Nokia CMP-40 Users manual

APPLICANT: Lucent Technologies EXHIBIT 3 FCC ID: AS5CMP-40

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.

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AUTOPLEX® Cellular Telecommunications Systems System 1000

Series II Cell Site

Description, Operation, and Maintenance

401-660-100 Issue 11 August 2000

Lucent Technologies — Proprietary

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Contents

1 Introduction

Contents 1-1

■

Introduction 1-2

■

General 1-2 Organization 1-2

2 Introduction to Series II Cell Technology

Contents 2-1

■

Introduction 2-2

■

Overview 2-2

Advanced Mobile Phone Service (AMPS) 2-3

■

Time Divi si o n Mu lt ip le A cce s s (TDMA) 2-4

■

TDMA Description 2-4 TDMA Call Processing 2-4 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 Description 2-7

Cellular Frequency Spectrum Allocation 2-10

■

Advantages of Series II Hardware and Software 2-11

■

Cell Site Equipment Functional Overview 2-12

■

Equipment Frames 2-12 Radio Channel Frames and Radio Equipment Functional Overview2-13 Facilities Interf ace Frame (FIF) 2-18

1-1

1-5

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Figure 2-5.

3 Time Division Multi pl e Ac cess (TDMA)

Contents 3-1

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TDMA Overview 3-3

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TDMA/AMPS Dual-Mode Operation 3-3 TDMA System Access 3-4 TDMA Radio Interface 3- 4 Radio Channel Types 3-4 Digital Control Channel 3-5 Digital Control Channel (DCCH) Forward Link, or

Downlink, Logical Channels 3-5 DCCH Feature Offerings 3-6 Channel Organization for Forward DCCH Superframes3-6 Digital Traffic Channels 3-7 DTC Dedicated Control Channels 3-7 Digital Verification Color Code Channels 3-8 Handoff and Handoff Types 3-8 Mobile-Assisted Handoff Procedure 3-9

HandOff Based on Interference (HOBIT) / INt erference

■

Look-Ahead (INLA) Enhancement s3-11

Switch-Based TDMA Voice Coder/ Decoder (Vocoder) 3-15

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Facilities Concentration 3-15 Cell Sites Supported by the Switch-Based Vocoder feature3-18 Operation, Administration, and Maintenance (OA&M) 3-19 Feature Activation and Install ati on 3-22

Separate Access Thresholds for DCCHs and DTCs (SEPA)3-23

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Two-Branch Intelligent Anntenna (TBIA) 3-27

■

EDRU and DRM implementation of TBIA 3-27

2-19

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TBIA Performance 3-27 TBIA Availability 3-28 TBIA Activation 3-28

4 Code Division Multipl e Access (CDMA)

Contents 4-1

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CDMA Overview 4-4

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Transition to CDMA 4-4 CDMA Advantages Compared with AMPS and TDMA 4-5 Capacity 4-7

CDMA/AMPS Dual-Mode Operation 4-8

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Lucent Technologies CDMA Architectur e 4-9

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Hardware Requirements 4-9 Speech-Handling Equipment at the DCS 4-10 Call Setup 4-12 Radio Equipment 4-14 Cabinet Configurations 4-15 Radios and Radio Equipment 4-24 CRTU Components 4-31 CDMA Series II Configuration Options 4-34 Timing Requirements 4-35

New Features and Upgrades 4-40

■

Cell Site Synchronization Failure Warni ng &

Correction: Phase 1 4-40 New CDMA Cluster Controller (CCC) Board with

Increased SRAM 4 -40

Code Division Multiple Access (CDMA) Double Density Growth Frame (DDGF)4-42

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3-29

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Contents

CDMA DDGF Description 4-42 DDGF Architecture 4-42 Using the DDGF in a Series II Analog Cell Site 4-47 RFTG 4-52 CDMA DDGF Power Requirements, Distribution, and Calibration4-55 Grounding Requirements 4-59 Connecting the DDGF to Frames in a Series II 4-63 CDMA Radio Test Unit Module and Interface 4-69 Alarms 4-73

5 Series II Cellular CDMA Adjunct to Sm all Cells

Contents 5-1

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CDMA Adjunct 5-3

■

Overview 5-3 High Level Interface for the CDMA Adjunct 5-3 Supported Technologies 5-4 Traffic Capacity 5-5 RF Coverage Area 5-5 Physical Aspects of CDMA Adjunct 5-5 CDMA Adjunct Physical Positioning and External Equipment5-8 CDMA Adjunct to Host Cell Inter-frame Hardware Interfaces5-10 RF Distribution Paths 5-11 Radio Testing 5-16 Transmit Amplifiers 5-19 Input Voltage and Power 5-20 Environmental, Safety, and Handling Requirements 5-21

4-76

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UL and Cell Site A 5-23 Suggested DFI and DS-1 Configurations for use with the CDMA Adjunct5-24

Table 5-7.

6 Series II Cellular Digital Packet Data (CDPD)

Contents 6-1

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CDPD Overview 6-3

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Interfaces 6-3 Typical Configurations 6-6 Hardware 6-8 Detailed Diagrams of Supported Configurations 6-10 Grounding and Lightning Protection 6-23 Related Documentation 6-23

Table 6-2.

5-25

6-1

6-25

7 Mini, Micro, and Fiber-Link Series II Cell Site Options

Contents 7-1

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General 7-2

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Series IIe Cell Site 7-4

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Compact Base Station (CBS) 7-6

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CBS Documents 7-7

Series IIm T1/E1 MiniCell 7-8

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7-1

Contents

Installing the TRTU and DRU(s) 7-8 Installing the T-EDRU and EDRU(s) 7-8 Cabinet Descriptions 7-8 Series IIm T1/E1 Minicell Documentation 7-8

Series IImm T1/E1 MicroCell 7-9

■

AMPS/TDMA Mix with DRU Radios 7 -9 AMPS/TDMA Mix with EDRU Radios 7-10 Radio Self Power Upgade 7-10 Restoring Cell to Service 7 -12

8 Series II Cell Site Equipment Desc ript ion s

Contents 8-1

■

General 8-4

■

Radio Channel Frame (RCF) Description 8-5

■

Series II Cell Site Radio Control Complex (RCC) Buses8-11 Series II Cell Site Radio Channel Unit Shelves ED-2R833-308-17 Radio Shelf Power Upgrade 8-20 Series II Cell Site Fan Panel Assembly

ED-2R824-31 8-28 Series II Cell Site Radio Test Unit Shelf 3

ED-2R835-30 8-29 Series II Cell Site Radio Channel Unit Shelves 4 and 5 ED-2R834-308-30 Series II Cell Site Interconnection Panel Assembly ED-2R831-308-31 Series II Cell Site Busbar Assembly Unit, KS24355, L18-39

Series II Mobile Switching Center (MSC) Int e rface 8-41

■

Series II Cell Site Linear Amplifi er Frame (LAF) 8-44

■

Series II Cell Site Linear Amplifier Circuit J41660CA-18-46

7-13

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Series II Cell Site Linear Amplifier Module ED-2R840-308-52 Series II Cell Site Linear Amplifier Unit (LAU) 8-53 Series II Cell Site, 20-LAM LAC Versus 10-LAM LAC 8- 55 Series II Cell Site Linearizer Unit ED-2R841-30 8-56

Series II Cell Site Frame Interface Assembly ED-2R838-308-61

■

Series II Cell Site Antenna Interface Frame (AIF), Overview8-64

■

Series II Cell Site Reference Frequency Generator (RFG) Shelf8-69 Series II Cell Site Radio Switch Panel 8-76 Series II Cell Site Receive, Alarm, and Power Distribution Panel ED 2R851-30

8-76 Series II Cell Site Receive and Power Distribution Panel ED-2R853-318-77 Series II Cell Site Duplexer Filter Panel

ED-2R848-31 8-77 Series II Cell Site Receive Filter Panel

ED-2R846-31 8-78 Series II Cell Site Transmit Filter Panel ED-2R847-31 8-79

Series II Cell Site Equipment Summary 8-83

■

Series II Cell Site, Related Documentation 8-84

Table 8-16.

9 Radios

Contents 9-1

■

Introduction 9-3

■

AMPS Radio Units and Personality Types 9-4

■

TDMA Radio Units and Personality Types 9-8

■

8-86

9-1

Radio Channel Unit (RCU) 9-4 Radio Test Unit (RTU) 9-7

Digital Radio Unit (DRU) 9-8

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Enhanced Digital Radio Unit (EDRU) 9-8 Digital Radio Personality Types 9-8 DRU - Detailed Description 9-10 EDRU - Detailed Description 9-11 Series II Cell Site, Enhanced Digital Radio Unit (EDRU) Interfaces9-14 Enhanced Digital Radio Unit (EDRU) Reliabi lity, Feder al Communications Com-

mission (FCC), and Safety Features 9-16 Directional Setup and Beacon Channels 9-16 TDMA Radio Test Unit (TRTU) 9-17 Test Enhanced Digital Radio Unit (T-EDRU), Feature I Dentif ication (FI D) # 2775

9-18

CDMA Radio Maintenance Units and Personality Types 9-23

■

Pilot/Sync/Access Channel Element (CE) 9-24 Page CE 9-24 Traffic CE 9-24 Orthogonal-channel Noise Simulator CE 9-25

Figure 9-2.

10 Antenna Hardware Configurations

Contents 10-1

■

Introduction 10-3

■

Fixed Antenna Connection Configuration 10-5 3-Sector Directive Plus Omni Antenna Switching Configuration10-8 6-Sector Directive Plus Omni Antenna Switching with Dual-Radio Solution10-9 3- or 6-Sector Directional Antenna Switchi ng wit h Simul cast Setup10-9 All-Omnidirectional Configuration 10-9 All-Directional Configuration 10-10

Radio Transmission and Reception 10-13

■

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RF Transmitter Interfaces 10-13 R F R eceiver Interf ace s 10-14 2 Branch Intelligent Antenna, Featur e IDentification (FID) #314510-14 The Adaptive Interference Rejection Technique 10-15

11 Cell Site Hardware Functions and Interconnections

Contents 11-1

■

Introduction 11-5

■

Radio Control Complex (RCC) 11-5 Digital Signal (DS1) Units 11-6 Digital Facilities Int erface (DFI) Units 11-6 Clock And Tone (CAT) Units 11-7 Radio Frame Set 11-7 RCF Architecture and Bus Structure 11-9

Data Link and Voice

■

Path Connections1 1-14

T1/E1 Communications 11-14

Line Interface Connections at t he Cell 11-17

■

Data Link Configurations 11-21

■

One DS1/DFI Unit and One Data Link 11-21 One DS1/DFI Unit and Two Data Links 11-21 Two DS1/DFI Units and Two Data Links 11-21 Remote Data Link Reconfiguration 1 1-21

External Interfaces to the Series II Cell Site 11-22

■

Voice Trunks from the Digital Cellular Switch (DCS) 11-22 Time Division Multiplexed Buses 11-22

10-18

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Contents

TDM Bus Communications: the Archangel/Angel Concept 11-26

■

Angel 11-27 Archangel 11-27

Sanity And Control Interface 11-28

■

NPE and SNPE 11-31

■

Synchronization of the Cell Site to the MSC 11-32

■

TDMCKSEL 11-36 TDMCKFAIL 11-36 TDMCLK 11-36 TDMFR 11-36 TDMSYNC1 11-36 TDMSYNC2 11-36

Mobile Switching Center (MSC) to Cell Site Communications11-37

■

DS1, DFI, and CAT Circuit Descriptions 11-38

■

DS1 (TN171) Circuit Description 11-38 DFI (TN3500) Circuit Description 11-38 DFI (TN1713B) Circuit Operation 11-40

DFI Initialization Message for T1 Operation 11-42

■

D 4 o r ES F F raming 11-42

DFI Initialization Message for E1 Operation 11-48

■

CEPT Framing with or without CRC-4 Error Checking 11-48 CCS or CAS Signaling Mode 11-48 HDB3 or Transparent Line Format 11-50 Enable or Disable On-demand LLB or BLB Control 11-50 Select Synchronization Reference 11-50 Select Idle Code 11-50 DFI Network-Update Talk Message 11-50 DFI Network-Update Listen Message 11-50

DFI Status Indicators 11-51

■

R ed LED 11-51 Yellow LED 11-51 Green LED 11- 51

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CAT (TN170) Circuit Description 11-52

■

Bus Clock Generation and Monitoring for the TDM Bus 11-55

■

Maintenance Tone Generation 11-56

■

Maintenance Tone Detection and Measurement 11-57

CAT Status Indicators 11-58

■

R ed LED 11-58 Green LED 11- 58

Automatic Recovery Actions 11-59

■

Hardware Error Handling Strategy 11-60

■

Immediate Action 11-60 All Tests Pass (ATP) Analysis 11-60 Single Time-period Analysis 11- 60 Fail/Pass Analysis 1 1-60 Leaky Bucket Analysis 11 -61

RCC Hardware Errors and Recovery Actions 11-62

■

DS1/DFI Hardware Errors and Recovery Actions 11-63

■

DS1/DFI and T1 Errors—Detailed Description 11-64

■

Loss Of Signal (LOS) 11-64 Blue Alarm 11-64 R ed Ala rm 11-64 M ajor Alarm 11-65 Yellow Alarm 11-65

Fan Alarms 11-66

■

Preamp Fan 11-66 LineariZeR Fan Procedure 11-66 LAU Fan Procedure 11-67 Measuring the Linear Amplifier Unit (LAU) Fan Voltage11-67

DS1 E rro rs 11-68

■

Minor Alarm 11-68 Misframe Count 11-68

DFI and E1 Errors - Detailed Description 11-69

■

Loss Of Signal (LOS) 11-69

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Alarm Indication Signal (AIS) 11-69 Loss of Frame Alignment (LFA) 11-69 Loss of Multiframe Alignment (LMA) 11-70 10e-3 Error-ratio Alarm 11-70 Remote Frame Alarm (RFA) 11-70 Remote Multiframe Alarm (RMA) 1 1-71 10e-6 Error-Ratio Alarm 11-71 Slip Count 11-71

CAT Hardware Errors and Recovery Actions 11-72

■

Call-Processing Errors and Recover y Actions 11-72

12 Routine Maintenance and Radio Performance Tests

Contents 12-1

■

Maintenance Process 12-3

■

Maintenance Objective 12-3 Maintenance Activities 12-3 Preventive Maintenance 12-3 Routine Maintenance 12-3 Maintenance Assumptions 12-4 Routine Maintenance Procedures List 12-5 Fan Screen Cleaning 12-6

Radio Performance Testing 12-7

■

Radio Test Overview 12-7 Radio Pretest Procedure 12-7 Cable Loss Measurement 12-9 Power Measurement 12-12 Voice 1004 Hz Deviation Measurement 12-13 Post Test Procedure 12-15 Transmitter Output Power Verification 12-16 Transmitter Output Power Adjustment 12-16

12-1

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Table 12-8.

13 Enhanced Maintenance Features

Contents 13-1

■

Improved Boot Read-Only Memory (ROM) / Non-Volatile Memory (NVM) Update

■

13-2

NVM Image for Single-Board RCU (SBRCU) 13-3

■

Keying Multiple RCU Transmitters 13-4

■

Opening Transmit and Receive Audio 13-5

■

Cell Site Power Measurements 13-6

■

Transmit and Receive Audio Level Measurements 13-7

■

Supervisory Audio and Signaling Tone Detecti on 13-8

■

Remote Data Link Reconfiguration 13-9

■

12-40

13-1

13-10

14 Corrective Maintenance - Introdu ction

Contents 14-1

■

Status Display Pages 14-2 ECP Craft Shell 14-2 Maintenance Request Administrator 14-3

Maintenance Units 14-4

■

AMPS Radio Maintenance Units and Personality Types14-6 TDMA Radio Maintenance Units and Personality Types14-7 CDMA Radio Maintenance Units and Personality Types14-9

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Contents

Maintenance States 14-12

■

Maintenance states 14-12

Figure 14-3.

15 Corrective Maintenance usin g MRA

Contents 15-1

■

Maintenance Request Administrator (MRA) 15-2

■

Diagnose 15-3

■

Related Documents 15-4 Stop a Diagnostic 15-4 Obtain Status 15-4 Related Documents 15-4 Qualifiers Associated with the Out-Of-Service (OOS) State1 5-4

Dual Server Group Out-Of-Service (OOS) Limits 15-6

■

New RC/V Translation Parameters 15-6

Remove/Restore/Switch Actions 15-7

■

Conditional Remove 15-7 Unconditional Remove 15-11 Conditional and Unconditional Restore 15-13 Related Documents 15-16 Switch to a Redundant Unit 15-16 Related Documents 15-17

14-14

15-1

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Figure 15-11.

16 Corrective Maintenance using Status Display Page s

Contents 16-1

■

Status Display Pages 16-3

■

2130 - Cell Site Status Summary Display Page 16-3 2131 - Cell Equipment Status Display Page 16-5 2131 - Removing Cell Site Units 16-9 2131 - Restoring Cell Site Units 16-11 2131 - Diagnosing Cell Equipment 16-12 2131 - Generating Cell Equipment Status Repor ts 1 6-14 2132 - Cell Software Status Display Page 16-15 2133 - Cell Voice Radio (VR) Status Display Page 16-18 2134 - Cell DS-1 Unit Status Display Page 16- 24 2134 - Removing/Restoring/Diagnos ing or

Generating a Status Report for DS1/DFI Units 16-26 2135 -Cell LC SU /BC Status Display Page 16-27 2135 - Removing/Restoring/ Diagnosing or Generating a Status Report for Lo-

cate or Setup Radios 16-31 2136 - Cell LAC Status Display Page 16-33 2137 - Cell OTU/LMT Status Display Page 16 -33 2138 - Cell CDMA Equipment

Status Display Page 16-36 2139 - Cell CCC CCU Status Display Page 16-42 2235 - Cell DCCH Status Display Page 16-48 2235 - Restoring/Diagnosing or Generating Status Reports for DCCH Radios

16-50 Dual Server Group Out-Of-Service (OOS) Limits 16-51

15-28

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17 Corrective Maintenance usin g ECP Craft In terfac e

Contents 17-1

■

ECP Craft Shell 17-3

■

Generating Cell Site Units/Radios/Alarms Status Reports17-3 Removing Cell Site Units 17-4 Restoring Cell Site Units 17-6 Diagnosing Cell Site Units 17-8 Stopping Cell Site Unit Diagnostics 17-10 Moving Cell Site Radios 17-11 Moving CDMA Calls to a Specified

Channel Element 17-12 Swapping CDMA Spectrum to/from

AMPS/TDMA 17-14 Generating Status Reports of Spectrum Swap of CDMA to/from AMPS/TDMA

17-15 Running Cell Site Audits 17-16 Diagnosing Cell Site Data Links 17-17 Stopping Cell Site Data Link Diagnostics 17-19 Diagnosing Cell Site Trunks Associated with a Se rver Group and Antenna Face

(Non-CDMA) 17-20 Stopping Diagnostics on Cell Site Trunks Associated with a Server Group and

Antenna Face 17- 21 Requesting Cell Site Data Link NVM Updates 17-22 Requesting Cell Site Hardware Unit NVM Updates 17-23 Initializ in g C e ll S it es 17-24 Initializing, Setting Up, and Using OCNS at CDMA Cell Sites17-26 Expansion of Maintenance Request Administ rator (MRA) and Technician Inter-

face Information Fields (MRAINFO/TI INFO), Feature IDentification (FID)

#3461.0 17-28

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18 Alarm Collection and Reportin g

Contents 18-1

■

Introduction 18-3

■

Equipment Alarms 18 -4 User-Defined Alarms 18-14

Increased Cell Alarms Enhancement 18- 16

■

New Hardware for the Increased Cell Alarms Enhancement18-17 New Translations for the Increased Cell Alarms Enhancement18-18 Directional Setup 18-18

Alarm Scanning Redesign 18-21

■

Introduction 18-21 Scope 18-22 C us tome r Perspecti ve 18-23 Features 18-23 Cell Site Functions 18-23 MSC Functions 18-24 CDMA Transmit Unit (CTU) and Receive Unit (RU) Separate Alarms18-27 Performance & Capacity 18-29

17-30

18-1

19 Cell Site Hardware LED Descriptions

Contents 19-1

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Contents

LED Descriptions Table 19-2

■

Table 19-1.

19-10

20 AMapping Status Display Page Unit Numbers to Hardware

Contents 20-1

■

Introduction 20-2

■

Logical-to-Physical Mappings of Generic Cell Site Units20-2 Logical-to-Physical Mappings of CDMA-Specific Cell Site Units20-8

Figure 20-15.

21 CDMA Maintenance

Contents 21-1

■

Introduction 21-3

■

CRTU and CDMA Functional Testing 21- 3 CRTU Components 21-4 Subscriber and Feature Inform ati on Form 21 -8 Cell Equipage Component Location Form 21-9 2132 - Cell Software Status Display Page 21-10

Command and Report Changes to Support the CRTU 21-12

■

CRTU Growth Procedures 21-14

■

CDMA Functional Tests 21-15 Default Interval Values 21-17

20-20

21-1

20-1

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Transmit and Receive Test Paths 21-17 MOST-Terminated Test Calls 21-18 Overhead Channel Functional Test 21-19 Functional Test Errors and System Recovery Acti ons 21-25 General Errors 21-25 Overhead Channel Functional Test Errors 21-25

22 Linear Amplifier Circuit (LAC) M aintenance

Contents 22-1

■

LAC Maintenance Procedures 22-3

■

LAC Alarm Summary: LACSUM 22-4 LAC Alarm Detailed Report: LACALM 22-5 Interpreting the LAC Alarm Reports 22-7 Troubleshooting Procedures at the Cell Site 22-13 LAM Alarm Procedures 22-15 Preamp Alarm Procedure 22-19 LAM Bias Fault Procedure 22-33 Fan Alarm Procedure 22-34 Linear Amplifier Circuit Removal/I nstallation Procedures22-59 Linear Amplifier Circuit Fans Removal/Installation Procedures22-69

21-29

22-1

21.

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Figures

1 Introduction

2 Introduction to Series II Cell Technology

2-1 TDMA - DRU/ EDRU To/From Subscriber 2-6 2-2 CDMA System Components 2-8 2-3 Cell Site Architecture 2-13 2-4 Radio Channel Frames 2-14 2-5 Series II CDMA Radio Channel Frame (RCF) 2-17

Figure 2-5.

3 Time Division Multi pl e Ac cess (TDMA)

4 Code Division Multipl e Access (CDMA)

4-1 High-Level View of the Lucent Technologies CDMA Architecture4-9

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Figures

4-2 Series II Cell Site Code Division Multiple Access (CDMA)

Communications Path4-13 4-3 CDMA Cell Site Equipment 4-16 4-4 Radio Frame Set Having Two CDMA Growth RCFs (TDMs install "red stripe up" )

4-18 4-5 Physical View of TDM Buses at the CDMA Series II Cell Site (TDMs install "red

stripe up") (Sheet 1 of 3)4-19 4-6 Physical View of TDM Buses at the CDMA Series II Cell Site (TDMs install "red

stripe up") (Sheet 2 of 3)4-20 4-7 Physical View of TDM Buses at the CDMA Series II Cell Site (TDMs install "red

stripe up") (Sheet 3 of 3)4-21 4-8 Fully Loaded CDMA Radio Shelf With BBA Redundancy4-22 4-9 CDMA Radio Architecture 4-28 4-10 High-Level View of the CRTU Test System 4-33 4-11 CDMA Subcell Configuration—BBA Interconnections Shown Only For One Side

(Side 1, Side 2)4-34 4-12 Reference Frequency and Timing Generator (RFTG)4-39 4-13 Quadrant and Half-shelf Numbering of DDGF (Front View)4-43 4-14 Illustration of Circuit Packs Populating the CRC 4-44 4-15 Configuration 3: AIF, LAF, and SII Primary, with DDGF as 1st CDMA Growth

Frame4-49 4-16 Configuration 4: AIF, LAF, SII Primary, SII CDMA Growth, with DDGF as 2nd

CDMA Growth Frame4-50 4-17 Configuration 5: AIF, LAF, SII Primary, SII Analog

(i.e., non-CDMA) Growth, with DDGF as 2nd Growth

Frame and 1st CDMA Growth Frame4-51 4-18 15-MHz Reference Frequency Distribution Scheme4-53 4-19 Reference Frequency and Timing Generator (RFTG)4-54 4-20 Double Density Growth Frame (top panel removed to expose ci rcuit breakers -

Rear View)4-60 4-21 Frame Ground From Adjacent Cabinet 4-61 4-22 Ground Wire Connections Between Frames 4-62 4-23 DDGF IPA 4-64 4-24 Top of LAF 0, MLAC Power Divider Inputs 4-65 4-25 Top of LAF 1, MLAC Power Divider Input 4-66

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Figures

4-26 Top of AIF 0, RX 0, and RX 1 Power Divider Outputs (front view)4-67 4-27 Top of AIF 1, RX 0, and RX 1 Power Divider Outputs4-68 4-28 TDM Bus I nstal lati on. TDM bus cabl es are i nstall ed "red s trip e up." (Conf igura tion

3)4-70

4-29 TDM Bus Installation . TDM bus cables are i nstalled "red s tripe up." (Conf igurations

4 and 5)4-71 4-30 CDMA Radio Test Unit Module 4-72

5 Series II Cellular CDMA Adjunct to Sm all Cells

5-1 CDMA Adjunct Frame External Interfaces 5-4 5-2 CDMA Adjunct Frame 5-6 5-3 CDMA Adjunct Frame LineUp 5-8 5-4 CDMA Adjunct Antenna Connections 5-10 5-5 CDMA Adjunct Frame External Interfaces 5-11 5-6 CDMA Adjunct/Host Cell Transmit Path 5-12 5-7 Series IImm (Microcell)/CDMA Adjunct Transmit (Tx) Path Using Series IImm

(Microce ll) Amplifie r5 - 1 4 5-8 CDMA Adjunct/Host Cell Receive Paths 5-15 5-9 Test Radio Switch Panel (TRSP) 5-18 5-10 CDMA Adjunct Receiver Paths 5-20 5-11 CDMA Transmit Path (Smm Only) 5-21

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Figures

Table 5-7.

6 Series II Cellular Digital Packet Data (CDPD)

6-1 Series II CDPD Connections 6-3 6-2 One CDPD Channel per Sector 6-6 6-3 Two to Four CDPD Channels per Sector 6-7 6-4 CDPD with Omni Setup 6-8 6-5 Functional Diagram 6-10 6-6 One Modem Transceiver Per Sector, One LAC per Sector -

Directional Setup6-12 6-7 One Modem Transceiver per Sector, Multiple LACs per Sector -

Sniffing on One LAC - Directional Setup6-13 6-8 One Modem Transceiver per Sector, Multiple LACs per Sector -

Sniffing on Multiple LACs - Directional Setup6-14 6-9 One Modem Transceiver per Sector, One LAC per Sector -

Omnidirectional Setup6-15 6-10 One Modem Transceiver per Sector, Multiple LACs per Sector -

Sniffing on One LAC - Omnidirectional Setup6-16 6-11 One Modem Transceiver per Sector, Multiple LACs per Sector -

Sniffing on Multiple LACs - Omnidirectional Setup6-17 6-12 Multiple Modem Transceiver per Sect or, One LAC per Sector -

Directional Setup6-18 6-13 Mul tiple Modem Transceiver per Sector, Multiple LACs per Sector - Sniffi ng on One

LAC - Directional Setup6-19 6-14 Multiple Modem Transceiver per Sector, Multiple LACs per Sector - Sniffing on

Multiple LACs - Directional Setup6-20 6-15 Multiple Modem Transceiver per Sector, One LAC per Sector - Omnidirectional

Setup6-21 6-16 Mul tiple Modem Transceiver per Sector, Multiple LACs per Sector - Sniffi ng on One

LAC - Omnidirectional Setup6-22 6-17 Multiple Modem Transceiver per Sector, Multiple LACs per Sector - Sniffing on

Multiple LACs - Omnidirectional Setup6-23

xxviii

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Figures

Table 6-2.

7 Mini, Micro, and Fiber-Link Series II Cell Site Options

7-1 Series IIe Radio Frame Set 7-5 7-2 Series II Compact Base Station (CBS) Hardware Architecture7-7

8 Series II Cell Site Equipment Desc ript ion s

8-1 Primary Radio Channel Frame J41660A-2 8-6 8-2 Growth Radio Channel Frame (J41660B-2) 8-7 8-3 Radio Control Complex (RCC) - Shelf 0 ED-2R832-308-14 8-4 Radio Channel Unit - Shelf 1, Shelf 2 ED-2R833-30 (Figur e 1 of 2)8-18 8-5 Radio Channel Unit (Rear View) - Shelf 1, Shelf 2 ED-2R833-30 (Figure 2 of 2)

8-19 8-6 Fan Panel Assembly ED-2R824-31 8-28 8-7 Radio Test Unit (RTU) - Shelf 3 ED-2R835-30 8-29 8-8 Radio Channel Unit - Shelf 4, Shelf 5 ED-2R834-308-30 8-9 Radio Channel Unit (Rear View) - Shelf 4, Shelf 5 ED-2R834-308-31 8-10 Interconnection Panel ED-2R831-30 8-32 8-11 Interconnection Panel ED-2R831-30 8-33 8-12 Radi o Test Unit (RTU) Control Board (AYD8) and Switch Asse mbly (ED3R026-30)

Location8-42 8-13 Linear Amplifier Frame (LAF) (J41660C-1) 8-45 8-14 Linear Amplifier Frame (LAF) (Doors Removed) 8-46 8-15 Linear Amplifier Circuit (LAC), Front View 8-48

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