Lucent Technologies FT-2000 OC-48 User & Service Manual

365-575-102

Issue 8.0

July 2002

FT-2000 OC-48 Lightwave System

Releases Through 7.2

User/Service Manual — Volume I

Copyright

©

2002 Lucent Technologies

PrintedinU.S.A.

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Federal Communications Commission (FCC) Notification and Repair Information

1

This equipment is designed to comply with the limits for a Class A digital device, pursuant to Part 15 of the

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FT-2000 OC-48 Lightwave System Releases Through 7.2

365-575-102 Issue 8 Date: July 2002

Issue 8.0 July 2002 vii

Contents

About This Document xxxi

■ Purpose xxxi

■ Intended Audiences xxxi

■ Reason for Reissue xxxii

■ How to Use This Document xxxiii

■ Conventions Used xxxiv

■ Safety Instructions xxxiv

Safety Labels xxxiv

Lightwave Safety Guidelines xxxv

Electrostatic Discharge (ESD) Considerations xxxix

■ Security xli

IMPORTANT SAFETY INSTRUCTIONS xli

IMPORTANT INSTALLATION SAFETY

INSTRUCTIONS xlii

■ Related Documentation/Training xliii

Lucent Technologies xliii

Lucent Technologies Drawings xlvii

Lucent Technologies Practices for Related

Equipment l

Training li

■ Technical Support lii

Introduction lii

Technical support groups lii

Contacting NARTAC lii

NARTAC services lii

CTS services liii

A technical support platform liii

■ How to Order Documents liv

■ How to Comment on the FT-2000 OC-48

Lightwave System lv

■ Commenting on this Document lv

Introduction lv

■ Customer comment form lv

Address forComments lv

viii Issue 8.0 July 2002

Contents

■ Electronic Documentation lvi

■ Product Change Notifications lvi

1 System Introduction 1-1

■ Overview 1-1

■ Introduction to the Lucent Technologies

2000 Product Family 1-1

■ What Is the FT-2000 OC-48 Lightwave System? 1-2

2 Applications 2-1

■ Overview 2-1

■ Network Configurations 2-2

Two-Fiber Bidirectional Line-Switched Rings 2-2

Folded Rings (Point-to-Point) 2-6

End-to-End Interface Mixing 2-8

OC-48 Hubbing 2-10

Dual Ring Interworking (DRI) 2-11

DDM-2000 OC-3 Ring Transport 2-17

DDM-2000 OC-12 Ring Transport 2-18

Dual-Wire Center Architecture 2-18

Broadband Service Transport —STS-3c/STS-12c 2-21

STS-1/STS-3 Non-Preemptible Protection Access 2-24

One-Way Video Distribution 2-26

Path-In-Line Architecture 2-27

Loop Feeder Network 2-30

Extra Traffic for Restoration and Revenue

Generation 2-32

0% Add/Drop 2-34

FT-Lightwave Booster Amplifier (FT-LBA) for

Extended Distances 2-35

Wavelength Division Multiplexing (WDM) 2-37

Issue 8.0 July 2002 ix

Contents

Dense Wavelength Division Multiplexing (EON

Compatible) 2-41

Operations Interworking 2-42

Gateway Network Element (GNE) 2-46

Synchronization Messaging 2-48

3 Platform Descriptions 3-1

■ Overview 3-1

■ Introduction 3-1

■ FT-2000 OC-48 Add/Drop-Rings Terminal (E-Bay) 3-2

Equipment Packages 3-2

Shelf Descriptions 3-4

■ FT-2000 OC-48 Repeater (R-Bay) 3-32

Equipment Packages 3-32

Shelf Descriptions 3-35

Upgrades 3-44

■ FT-2000 OC-48 Dual ADR Terminal (D-Bay) 3-45

Equipment Packages 3-45

Shelf Descriptions 3-47

4Power 4-1

■ Overview 4-1

■ General 4-1

■ Power Distribution 4-2

■ Power Dissipation 4-6

■ LEDs 4-7

x Issue 8.0 July 2002

Contents

5 Control, Transmission, and

Synchronization Interfaces 5-1

■ Overview 5-1

■ Control 5-1

■ Transmission 5-5

FT-2000 OC-48 Add/Drop-Rings Terminal 5-5

FT-2000 OC-48 Repeater Bay 5-9

■ Synchronization Modes 5-10

Platform Synchronization 5-10

Network Synchronization 5-19

6 Operations Interfaces 6-1

■ Overview 6-1

■ Craft Interface Terminal 6-1

General 6-1

PC with FT-2000 CIT-PC Software 6-2

PC with CPro-2000 Software 6-5

ASCII-Based Terminal 6-7

Local Access Through the CIT (DCE) Port 6-8

Dial-Up Access Using a Modem Through the CIT

(DTE) Port 6-8

Remote Access Using the OC-48 Data

Communications Channel (DCC) 6-10

Remote Access Using the OC-48 Section Orderwire 6-10

Remote Access Using the OC-3/OC-12 Data

Communications Channel (DCC) 6-12

■ User Panel 6-13

■ Filter Panel 6-17

■ Office Alarms Interface 6-19

■ Parallel Telemetry Interface 6-20

■ User-Settable Miscellaneous Discrete Interface 6-20

■ Serial Telemetry Interface 6-22

Issue 8.0 July 2002 xi

Contents

■ Message-Based Operations System Interface 6-23

■ Orderwire Interface 6-30

7 Circuit Pack Descriptions 7-1

■ Overview 7-1

■ General 7-1

■ Circuit Pack and Software Compatibility 7-4

■ Control 7-6

SYSCTL (LAA23, LAA23B, and LAA23C)

Circuit Pack Description 7-6

SYSMEM (LAA25) Circuit Pack Description 7-11

LNCTL (LAA28) Circuit Pack Description 7-17

OHCTL (TERM) (LAA21 and LAA22) Circuit

Pack Description 7-21

TOHCTL (LAA26) Circuit Pack Description 7-26

OW (LAA14) Circuit Pack Description 7-32

■ Transmission 7-35

DS3 (LAA2/LAA2B) Circuit Pack Description 7-35

STS1E (LAA4) Circuit Pack Description 7-44

OC3 (LAA10/LAA10B) Circuit Pack Description 7-52

IS3 (LAA5) Circuit Pack Description 7-62

OC-12 (T939A) Circuit Pack Description 7-71

LSSW (LAA12B) Circuit Pack Description 7-80

OC48 RCVR A/D (839B2, 839B4B, 839B5, and

839E5) Circuit Pack Description 7-86

OC48 TRMTR A/D (739B_, 739C_, 739E_,

739G_, 739H_, 739J_, 739P5, 739R_, 739S_)

Circuit Pack Description 7-97

OC48 REGENR (39B1, 39B2, 39C1, 39C2, 39J2,

39R2, and 39S2) Circuit Pack Description 7-108

■ Synchronization 7-116

TG3 (DS1) (LAA18) Circuit Pack Description 7-116

xii Issue 8.0 July 2002

Contents

8 Administration and Provisioning 8-1

■ Overview 8-1

■ Administration 8-1

Memory Administration 8-1

Version Recognition 8-4

Security 8-4

Software Upgrades 8-9

Cross-Connections 8-11

Access Identifiers 8-93

■ Provisioning 8-98

Provisionable Parameters and Original Values 8-98

Local Provisioning 8-109

Pre-provisioning Circuit Packs 8-143

Provisioning on Circuit Pack Replacement 8-143

Circuit Pack Slot and Low-Speed Port

Provisioning States 8-144

9 Maintenance Description 9-1

■ Overview 9-1

■ Remote Maintenance Philosophy 9-1

■ Maintenance Signals 9-2

■ Fault Detection, Isolation, and Reporting 9-8

■ Protection Switching 9-31

High-Speed Protection 9-31

Electrical Low Speed Protection 9-43

Optical Low Speed Protection — (OC-3) 9-47

Optical Low Speed Protection — (OC-12) 9-52

Dual Ring Interworking Protection 9-57

Synchronization Protection 9-65

■ Loopbacks 9-72

Low Speed (DS3, EC-1, OC-3, and OC-12) 9-72

Issue 8.0 July 2002 xiii

Contents

High-Speed (OC-48) 9-73

■ Tests 9-74

Auto Turnup 9-74

Operations Interface Tests 9-78

■ Circuit Provisioning Audits 9-79

■ Performance Monitoring 9-81

SONET Performance Parameters 9-81

OC-48 Optical Parameters 9-83

OC-3/OC-12 Optical Parameters 9-84

STS-48/STS-12/STS-3 Section Parameters 9-85

OC-48/OC-12/OC-3 Line Parameters 9-86

STS-1 Path Parameters 9-87

EC-1 Section/Line Parameters 9-88

DS3 Line/Path 9-89

Performance-Monitoring Data Storage and Reports 9-90

Performance Monitoring During Failed Conditions 9-90

Performance-Monitoring Parameter Thresholds 9-91

Threshold Crossing Alert Transmission to an OS 9-91

■ Reports 9-92

Active Alarms and Status 9-92

Provisioning Reports 9-93

Performance Monitoring 9-94

State 9-94

Version/Equipment List 9-95

Synchronization Report 9-95

10 Technical Specifications 10-1

■ Overview 10-1

■ Optical Line Interface 10-1

■ Optical Connector Interfaces 10-1

■ Transmission Medium 10-1

■ Lightguide Jumpers 10-2

xiv Issue 8.0 July 2002

Contents

■ Optical Source 10-2

■ Optical Detector 10-2

■ Optical Safety (CDRH Classification) 10-2

■ Operating Wavelength 10-3

■ Optical Dispersion 10-4

■ Optical Return Loss 10-4

■ Outside Plant Loss 10-5

■ Optical Line Loss Budgets 10-5

FT-2000 OC-48 Lightwave System 10-5

FT-2000 OC-48 Lightwave System and FT-Lightwave

Booster Amplifier 10-11

FT-2000 OC-48 Lightwave System and Wavelength

Division Multiplexing Systems 10-12

FT-2000 OC-48 Lightwave System with Wavelength

Division Multiplexing and FT-LBA Systems 10-13

■ Transmission Distances 10-14

FT-2000 OC-48 Lightwave System without Optical Amplifiers 10-14

FT-2000 OC-48 Lightwave System and the FT-Lightwave

Booster Amplifier 10-15

FT-2000 OC-48 Lightwave System with Wavelength

Division Multiplexing and FT-LBA Systems 10-16

■ Capacity 10-16

■ Transmission Characteristics 10-17

■ DS3 Access 10-17

■ EC-1 Access 10-18

■ OC-3 Access 10-19

Optical Line Interface 10-19

Optical Connector Interfaces 10-19

Transmission Medium 10-19

Lightguide Jumpers 10-19

Optical Source 10-19

Optical Detector 10-20

Optical Safety (BRH Classification) 10-20

Operating Wavelength 10-20

Spectral Width 10-20

Optical Dispersion 10-20

Issue 8.0 July 2002 xv

Contents

OC-3 Line Loss Budgets 10-20

■ IS-3 Access 10-22

Optical Line Interface 10-22

Optical Connector Interfaces 10-22

Transmission Medium 10-22

Lightguide Jumpers 10-22

Optical Source 10-22

Optical Detector 10-22

Optical Safety (BRH Classification) 10-23

Operating Wavelength 10-23

Spectral Width 10-23

Optical Dispersion 10-23

IS-3 Line Loss Budgets 10-24

■ OC-12 Access 10-25

Optical Line Interface 10-25

Optical Connector Interfaces 10-25

Transmission Medium 10-25

Lightguide Jumpers 10-25

Optical Source 10-25

Optical Detector 10-25

Optical Safety (BRH Classification) 10-26

Operating Wavelength 10-26

Spectral Width 10-26

Optical Dispersion 10-26

OC-12 Line Loss Budgets 10-27

■ OC-3 to IS-3 Interface Interconnection 10-28

■ Transmission Delay 10-28

■ Protection Switching (OC-3, OC-12, OC-48 Lines) 10-29

■ Electrical Line Buildout Specifications 10-30

■ Cable Access 10-31

■ Power Specifications 10-32

■ Bay/Shelf Dimensions 10-33

■ Circuit Pack Dimensions 10-35

■ Floor Loading Specifications 10-38

xvi Issue 8.0 July 2002

Contents

■ Environmental Specifications 10-38

■ Craft Interface Terminal 10-39

Personal Computer Requirements 10-39

ASCII-Based Terminal Requirements 10-41

■ Modem Requirements 10-41

■ Operations Interfaces 10-42

■ TL1/X.25 Interface 10-43

General 10-43

TL1 Autonomous Messaging in Release 4.1 and Earlier 10-43

Provisioning TL1 Autonomous Messages for Release 5 and

Later Releases 10-44

DTE Configuration 10-44

■ Circuit Pack FIT Rates 10-50

11 Craft Interface Terminal Usage 11-1

■ Overview 11-1

■ CPro-2000 11-1

■ FT-2000 CIT-PC Software Introduction 11-3

■ Inputs 11-3

■ Outputs 11-38

■ Examples of Reports [Generated by

Various Inputs (Commands)] 11-39

CIT Tutorial Using CIT-PC Software 11-152

GL Glossary GL-1

Issue 8.0 June 2002 xvii

Figures

1 System Introduction

1-1 FT-2000 OC-48 Add/Drop-Rings Terminal for

Two-Fiber Rings 1-3

2 Applications

2-1 Two-Fiber Bidirectional Ring Application 2-3

2-2 Folded Ring Application 2-6

2-3 Folded Rings Evolving to Full Ring Networks 2-7

2-4 End-to-End Interface Mixing Application 2-9

2-5 OC-48 Hubbing Application 2-10

2-6 Dual Ring Interworking Application 2-13

2-7 Dual Ring Interworking Application with the

DDM-2000 OC-3 Multiplexer 2-15

2-8 DDM-2000 OC-3 Ring Transport Application 2-17

2-9 Dual-Wire Center Architecture Application 2-19

2-10 Broadband Service Transport Application 2-22

2-11 One-Way Video Distribution Application 2-26

2-12 Path-In-Line Architecture 2-28

2-13 Loop Feeder Network Application 2-30

2-14 Extra Traffic (Protection Line Access) for

Restoration and Revenue Generation Application 2-32

2-15 0% Add/Drop Application 2-34

2-16 Operation with FT-Lightwave Booster Amplifier 2-35

2-17 Wavelength Division Multiplexing Application

(1.3 mm/1.5 mm) 2-37

2-18 Section by Section Wavelength Division Multiplexing

(1.3 mm/1.5 mm) 2-38

2-19 Wavelength Division Multiplexing Application

(1.5 mm/1.5 mm) 2-39

2-20 Section by Section WDM (1.5 mm/1.5 mm) 2-40

2-21 Operations Interworking Application 2-42

xviii Issue 8.0 June 2002

Figures

2-22 Gateway Network Element Application

(Releases 4.1 and 5) 2-46

2-23 Gateway Network Element Application (Release 6

and Later) 2-47

3 Platform Descriptions

3-1 FT-2000 OC-48 Add/Drop-Rings Terminal for

Two-Fiber Rings (E-Bay) 3-3

3-2 Power Distribution and Fuse Panel 3-4

3-3 Low-Speed Shelf — System Controller (Without

Circuit Pack Cover)— ED6G999-31, G5 3-5

3-4 Low-Speed Shelf — System Controller (Without

Circuit Pack Cover) — ED6G999-32, G3 3-6

3-5 Interconnection Panel (Low-Speed Shelf —

System Controller) 3-12

3-6 Interconnection Panel (Low-Speed Shelf —

System Controller) —ED6G999-32, G3 3-13

3-7 User Panel (Enhanced) 6G999-31, G5 3-14

3-8 User Panel 6G999-32, G3 3-15

3-9 Low-Speed Shelf — System Controller

(with Covers) 3-16

3-10 High-Speed Shelf (Without Circuit Pack Cover) 3-18

3-11 Interconnection Panel (High-Speed Shelf) 3-20

3-12 Filter Panel (High-Speed Shelf and Enhanced

High-Speed Shelf) 3-22

3-13 High-Speed Shelf (with Covers) 3-23

3-14 Enhanced High-Speed Shelf (Without Circuit Pack

Cover) 3-26

3-15 Interconnection Panel (Enhanced High-Speed

Shelf) 3-28

3-16 Enhanced High-Speed Shelf (with Covers) 3-30

3-17 FT-2000 OC-48 Repeater Bay 3-33

3-18 FT-2000 OC-48 Repeater Shelf (Miscellaneously

Mounted) 3-34

Issue 8.0 June 2002 xix

Figures

3-19 Power Distribution and Fuse Panel 3-35

3-20 Repeater Shelf — System Controller (Without

Circuit Pack Cover) 3-36

3-21 Interconnection Panel (Repeater Shelf — System

Controller) 3-39

3-22 User Panel (FT-2000 OC-48 Repeater Shelf) for

Miscellaneous Mounting Only 3-41

3-23 Repeater Shelf — System Controller with Covers

(FT-2000 OC-48 Repeater Bay) 3-42

3-24 Repeater Shelf — System Controller with Covers

(FT-2000 OC-48 Repeater Shelf) 3-43

3-25 FT-2000 OC-48 Dual ADR Terminal for Two-Fiber

Rings (D-Bay) 3-46

3-26 FT-2000 OC-48 D-Bay Power Distribution and

Fuse Panel 3-47

3-27 Low-Speed Shelf — System Controller (Without

Circuit Pack Cover) — ED6G999-31, G5 3-48

3-28 Low-Speed Shelf — System Controller (Without

Circuit Pack Cover) — ED6G999-32, G3 3-49

3-29 Interconnection Panel (Low-Speed Shelf - System

Controller)—ED6G999-31,G5 3-54

3-30 User Panel (Enhanced) 3-55

3-31 Low-Speed Shelf - System Controller (with Covers) 3-56

3-32 Condensed High-Speed Shelf (Without Circuit

Pack Cover) 3-59

3-33 Interconnection and Filter Panel (Condensed

High-Speed Shelf) 3-62

4Power

4-1 Bay Power Distribution 4-2

4-2 Miscellaneously-Mounted FT-2000 OC-48

Repeater Shelf Power Distribution 4-3

4-3 Shelf Power Distribution 4-4

4-4 Circuit Pack Power Distribution 4-5

xx Issue 8.0 June 2002

Figures

5 Control, Transmission, and

Synchronization Interfaces

5-1 System Control Architecture for the FT-2000

OC-48 Add/Drop-Rings Terminal 5-2

5-2 System Control Architecture for the FT-2000

OC-48 Repeater Bay 5-3

5-3 FT-2000 OC-48 Add/Drop-Rings Terminal for

2-Fiber Rings Transmission Block Diagram 5-5

5-4 FT-2000 OC-48 Repeater Bay Transmission

Block Diagram 5-9

5-5 Free Running Synchronization 5-11

5-6 Through Timed Synchronization (FT-2000 OC-48

Add/Drop-Rings Terminal) 5-13

5-7 Through Timed Synchronization (FT-2000 OC-48

Repeater Bay) 5-14

5-8 Loop Timed Synchronization 5-15

5-9 Externally Timed Synchronization 5-17

5-10 Free Running/Free Running Configuration 5-21

5-11 Free Running/Through Timed Configuration 5-22

5-12 Externally Timed/Through Timed Configuration 5-23

5-13 Phase Locked/Phase Locked Configuration 5-24

5-14 Phase Locked/Phase Locked Configuration

[LAA18 TG3 (DS1) Circuit Pack] 5-25

5-15 Externally Timed/Externally Timed Configuration 5-26

5-16 Example of a Ring Application with One Node

Provisioned Free Running and All Other Nodes

Provisioned Through Timed (Without Timing Drops) 5-28

5-17 Example of a Ring Application with One Node

Provisioned Free Running and All Other Nodes

Provisioned Line Timed (Without Timing Drops) 5-29

5-18 Example of a Ring Application with One Node

Provisioned Externally Timed and All Other Nodes

Provisioned Through Timed (Without Timing Drops) 5-31

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