to Shelf 1 PD1 3 SMA 15 MHz to Shelf 2 PD1 4 SMA 15 MHz to Shelf 3 PD1 5 SMA 15 MHz to Shelf 4 PD1 6 SMA 15 MHz to Shelf 5 PD1 * Connections for P-RCF. † Connections for Growth RCF. Table 8-6.Radio Channel Frame Interconnection Panel (ED-2R831-30) Connector Identification Jack (Plug) Conn Type Function TRANSMIT ANTENNAS POWER COMBINERS (9:1) 0 (PD20) J1 SMA Tx Ant 1 Test to Tx SIG MON-0 J2 thru J10 SMA J11 SMA Tx Output 0 1 (PD21) J1 SMA Tx Ant 1 Test to Tx SIG MON-1 J2 thru J10 SMA J11 SMA Tx Output 1 2 (PD22) J1 SMA Tx Ant 2 Test to Tx SIG MON-2 J2 thru J10 SMA J11 SMA Tx Output 2 Table 8-5.Radio Channel Frame Interconnection Panel (ED-2R831-30) Connector Identification (Contd) Jack (Plug) Conn Type Function Lucent Technologies — Proprietary See notice on first page 8-36 401-660-100 Issue 11August 2000 Series II Cell Site Equipment Descriptions 3 (PD23) J1 SMA Tx Ant 3 Test to Tx SIG MON-3 J2 thru J10 SMA J11 SMA Tx Output 3 4 (PD24) J1 SMA Tx Ant 4 Test to Tx SIG MON-4 J2 thru J10 SMA J11 SMA Tx Output 4 5 (PD25) J1 SMA Tx Ant 5 Test to Tx SIG MON-5 J2 thru J10 SMA J11 SMA Tx Output 5 6 (PD26) J1 SMA Tx Ant 6 Test to Tx SIG MON-6 J2 thru J10 SMA J11 SMA Tx Output 6 Table 8-7.Radio Channel Frame Interconnection Panel (ED-2R831-30, Connector Identification Jack (Plug) Conn Type Function REF TNC 15 MHz Reference Input SET UP 0† N Set Up Antenna (for future use) RTU IN† N Radio Test Unit Input RTU OUT† N Radio Test Unit Output TRANSMIT ANTENNA OUTPUTS 0 N Tx Antenna 0 1 N Tx Antenna 1 2 N Tx Antenna 2 3 N Tx Antenna 3 4 N Tx Antenna 4 5 N Tx Antenna 5 6 N Tx Antenna 6 Table 8-6.Radio Channel Frame Interconnection Panel (ED-2R831-30) Connector Identification (Contd) Jack (Plug) Conn Type Function Lucent Technologies — Proprietary See notice on first page 401-660-100 Issue 11 August 2000 8-37 Series II Cell Site Equipment Descriptions RECEIVE 0 ANTENNA INPUTS 0 N Rx 0 Antenna 0 1 N Rx 0 Antenna 1 2 N Rx 0 Antenna 2 3 N Rx 0 Antenna 3 4 N Rx 0 Antenna 4 5 N Rx 0 Antenna 5 6 N Rx 0 Antenna 6 RECEIVE 1 ANTENNA INPUTS 0 N Rx 1 Antenna 0 1 N Rx 1 Antenna 1 2 N Rx 1 Antenna 2 3 N Rx 1 Antenna 3 4 N Rx 1 Antenna 4 5 N Rx 1 Antenna 5 6 N Rx 1 Antenna 6 †These connectors are not used on the Growth RCF. Table 8-8.Radio Channel Frame Interconnection Panel (ED-2R831-30,) Connector Identification Jack (Plug) Conn Type Function RECEIVE 0 ANTENNAS POWER DIVIDERS (1:9) 0 (PD1) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 0 Input from 0 1 (PD2) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 0 Input from 1 2 (PD3) J1 SMA Not Used Table 8-7.Radio Channel Frame Interconnection Panel (ED-2R831-30, Connector Identification (Contd) Jack (Plug) Conn Type Function Lucent Technologies — Proprietary See notice on first page 8-38 401-660-100 Issue 11August 2000 Series II Cell Site Equipment Descriptions J2 thru J10 SMA J11 SMA Rx 0 Input from 2 3 (PD4) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 0 Input from 3 4 (PD5) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 0 Input from 4 5 (PD6) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 0 Input from 5 6 (PD7) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 0 Input from 6 Table 8-9.Radio Channel Frame Interconnection Panel (ED-2R831-30,) Connector Identification Jack (Plug) Conn Type Function RECEIVE 1 ANTENNAS POWER DIVIDERS (1:9) 0 (PD11) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 1 Input from 0 1 (PD12) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 1 Input from 1 2 (PD13) Table 8-8.Radio Channel Frame Interconnection Panel (ED-2R831-30,) Connector Identification (Contd) Jack (Plug) Conn Type Function Lucent Technologies — Proprietary See notice on first page 401-660-100 Issue 11 August 2000 8-39 Series II Cell Site Equipment Descriptions Series II Cell Site Busbar Assembly Unit, KS24355, L1 The Cell Site Busbar Assembly Unit utilizes plug-in Circuit Breakers for 5.0 A, 15.0 A, and 25.0 A. It also uses screw-in Capacitors. This unit equips the growth RCF so that it can support 8 EDRUs per shelf. The Growth Channel Frame Hardware is listed in the table below. J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 1 Input from 2 3 (PD14) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 1 Input from 3 4 (PD15) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 1 Input from 4 5 (PD16) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 1 Input from 5 6 (PD17) J1 SMA Not Used J2 thru J10 SMA J11 SMA Rx 1 Input from 6 Note: For other transmit and receive options, refer to SD-2R263- 01 (P-RCF) or SD-2R264-01 (Growth RCF). Table 8-9.Radio Channel Frame Interconnection Panel (ED-2R831-30,) Connector Identification (Contd) Jack (Plug) Conn Type Function Table 8-10.Growth Radio Channel Frame (G-RCF) J41660B-2 Hardware Item …

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Lucent Technologies — Proprietary See notice on first page 401-660-100 Issue 11 August 2000 16-1 16 Corrective Maintenance using Status Display Pages Contents
Contents16-1
Status Display Pages16-3 2130 - Cell Site Status Summary Display Page16-3 2130 - Procedure to Analyze the 2130 - Cell Site Status Summar y Page16-3 2131 - Cell Equipment Status Display Page16-5 2131 - Removing Cell Site Units16-9 2131 - Procedure to Remove a Cell Site Unit16-10 2131 - Restoring Cell Site Units16-11 2131 - Procedure to Restore a Cell Site Unit16-11 2131 - Diagnosing Cell Equipment16-12 2131 - Procedure to Diagnose Cell Equipment16-13 2131 - Generating Cell Equipment Status Reports16-14 2131 - Procedure to Generate Cell Equipment Status Reports16-14 2132 - Cell Software Status Display Page16-15 2132 - Allowing/Inhibiting Cell Software Processes16-15 2131 Procedure to Allow/Inhibit Cell Software Processes16-17 2133 - Cell Voice Radio (VR) Status Display Page16-18 Lucent Technologies — Proprietary See notice on first page 16-2 401-660-100 Issue 11August 2000 Corrective Maintenance using Status Display Pages 2133 - Removing/Restoring/Diagnosing Radios & Server Group Antennas16-22 2134 - Cell DS-1 Unit Status Display Page16-24 2134 - Removing/Restoring/Diagnosing or Generating a Status Report for DS1/DFI Units16-26 2134 Procedure to Remove/Restore/Diagnose or Generate a Status Report for DS1 or DFI Unit16-26 2135 -Cell LC SU /BC Status Display Page16-27 2135 - Removing/Restoring/ Diagnosing or Generating a Status Report for Locate or Setup Radios16-31 2135 Procedure to Remove/Restore/Diagnose or Generate a Status Report for Locate or Setup Radios16-31 2136 - Cell LAC Status Display Page16-33 2137 - Cell OTU/LMT Status Display Page16-33 2138 - Cell CDMA Equipment Status Display Page16-36 2138 - Remove/Restore/Diagnose CCCs or Generating a Status Report for CCCs16-40 2139 - Cell CCC CCU Status Display Page16-42 2139 - Removing/Restoring/ Diagnosing, or Generating a Status Report for CCUs16-46 2235 - Cell DCCH Status Display Page16-48 2235 - Restoring/Diagnosing or Generating Status Reports for DCCH Radios16-50 Dual Server Group Out-Of-Service (OOS) Limits16-51 Lucent Technologies — Proprietary See notice on first page 401-660-100 Issue 11 August 2000 16-3 Corrective Maintenance using Status Display Pages Status Display Pages Status display pages are the principle interface between the technician/operator and the Series II cellular system. They allow the technician to view system status, generate status reports, enter commands, and receive system responses. Status display pages are graphical displays that represent the hardware and software subsystems of the cell site and also display a nearly real-time status of all the cell sites serving the Executive Cellular Processor (ECP). Fault conditions received by the ECP for any of the cell sites on the network are indicated at the top of the status display page via colors and flashing indicators. The technician may then bring up a visual display of the particular cell site that issued the fault condition. Status display pages allow the ECP technician to: check the status of cell site hardware units, generate output reports on cell site hardware units, remove (deactivate), restore (activate), and switch cell site hardware units; and inhibit, allow, and run diagnostics on cell site hardware units. The commands entered using the status display page are entered at the command line at the bottom of the status display page. This section addresses status display pages. In particular, it:
Identifies and describes the major status display pages
Gives directions for displaying them on the screen
Identifies and describes the major indicators on the status display pages 2130 - Cell Site Status Summary Display Page The 2130 - Cell Site Status Summary page (See Figure 16-1) provides overall summary status for each Cell Site. 2130 - Procedure to Analyze the 2130 - Cell Site Status Summary Page
Select ECP Control & Display from the AUTOPLEX(R) System 1000 ECP Access menu.
Open the 2130 - Cell Site Status Summary page.
Analyze the overall status of each Cell Site or a specific Cell Site (See Figure 16-1, and Table 16-1).
For more information about a specific Cell Site, use the page commands to navigate to the desired cell status display page. For details about other cell status display pages, refer to the appropriate section in this document. Lucent Technologies — Proprietary See notice on first page 16-4 401-660-100 Issue 11August 2000 Corrective Maintenance using Status Display Pages Figure 16-1. Example of 2130 - Cell Site Status Summary Page CMDDESCRIPTION s SCREEN s OF 3 2131,c Cell c Equipment Status 2132,c Cell c Software Status 2133,c Cell c VRG Status SERIES 2 ONLY 2133,c,sg,ant VR Status 2134,c Cell c DS-1 Unit Status 2135,c Cell c LC/SU/BC Status 2136,c Cell c LAC Status 2137,c Cell c OTU/LMT Status 2138,c Cell CDMA Equip Status 2139,c,n Cell c CCC n CCU Status 2235,c Cell c DCCH Status 401,c OP:CELL c CELL MSC CDN DCS CCS7 TRUNK LEGEND ant - PHYSICAL ANTENNA FACE c - CELL NUMBER n - CDMA CLUSTER CONTROLLER NUMBER s - SCREEN NUMBER (REQUEST OTHER SCREENS BY ENTERING NUMBER AT CMD PROMPT). CELL SITES 76-150 ARE DISPLAYED ON SCREEN 2, AND 151-222 ON SCREEN) sg - SERVER GROUP VR - VOICE RADIO VRG - VOICE RADIO GROUP NAME SYS EMER OVERLOAD APX-1000 GENERIC xttya-cdA IMS LINK MTTY00 mm/dd/yy hh:mm:ss SYS NORM CMD< 2130 - Cell Site STATUS SUMMARY CRITICAL MAJOR MINOR SYS INH CU CU PERPH 1-uneq 16-uneq 31-uneq 46-uneq 61-uneq 2-uneq 17-uneq 32-uneq 47-uneq 62-uneq 3-uneq 18-uneq 33-uneq 48-uneq 63-uneq 4-uneq 19-uneq 34-uneq 49-uneq 5-uneq 20-uneq 35-uneq 50-uneq 65-uneq 6-uneq 21-uneq 36-uneq 51-uneq 66-uneq 7-uneq 22-uneq 37-uneq 52-uneq 67-uneq 8-uneq 23-uneq 38-uneq 53-uneq 68-uneq 9-uneq 24-uneq 39-uneq 54-uneq 69-uneq 10-uneq 25-uneq 40-uneq 55-uneq 70-uneq 11-act 26-uneq 41-uneq 56-uneq 71-uneq 12-act 27-uneq 42-uneq 57-uneq 72-uneq 28-uneq 43-uneq 58-un…

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- 1 - Lucent Technologies, Inc. 6250 E. Broad Street Columbus, OH 43213 July 17, 2001 Timco Engineering Inc. Telecommunication Certification Bodies 849 NW State Road 45 Newberry, Florida 32669 Subject: Application for Certification of FCC ID: AS5CMP-40 Dear Examiner: In accordance with Parts 2 and 22 of the Commission’s Rules and Regulations, we are submitting herewith statements and supporting data to show compliance with the requirements of the Commission for the certification of the Lucent Technologies Single Board Enhanced Digital Radio Unit, henceforth SBEDRU, under FCC ID AS5CMP-40, for operation in the domestic public cellular A and B bands. The AS5CMP-40 SBEDRU is a cellular transceiver used in Lucent Technologies AUTOPLEX  Land Station 1000 System for use in the domestic telecommunications services. It utilizes the Time Domain Multiple Access (TDMA) technology with the standard π/4 DQPSK (Differentially Encoded Quadrature Phase Shift Keying) modulation for 3 time slots. The data summarized below is in the form presently used by the Commission’s Radio Equipment List. Manufacturer Lucent Technologies, Columbus, Ohio Equipment Identification AS5CMP-40 Rules Part Number Part 22, Subpart H – Cellular Radiotelephone service Frequency Range Transmit: 869 – 894 MHz, Receive: 824 – 849 MHz Output Power +14.5 dBm to –22 dBm per carrier Frequency Tolerance ± 1.5 ppm Emission Designator DXW This unit is designed to be used with other FCC granted TDMA transmit and amplification devices. It will be used in both cellular and PCS operations. When used in normal cellular base station operation, it will be used with a FCC certified output power amplifier. When used in PCS applications, there will be no modifications in this transceiver. The output of this unit will be applied to a FCC authorized upbander-amplifier which will up- convert the cellular signal produced by the SBEDRU to a PCS frequency and then amplify it for use in the domestic PCS service. The AS5CMP-40 SBEDRU transceiver is a new design of the double-board Enhanced Digital Radio Unit (EDRU) which was previously granted under FCC ID AS5CMP-17. The SBEDRU’s design was based on the EDRU digital circuitry and the single channel RF circuitry of the Flexent Dual Radio Module (DRM) granted under FCC ID: AS5CMP-32. It combined both of its digital and RF circuitry on a single board. The AS5CMP- 40 SBEDRU transceiver is fully compatible with the Lucent Technologies AUTOPLEX  1000 system that currently uses EDRUs. It was designed in accordance with the guidelines of the latest TIA/EIA/IS-136-A standard.

APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-40 Page 2 of 8 AS5CMP-40 SBEDRU Transceiver Front View 19.6 cm APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-40 Page 3 of 8 AS5CMP-40 SBEDRU Transceiver Rear View APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-40 Page 8 of 8 Front View of Radio Channel Frame (RCF) with Doors Removed Front View of Antenna Interface Frame (AIF) with Doors Removed AS5CMP-40 SBEDRU RFGs

APPLICANT: Lucent Technologies EXHIBIT 8 FCC ID: AS5CMP-40 Page 1 of 3 EXHIBIT 8 Section 2.1033 (c)(11) EQUIPMENT IDENTIFICATION LABEL A photograph or drawing of the equipment identification plate or label showing the information to be placed thereon. Response The equipment label to be affixed to the AS5CMP-40 SBEDRU transceiver will contain the following information. The engineering drawing of the label is attached to this exhibit. The photo showing the label placement is given in this exhibit as well. Lucent Technologies AUTOPLEX Transceiver PART NO: 44 WR9 FCC ID: AS5CMP-40 REAR FRONT LEFT SIDE APPLICANT: Lucent Technologies EXHIBIT 8 FCC ID: AS5CMP-40 Page 3 of 3 Photograph of Label Placement The front and left side view of the AS5CMP-40 SBEDRU transceiver is attached here. AS5CMP-40 Label Placement

APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-40 Page 4 of 8 Front: Faceplate Rear AS5CMP-40 SBEDRU Transceiver Circuit Board Component Side View 36cm APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-40 Page 5 of 8 AS5CMP-40 SBEDRU Transceiver Circuit Board Wiring Side View APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-40 Page 6 of 8 AS5CMP-40 SBEDRU Transceiver Circuit Board Component Side View With Shielding Cover Removed APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-40 Page 7 of 8 AS5CMP-40 SBEDRU Transceiver Circuit Board Wiring Side View With Shielding Cover Removed

APPLICANT: Lucent Technologies EXHIBIT 4 FCC ID: AS5CMP-40 Page 1 of 1 EXHIBIT 4 Section 2.1033 (c)(8) DC VOLTAGES AND CURRENTS The dc voltage applied to and dc currents into the several elements of the final radio frequency amplifying device for normal operation over the power range. Response The dc voltage applied to and dc currents into the final radio frequency amplifier in the SBEDRU for normal operation are 5 V and 150 mA. Section 2.1033 (c)(9) TUNE-UP PROCEDURE Turn-up procedure over the power range, or at specific operating power levels. Response The AS5CMP-40 SBEDRU transceiver does not have user tune-up procedures for various power levels. The only available power adjustment for the user is through tuning the recessed screw located on the faceplate of the SBEDRU transceiver, which allows the SBEDRU transceiver to operate at the proper power level.

APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-40 Page 1 of 18 EXHIBIT 11 TEST REPORT This test report presents the measurement data required by the Commission for certifying the AS5CMP-40 SBEDRU cellular transceiver, subject of this application. All the testing was performed during the period of May 21~July 17, 2001. The measurement results have demonstrated the AS5CMP-40 SBEDRU transceiver is in full compliance with the Rules of the Commission. APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-40 Page 2 of 18 SUBEXHIBIT 11.1 Section 2.1033 (c)(14) REQUIRED MEASUREMENT DATA The required measurement data is presented in the following exhibits as follows: SUBEXHIBIT 11.2 Section 2.1046 Measurements Required: RF Power Output SUBEXHIBIT 11.3 Section 2.1047 Measurements Required: Modulation Characteristics SUBEXHIBIT 11.4 Section 2.1049 Measurements Required: Occupied Bandwidth SUBEXHIBIT 11.5 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminals SUBEXHIBIT 11.6 Section 2.1053 Measurements Required: Field Strength of Spurious Radiation SUBEXHIBIT 11.7 Section 2.1055 Measurements Required: Frequency Stability SUBEXHIBIT 11.8 Section 2.947 Listing of Test Equipment Used APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-40 Page 3 of 18 SUBEXHIBIT 11.2 Section 2.1046 MEASUREMENT REQUIRED: RF POWER OUTPUT This test is a measurement of the RF power level transmitted at the AS5CMP-40 SBEDRU output terminal, as shown in the accompanying test set-up diagram. One SBEDRU was tuned to Channel 400 at 882.0 MHz, which is the approximate mid channel of the Cellular Frequency Band (869.0 – 894.0 MHz). The mean power level at its output terminal was set to approximately +14.5dBm. Then the carrier was tuned to other channels across the Cellular Band in increments of approximately 50 channels and the corresponding mean RF output power level was measured. All the carriers were modulated in all 3 time slots with a pseudo- random data stream. The channels that were measured are tabulated in the following table: Cellular Channel No. Frequency (MHz) Cellular Frequency Band SBEDRU Output (dBm) 991 869.04 A” 14.36 1023 870.00 14.47 50 871.50 14.43 100 873.00 14.52 150 874.50 A 14.53 200 876.00 14.52 250 877.50 14.53 300 879.00 14.59 334 880.02 B Setup 14.54 350 880.50 14.51 400 882.00 14.50 450 883.50 14.40 500 885.00 B 14.43 550 886.50 14.55 600 888.00 14.53 650 889.50 14.52 700 891.00 A’ 14.47 716 891.48 14.49 750 892.50 B’ 14.46 799 893.97 14.54 Power measurements were made with a Giga-tronics 8542C Universal Power Meter with 80621A Power Sensor (0.01 – 18 GHz) in the modulated average mode. The test set-up for conducting the RF power output measurement from the SBEDRU is shown in the following figure. All the results are given in the above table. It can be seen from the above table that all the mean RF power outputs measured across the Cellular Frequency Band are within ±0.14 dB of the rated maximum power output +14.5 dBm. Results: The RF power outputs of the SBEDRU across the Cellular Frequency Band 869.0 – 894 MHz are in full compliance with the Rules of the Commission. APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-40 Page 4 of 18 TEST SET-UP FOR MEASUREMENT OF RADIO FREQUENCY POWER OUTPUT AIF: Antenna Interface Frame RCF: Radio Channel Frame RFG-RB: Reference Frequency Generator with a Rubidium Oscillator RFG-XO: Reference Frequency Generator with a Quartz Oscillator RFG-RB RFG-XO SBEDRU AS5CMP-40 Giga-tronic 8542C Power Meter with 80621A Power Sensor AIF J41660E-2 RCF J41660A-2 15 MHz APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-40 Page 5 of 18 SUBEXHIBIT 11.3 Section 2.1047 MEASUREMENT REQUIRED: MODULATION CHARACTERISTICS The SBEDRU utilizes the standard digital π/4 Differentially Encoded Quadrature Phase Shift Keying (DQPSK) modulation technique. The modulation accuracy measurements were performed with a carrier modulated with a pseudo-random data stream for all three time slots. The measurements were made at the output terminal of the SBEDRU on three channels which correspond to 1) the lowest settable cellular frequency 869.04 MHz at Ch 991 (A-Band), 2) the mid cellular band 882.0 MHz at Ch 400, and 3) the highest settable cellular frequency 893.97 MHz at Ch 799 (B-band). At each of the above three frequencies, the carrier power level was adjusted to the rated maximum mean power +14.5 dBm at the output terminal of the SBEDRU. The measurements were performed with a Rohde & Schwarz FSEB30 Spectrum Analyzer with option FSE-B7 which was calibrated in accordance with ISO 9001 process. The measurement results are summarized in the following table. Channel No. Frequency (MHz) RMS Error Vector Mag (%) 991 869.04 2.63 400 882.00 2.56 799 893.97 2.64 Results: The above measurement results show that the error vector magnitudes measured at all three channels are insignificant and the modulation accuracy of the SBEDRU is in full compliance with the Rules of the Commission across the Cellular Frequency Band 869.0 – 894.0 MHz. The test set-up diagram is given in the following figure. APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-40 Page 6 of 18 TEST SET-UP FOR MEASUREMENT OF MODULATION ACCURACY AIF: Antenna Interface Frame RCF: Radio Channel Frame RFG-RB: Reference Frequency Generator with a Rubidium Oscillator RFG-XO: Reference Frequency Generator with a Quartz Oscillator RFG-RB RFG-XO SBEDRU AS5CMP-40 R/S Spectrum Analyzer FSEB30 with Vector Signal Analyzer FSE-B7 S/N: DE25462 AIF J41660E-2 RCF J41660A-2 15 MHz APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-40 Page 7 of 18 SUBEXHIBIT 11.4 Section 2.1049 MEASUREMENT REQUIRED: OCCUPIED BANDWIDTH In compliance with Section 2.1049(h), a single TDMA carrier was modulated by a pseudo-random data stream for all three time slots. The occupied bandwidth measurements were made at the output terminal of the SBEDRU on three channels which correspond to 1) the lowest settable cellular freque…

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APPLICANT: Lucent Technologies EXHIBIT 2 FCC ID: AS5CMP-40 Page 1 of 2 EXHIBIT 2 Section 2.1033 (c)(1, 2, 4-7) INFORMATION OF MANUFACTURER, APPLICANT, IDENTIFIER, EMISSION TYPES, FREQUENCY RANGE, OPERATING POWER RANGE AND MAXIMUM POWER RATING Section 2.1033 (c)(1) NAME AND ADDRESS OF MANUFACTURER AND APPLICANT The full name and mailing address of the manufacturer of the device and the applicant for certification Response Manufacturer: Lucent Technologies, Inc. Columbus Manufacturing Facility 6200 E. Broad Street, Columbus, OH 43213 Applicant: Lucent Technologies, Inc. 101 Crawfords Corner Road, Holmdel, NJ 07733 Attention: Katherine Dunphy Section 2.1033 (…

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