Alcatel lucent 1830 PSS 36 32 16 release3 6 50 3 6 51 user guide

Title page
Alcatel-Lucent 1830
PHOTONIC SERVICE SWITCH 36/32/16 (PSS-36/PSS-32/PSS-16) | Release
3.6.50 and 3.6.51
PRODUCT INFORMATION AND PLANNING GUIDE
8DG61100AAAATQZZA
Issue 1 | January 2012
Legal notice
Legal notice
Alcatel, Lucent, Alcatel-Lucent and the Alcatel-Lucent logo are trademarks of Alcatel-Lucent. All other trademarks are the property of their respective
owners.
The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility for inaccuracies contained herein.
Copyright © 2012 Alcatel-Lucent. All rights reserved.
Conformance statements
Interference Information: Part 15 of FCC Rules
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are
designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy. If the equipment is not installed and used in accordance with the guidelines in this document,the
equipment may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference,
in which case the user will be required to correct the interference at the expense of the user.
Security statement
In rare instances, unauthorized individuals make connections to the telecommunications network through the use of remote access features. In such an event,
applicable tariffs require that the customer pay all network charges for traffic. Alcatel-Lucent cannot be responsible for such charges and will not make any
allowance or give any credit for charges that result from unauthorized access.
Limited warranty
For terms and conditions of sale, contact your Alcatel-Lucent Account Team.
Ordering Information
For more ordering information, refer to “How to order” (p. xxx) in the section titled “About this document” .
Contents
About this document
Purpose xxviixxvii

Reason for reissue
xxviixxvii
Intended audience
xxviixxvii
How to use this document
xxviixxvii
Safety information
xxviiixxviii
Related information
xxviiixxviii
Document support
xxxxxx
Technical support
xxxxxx
How to order
xxxxxx
Packaging collection and recovery requirements
xxxxxx
Recycling/take-back/disposal of product
xxxxxx
Safety information
xxxixxxi
How to comment
xxxixxxi
1 Introduction
Overview
1-11-1
Structure of safety statements
1-21-2
Overview of Alcatel-Lucent product portfolio

1-41-4
Alcatel-Lucent 1830 PSS product family
1-41-4
Alcatel-Lucent 1830 PSS-36/PSS-32/PSS-16
1-71-7
Alcatel-Lucent 1830 PSS-1 GBEH Edge Device
1-91-9
Alcatel-Lucent 1830 PSS-1 MD4H Edge Device
1-91-9
Alcatel-Lucent 1830 PSS-1 MSAH Edge Device
1-101-10

1830 PSS Product Information and
Planning Guide
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and 3.6.51
Issue 1 January 2012
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Alcatel-Lucent 1830 PSS-1 AHP Amplifier 1-111-11
Alcatel-Lucent 1830 PSS-4
1-111-11
Alcatel-Lucent 1830 PSS-36/PSS-32/PSS-16 benefits
1-121-12
Release 3.6.50/ Release 3.6.51 Feature List
1-151-15
2 Features
Overview
2-12-1
Alcatel-Lucent 1830 PSS36/PSS-32/PSS-16
OADM architectures

2-32-3
DWDM filter architectures
2-42-4
Bidirectional CWDM single-fiber transmission
2-132-13
Optical amplification and dispersion compensation
2-182-18
Automatic power reduction (APR)
2-222-22
Optical transponders
2-402-40
Wavelength Tracker
2-682-68
Alien wavelengths
2-762-76
Optical protection
2-772-77
Optical protection for 40G OTs
2-882-88
CWDM
2-912-91
Alcatel-Lucent 1830 PSS-36/PSS-32/PSS-16 shelves and equipage
2-932-93
Operation, administration, and maintenance
2-1232-123
DWDM topologies
2-1302-130
Ethernet EPL and EVPL services
2-1322-132
3 Topologies and configurations

Overview
3-13-1
Network topology overview
3-23-2
Network elements
3-53-5
Contents


iv
1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
TOADM configurations 3-83-8
ROADM configurations
3-163-16
40G and 100G OT regeneration configurations
3-223-22
Anydirection configurations
3-233-23
FOADM configurations
3-423-42
In-line amplifier (ILA)
3-533-53
TOADM networks
3-573-57
FOADM networks
3-643-64

Mixed TOADM/FOADM network topologies
3-673-67
Inventory configurations
3-683-68
Variable Attenuator Cards in OADM configurations
3-733-73
Long Haul Wavelength Tracker (WTOCM) configurations
3-763-76
Single-fiber bi-directional nodes
3-863-86
Alcatel-Lucent 1830 PSS-1 GBE/GBEH networks
3-873-87
Mixed Alcatel-Lucent 1830 PSS-36/32/16 and Alcatel-Lucent 1830 PSS-1 networks
3-893-89
Mixed Alcatel-Lucent 1830 and Alcatel-Lucent 1696 networks
3-923-92
DWDM extended link configurations
3-1043-104
4 Product description
Overview
4-14-1
Alcatel-Lucent 1830 PSS-36/PSS-32/PSS-16 NE
Overview of shelf types
4-24-2
1830 PSS-36/PSS-32/PSS-16 Shelf
Shelf variants and hardware overview
4-34-3
Mandatory module details
4-274-27
Non-mandatory modules

4-384-38
Contents


1830 PSS Product Information and
Planning Guide
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and 3.6.51
Issue 1 January 2012
v
DCM shelf
DCM shelf overview
4-1364-136
Non-COS/EOS shelves
Description of non-COS/EOS shelves
4-1404-140
5 Operations, administration, maintenance, and provisioning
Overview
5-15-1
OAMP
Fault detection and alarm management
5-25-2
Performance monitoring
5-55-5
Automatic power adjustments
5-255-25
Wavelength Tracker monitoring capability
5-305-30
NE software installation, upgrades, and back-outs
5-325-32

Security
5-335-33
6 System planning and engineering
Overview
6-16-1
Alcatel-Lucent Engineering and Planning Tool
6-16-1
Power and grounding
6-36-3
Operating environment
6-116-11
Cooling
6-126-12
7 Quality and reliability
Quality and reliability chapter overview
7-17-1
Product conformance statements by region
Canada
7-27-2
China
7-37-3
European Union
7-57-5
United States
7-97-9
Contents


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1830 PSS Product Information and

Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
Quality and reliability
Reliability program
7-117-11
Design and development
7-127-12
Manufacturing and field deployment
7-137-13
Failure rates
7-137-13
Sparing tables for field replaceable units
7-367-36
References
7-447-44
8 Technical specifications
Overview
8-18-1
Alcatel-Lucent 1830 PSS-36/PSS-32/PSS-16 shelf
Shelf overviews
8-28-2
PTM optics
8-68-6
Transmission parameters
8-318-31
Technical specifications
Technical specification reference tables
8-468-46

A Ordering
Overview
A-1A-1
Software
Network element software
A-3A-3
1354RM-PhM
A-5A-5
Alcatel-Lucent 1830 PSS engineering and planning tool (EPT)
A-6A-6
Alcatel-Lucent 1830 PSS-36/PSS-32/PSS-16
1830 PSS-36/PSS-32/PSS-16 common equipment
A-7A-7
1830 PSS-36/PSS-32/PSS-16 installation kits
A-8A-8
1830 PSS amplifiers
A-12A-12
1830 PSS filters
A-14A-14
Contents


1830 PSS Product Information and
Planning Guide
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and 3.6.51
Issue 1 January 2012
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1830 PSS-36/PSS-32/PSS-16 protection A-16A-16
1830 PSS-36/PSS-32/PSS-16 dispersion compensation modules

A-17A-17
1830 PSS-36/PSS-32/PSS-16 optical transponders
A-20A-20
1830 PSS-36/PSS-32/PSS-16 equipment racks
A-22A-22
1830 PSS-36/PSS-32/PSS-16 cables
A-22A-22
1830 PSS-36 kit: customer-replaceable items
A-27A-27
1830 PSS-32 kit: customer-replaceable items
A-28A-28
1830 PSS-16 kit: customer-replaceable items
A-30A-30
1830 PSS-36/PSS-32/PSS-16 miscellaneous equipment
A-31A-31
Alcatel-Lucent 1830 PSS-36/PSS-32/PSS-16 and 1830 PSS-1 PTM optics
SFP
A-35A-35
XFP
A-56A-56
CFP
A-59A-59
Alcatel-Lucent 1830 PSS-1
Edge device
A-60A-60
B Feature release history
Feature history
B-1B-1
Glossary
Index

Contents


viii
1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
List of tables
1 Supporting documentation xxviiixxviii
2-1 SFD5 channel coverage 2-52-5
2-2 SFD8 channel coverage 2-72-7
2-3 OSC SFP span loss support 2-192-19
2-4 OT compatibility for 2.5G and 10G OTs 2-642-64
2-5 DWDM OT VOA usage 2-742-74
2-6 PSS-36 Y-cable slot pairs for full-height 1-slot wide cards 2-892-89
2-7 PSS-32 Y-cable slot pairs for 3-slot wide cards 2-902-90
2-8 PSS-36 Y-cable slot pairs for 3-slot wide cards 2-912-91
2-9 CWDM filter scheme 2-922-92
2-10 Controller redundancy with mixed main/subtendng shelves 2-1032-103
2-11 Card list 2-1112-111
2-12 Supported 1830 PSS-36/PSS-32/PSS-16 card applications 2-1162-116
2-13 OTN performance monitoring 2-1272-127
3-1 DWDM wavelengths and filters (100Ghz spacing) 3-63-6
3-2 CWDM wavelengths and filters 3-83-8
3-3 Supported SFD combinations for PSS-32/16 Degree 2 FOADMs with 50GHz spacing 3-493-49
3-4 Supported SFD combinations for PSS-36 Degree 2 FOADMs with 50GHz spacing 3-503-50
3-5 1830 PSS-1/1830 PSS-32 interconnecting ports 3-893-89
3-6 Supported 1830/1696 OT combinations 3-923-92

4-1 Main and Extension supported shelf combinatons 4-74-7
4-2 1830 PSS-36/PSS-32/PSS-16 card list and limits 4-124-12
4-3 Client signal time slot requirements 4-744-74

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and 3.6.51
Issue 1 January 2012
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4-4 OT protection support 4-1264-126
4-5 1830 PSS-36/PSS-32/PSS-16 DCMs 4-1364-136
5-1 SONET Section PM parameters 5-105-10
5-2 SONET Line PM parameters 5-105-10
5-3 SDH regenerator and multiplex section PM parameters 5-115-11
5-4 OTUk, ODUk, and ODUkTCM NearEND PM Parameters 5-115-11
5-5 OTUk, ODUk, and ODUkTCM FarEND PM Parameters 5-145-14
5-6 PCS PM parameter definitions (64B/66B) 5-165-16
5-7 PCS PM parameter definitions (8B/10B) 5-165-16
5-8 Ethernet statistics definitions (ETH group) 5-175-17
5-9 Interface PM statistics definitions (INF group) 5-215-21
6-1 Power dissipation for 1830 PSS-36/PSS-32/PSS-16 6-56-5
6-2 Ambient temperature and humidity limits 6-116-11
7-1 Failure rates and MTBFs for 1830 PSS-36/PSS-32/PSS-16 7-147-14
8-1 4DPA2 SFPs 8-78-7
8-2 4DPA4 and 1830 PSS-1 MD4H SFPs (FlexMux) 8-88-8
8-3 4DPA4 and 1830 PSS-1 MD4H SFPs (DualTran) 8-118-11
8-4 11DPE12 SFP/XFPs 8-128-12
8-5 11DPE12E SFP/XFPs 8-148-14
8-6 11DPM12 SFP/XFPs 8-178-17

8-7 11QPA4(A) XFPs 8-218-21
8-8 11STAR1 XFPs 8-238-23
8-9 11STGE12 SFPs 8-248-24
8-10 11STMM10 SFPs 8-258-25
8-11 43STX4/4P XFPs 8-278-27
8-12 43SCX4 Client XFPs 8-288-28
8-13 112SCA1 and 112SNA1 Client CFPs 8-298-29
List of tables


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1830 PSS Product Information and
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8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
8-14 112SCX10 and 112SNX10 Client XFPs 8-308-30
8-15 Parameters specified for STM-1 optical interfaces 8-318-31
8-16 Parameters specified for STM-4 optical interfaces 8-328-32
8-17 Parameters specified for STM-16 optical interfaces 8-338-33
8-18 Parameters specified for STM-16 colored optical interfaces 8-348-34
8-19 Parameters specified for STM-64/OC-192/OTU-2 optical interfaces 8-358-35
8-20 Parameters specified for STM-64 optical interface L-64.2c 8-378-37
8-21 Parameters specified for STM-64/OC-192 uncompensated tunable full C+ DWDM optical
interface
8-388-38
8-22 Parameters specified for 1 GbE optical interfaces 1000BASE-SX/-LX/-ZX 8-398-39
8-23 Parameters specified for 1 GbE optical interfaces 1000BASE-ZX 8-418-41
8-24 Parameters specified for 10 GbE optical interfaces 10GBASE-LR/LW, 10GBASE-ER/EW,
10GBASE-ZR/ZW

8-438-43
8-25 Management specifications 8-468-46
8-26 Shelf dimensions 8-468-46
8-27 LD specifications 8-488-48
8-28 OSC specifications 8-508-50
8-29 DWDM wavelengths (100-GHz spacing) 8-518-51
8-30 DWDM wavelengths (50-GHz spacing) 8-528-52
8-31 Channel plan (CWDM) 8-548-54
8-32 Filter specifications (Part 1 of 2) 8-558-55
8-33 Filter specifications (Part 2 of 2) 8-578-57
8-34 Passband center wavelength 8-598-59
8-35 Wavelengths for SFC2 and SFC4 8-618-61
8-36 SFD8 Optical Insertion Loss 8-618-61
8-37 SFD5 Optical Insertion Loss 8-618-61
8-38 SFC2 Insertion Loss 8-628-62
8-39 SFC4 Insertion Loss 8-628-62
List of tables


1830 PSS Product Information and
Planning Guide
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and 3.6.51
Issue 1 January 2012
xi
8-40 CWR8/CWR8B insertion loss 8-628-62
8-41 CWR8-88 specifications 8-638-63
8-42 OT line-side specifications 8-648-64
8-43 SFP-XFP-CFP specifications 8-678-67
8-44 Alien wavelength client specifications 8-858-85

8-45 1830 PSS-36 TOADM valid LD combinations 8-868-86
8-46 1830 PSS-32 TOADM valid LD combinations 8-878-87
8-47 1830 PSS-36 ROADM valid LD combinations 8-888-88
8-48 1830 PSS-32 ROADM valid LD combinations 8-898-89
8-49 1830 PSS-36 DFOADM valid LD combinations 8-918-91
8-50 1830 PSS-32 DFOADM valid LD combinations 8-928-92
8-51 1830 PSS-16 DFOADM valid LD combinations 8-938-93
8-52 1830 PSS-32 ILA valid LD combinations 8-958-95
8-53 1830 PSS-16 ILA valid LD combinations 8-968-96
A-1 1830 PSS-32/1830 PSS-1 GBE NE CD-ROMs and license point fees A-3A-3
A-2 1354RM-PhM CD-ROM and license point fees A-5A-5
A-3 1830 PSS-36/PSS-32/PSS-16 common equipment A-7A-7
A-4 1830 PSS amplifiers A-12A-12
A-5 1830 PSS filters A-14A-14
A-6 1830 PSS-36/PSS-32/PSS-16 protection A-16A-16
A-7 1830 PSS-36/PSS-32/PSS-16 DCMs A-17A-17
A-8 1830 PSS-36/PSS-32/PSS-16 optical transponders A-20A-20
A-9 1830 PSS-36/PSS-32/PSS-16 equipment racks A-22A-22
A-10 1830 PSS-36/PSS-32/PSS-16 cables A-22A-22
A-11 1830 PSS-36 kit: customer-replaceable items A-27A-27
A-12 1830 PSS-32 kit: customer-replaceable items A-28A-28
A-13 1830 PSS-16 kit: customer-replaceable items A-30A-30
List of tables


xii
1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51

Issue 1 January 2012
A-14 1830 PSS-36/PSS-32/PSS-16 miscellaneous equipment A-31A-31
A-15 1830 PSS-36/PSS-32/PSS-16 and PSS-1 SFPs A-35A-35
A-16 1830 PSS-36/PSS-32/PSS-16 and GBEH XFPs A-56A-56
A-17 1830 PSS-1 common equipment A-60A-60
A-18 1830 PSS-1 GBE kit: customer-replaceable items A-61A-61
A-19 Hardened 1830 PSS-1 kit customer-replaceable items A-62A-62
A-20 1830 PSS-1 miscellaneous equipment A-62A-62
List of tables


1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
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List of tables


xiv
1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
List of figures
1-1 Alcatel-Lucent 1830 PSS solution 1-61-6
2-1 FOADM 5-channel static-filter architecture (2-degree) 2-62-6
2-2 FOADM 44-channel static filter architecture (2-degree) 2-92-9

2-3 ROADM filter architecture (2-degree) 2-102-10
2-4 ROADM filter architecture w/growth beyond 8 add-drop channels 2-112-11
2-5 TOADM filter architecture (2-degree) 2-122-12
2-6 Line terminal with SFC2 filter 2-142-14
2-7 Line terminal with SFC4 filter 2-152-15
2-8 Line terminal with SFC8 filter 2-162-16
2-9 Single-fiber bidirectional 2-degree OADM 2-172-17
2-10 Single Fiber bidirectional CWDM-DWDM regeneration 2-172-17
2-11 Node optical architecture 2-202-20
2-12 Single fiber cut 2-242-24
2-13 Raman RA2P single fiber cut examples 2-262-26
2-14 Single fiber restoration 2-282-28
2-15 Double fiber cut 2-292-29
2-16 Double fiber restoration 2-312-31
2-17 RA2P ILA with OSC disabled 2-322-32
2-18 Cold or hard reboot of an amplifier 2-352-35
2-19 LD reset with RAMAN/EDFA 2-362-36
2-20 ILA fiber cut between OA’s exceeding class 1M limit 2-372-37
2-21 Fiber cut after ingress LD 2-382-38
2-22 11STAR1 block diagram 2-422-42

1830 PSS Product Information and
Planning Guide
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and 3.6.51
Issue 1 January 2012
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2-23 11STMM10 block diagram 2-432-43
2-24 11STGE12 block diagram 2-442-44
2-25 11QPA4(A) block diagram 2-462-46

2-26 11DPE12 block diagram 2-482-48
2-27 11DPE12(E) block diagram 2-492-49
2-28 11DPM12 block diagram 2-502-50
2-29 43STX4/43STX4P block diagram 2-522-52
2-30 43SCX4 block diagram 2-542-54
2-31 43SCA1 block diagram 2-552-55
2-32 43STA1P block diagram 2-572-57
2-33 4DPA4 block diagram 2-582-58
2-34 4DPA2 block diagram 2-592-59
2-35 112SCX10/112SNX10 OT block diagram 2-612-61
2-36 112SCA1/112SNA1 OT block diagram 2-632-63
2-37 Wavelength Tracker coding and encoding points 2-692-69
2-38 WTOCM addition for long haul WT 2-702-70
2-39 Wavelength Tracker fault isolation 2-722-72
2-40 Per-channel optical line protection 2-772-77
2-41 OT OPS protection - TOADM auto-auto paths 2-792-79
2-42 SVAC OPS protection - FOADM manual-manual paths 2-792-79
2-43 OT OPS protection - FOADM auto-auto and FOADM manual-manual paths 2-802-80
2-44 OT OPS protection - FOADM auto-auto paths 2-802-80
2-45 OT OPS protection - FOADM auto-auto and TOADM auto-auto paths 2-802-80
2-46 Optical sub-network connection protection (O-SNCP) 2-812-81
2-47 E-SNCP on 4DPA4 OT 2-832-83
2-48 E-SNCP on 4DPA2 OT 2-852-85
2-49 11QPA4(A) E-SNCP examples 2-862-86
List of figures


xvi
1830 PSS Product Information and
Planning Guide

8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
2-50 Protection of alien wavelengths 2-872-87
2-51 Y-cable protection 2-882-88
2-52 1830 PSS-36 shelf - physical design 2-952-95
2-53 1830 PSS-36 shelf slot numbering 2-962-96
2-54 1830 PSS-32 central office shelf - physical design 2-982-98
2-55 1830 PSS-32 CO shelf slot numbering 2-992-99
2-56 1830 PSS-16 end office shelf - physical design 2-1002-100
2-57 1830 PSS-16 EO shelf slot numbering 2-1012-101
2-58 Sample multi-shelf 1830 PSS-36 NE connectivity 2-1072-107
2-59 Sample multi-shelf 1830 PSS-32 NE connectivity 2-1082-108
2-60 Sample multi-shelf 1830 PSS-16/32 NE connectivity 2-1092-109
2-61 Example TOADM shelf configuration 2-1212-121
2-62 Example: DWDM networks for FOADM, ROADM, and TOADM 2-1312-131
2-63 Spurs and dual-homed nodes 2-1322-132
2-64 EPL and EVPL services 2-1332-133
2-65 HiGig vs. Q-in-Q frame formats 2-1332-133
2-66 Interworking with 10GbE Router/Switch 2-1342-134
3-1 Linear network configuration 3-23-2
3-2 Ring network configuration 3-33-3
3-3 Interconnected ring network configuration 3-43-4
3-4 Mesh network configuration 3-53-5
3-5 44 channel TOADM end terminal block diagram 3-93-9
3-6 88 channel TOADM end terminal block diagram 3-103-10
3-7 44 channel 2-Degree TOADM block diagram 3-113-11
3-8 88 channel Degree 2 TOADM block diagram 3-123-12
3-9 3-Degree TOADM block diagram with mixed CWRs 3-133-13
3-10 TOADM with DWDM spur and OEO regeneration 3-143-14

List of figures


1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
xvii
3-11 TOADM with CWDM spur and OEO regeneration 3-153-15
3-12 ROADM end terminal with WR8-88A(F) 3-163-16
3-13 Degree 2 88-channel ROADM with WR8-88A(F) 3-173-17
3-14 Degree 4 88-channel ROADM with WR8-88A(F) 3-183-18
3-15 WR8-88 ROADM with DWDM spur/OEO regeneration 3-203-20
3-16 WR8-88 ROADM with CWDM spur/OEO regeneration 3-213-21
3-17 OT regeneration configuration 3-223-22
3-18 Two-node Anydirection A/D degree 4+2 example 3-243-24
3-19 WR8-88 with ITLU on drop port 3-253-25
3-20 Two-node regeneration with OTs in Different A/D Blocks 3-293-29
3-21 Two-node regeneration with OTs in the same A/D Block 3-303-30
3-22 Two-node add/drop with no MESH4 card in the Add path 3-313-31
3-23 Two-node add/drop with one MESH4 card in the Add path 3-323-32
3-24 AnyDirection two-node diagram 3-333-33
3-25 AnyDirection single-node diagram 3-383-38
3-26 OMD-based 44 channel DWDM end terminal 3-443-44
3-27 OMD-based 15 channel DWDM end terminal 3-453-45
3-28 OMD-based 88 channel DWDM end terminal 3-463-46
3-29 OMD-based 4 channel CWDM end terminal 3-463-46
3-30 FOADM hub block diagram 3-473-47
3-31 Degree 2 DWDM FOADM (100GHz spacing) 3-483-48

3-32 Degree 2 DWDM FOADM (80-channel/50GHz spacing) 3-493-49
3-33 Degree 2 DWDM FOADM with ITLB thru connection 3-493-49
3-34 CWDM degree 2 FOADM 3-513-51
3-35 Degree 3 44-channel FOADM block diagram 3-523-52
3-36 Asymmetrical Degree 4 DWDM FOADM 3-533-53
3-37 ILA with bidirectional LDs and optional RA2Ps 3-543-54
List of figures


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Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
3-38 ILA-2: ILA with unidirectional LDs and optional RA2Ps 3-553-55
3-39 AM2125A/B topology assignments 3-563-56
3-40 AM2125A/B topology assignments with RA2P 3-563-56
3-41 LD opposing port assignments with and without RA2P 3-573-57
3-42 TOADM ring network topology 3-593-59
3-43 Interconnected TOADM rings 3-603-60
3-44 NE with connected TOADM CWR8 or CWR8-88 cards 3-613-61
3-45 Two-degree TOADM NE linear network 3-623-62
3-46 Split TOADM configuration 3-623-62
3-47 DWDM TOADM spur 3-633-63
3-48 CWDM TOADM spur 3-633-63
3-49 FOADM HUB ring 3-653-65
3-50 FOADM spur connection 3-663-66
3-51 3-Degree FOADM 3-673-67
3-52 TOADM ring with static network spurs 3-683-68

3-53 44-channel TOADM 3-693-69
3-54 FOADM/DCM/SFD40/SFD44 3-693-69
3-55 FOADM without DCM on LD 3-693-69
3-56 FOADM without SFD40/SFD44 3-703-70
3-57 FOADM with DCM, SFD40/SFD44, SFD40B/SFD44B 3-713-71
3-58 FOADM without a DCM on the LD 3-713-71
3-59 FOADM without a DCM or SFD40B/SFD44B 3-723-72
3-60 88-channel TOADM with optional SFD44 3-723-72
3-61 88-channel TOADM without SFD44B 3-733-73
3-62 SVAC in TOADM 3-743-74
3-63 MVAC in TOADM 3-753-75
3-64 MVAC in FOADM 3-753-75
List of figures


1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
xix
3-65 MVAC in ROADM 3-763-76
3-66 WTOCM/LD Connectivity with Bidirectional LDs 3-773-77
3-67 ROADM WTOCM/LD connectivity with unidirectional LDs 3-783-78
3-68 ILA WTOCM/LD connectivity with unidirectional LDs 3-783-78
3-69 TOADM Configurations 3-793-79
3-70 FOADM configurations 3-803-80
3-71 FOADM/TOADM configurations 3-803-80
3-72 AxPyG Ingress LD with optional egress LD (TOADM or FOADM) 3-823-82
3-73 AxPyG ingress LD with ALPFGT egress LD (FOADM only) 3-823-82

3-74 A2325A ingress LD with optional egress LD (TOADM only) 3-823-82
3-75 AM2125A ingress LD with AM2125A or AM2318A egress LD (TOADM only) 3-833-83
3-76 AM2125B ingress LD with AM2125B or AM2318A egress LD (TOADM only) 3-833-83
3-77 AM2318A ingress LD with AM2125A, AM2125B, or AM2318A egress LD (TOADM only)
3-843-843-84
3-78 ALPFGT egress LD with optional ALPFGT ingress LD (FOADM only) 3-843-84
3-79 OSCT card (FOADM only) 3-853-85
3-80 RA2P card with bidirectional LDs (T/R/FOADM) 3-853-85
3-81 RA2P card with unidirectional LDs (T/ROADM only) 3-863-86
3-82 Linear network topology 3-873-87
3-83 Alcatel-Lucent 1830 PSS-1 GBE/GBEH ring network 3-883-88
3-84 1830 PSS-36/PSS-32/PSS-16 interconnected with Alcatel-Lucent 1830 PSS-1 3-903-90
3-85 Examples of Mixed 1830 PSS-32/1830 PSS-1 GBE topologies 3-913-91
3-86 1830 PSS-32/1830 PSS-1 OTU-1 interworking 3-923-92
3-87 Basic 1696-1830 transponder interoperability configuration 3-943-94
3-88 11STAR1 to 10GELAN configuration 3-953-95
3-89 1830 PSS-1 GBEH to 10xGE interworking scenario 3-973-97
3-90 Alcatel-Lucent 1830 PSS-1 GBEH to 10xGE GE transparent service transport 3-983-98
List of figures


xx
1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
3-91 1830/1696 single line interconnections 3-993-99
3-92 1830/1696 multi-line interconnections 3-1003-100
3-93 1830 dangling OT 3-1033-103

3-94 1621 SLE 3-1043-104
3-95 1621 SLE configuration with 1830 PSS 3-1063-106
4-1 Alcatel-Lucent 1830 PSS-36 shelf 4-44-4
4-2 Alcatel-Lucent 1830 PSS-32 central office shelf 4-54-5
4-3 Alcatel-Lucent 1830 PSS-16 end office shelf 4-64-6
4-4 Alcatel-Lucent 1830 PSS-36 shelf slot layout 4-104-10
4-5 Alcatel-Lucent 1830 PSS-32 Shelf slot layout 4-114-11
4-6 Alcatel-Lucent 1830 PSS-16 Shelf slot layout 4-124-12
4-7 FLC36EA faceplate 4-274-27
4-8 MT0C faceplate 4-284-28
4-9 BT36 bus termination card 4-294-29
4-10 EC faceplate 4-304-30
4-11 1830 PSS-32/1830 PSS-16 power filter faceplate (without voltage monitoring) 4-334-33
4-12 1830 PSS-32/1830 PSS-16 power filter faceplate (with voltage monitoring) 4-344-34
4-13 1830 PSS-36 power filter faceplate 4-344-34
4-14 1830 PSS-36 fan tray 4-354-35
4-15 1830 PSS-32 fan tray 4-354-35
4-16 1830 PSS-16 fan tray 4-364-36
4-17 1830 PSS-32 USRPNL faceplate 4-374-37
4-18 1830 PSS-16 USRPNL faceplate 4-374-37
4-19 Full-height LD module faceplate (typical w/DCM access) 4-414-41
4-20 AM2125A faceplate (typical of DCM access and protective latch) 4-414-41
4-21 AM2318 faceplate (typical of no DCM with protective latch) 4-414-41
4-22 Half-height ALPFGT LD module 4-424-42
List of figures


1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50

and 3.6.51
Issue 1 January 2012
xxi
4-23 RA2P optical module block diagram 4-434-43
4-24 RA2P module 4-434-43
4-25 RA2P LAN connector 4-444-44
4-26 OSCT card faceplate 4-464-46
4-27 WTOCM faceplate 4-464-46
4-28 Functional diagram of CWR8 module within an optical line 4-484-48
4-29 CWR8 faceplate 4-494-49
4-30 CWR8 block diagram 4-504-50
4-31 Functional diagram of CWR8-88 module within an optical line 4-524-52
4-32 CWR8-88 faceplate 4-534-53
4-33 CWR8-88 block diagram 4-544-54
4-34 WR8-88A faceplate 4-554-55
4-35 WR8-88A block diagram 4-564-56
4-36 SFD5 functional diagram 4-584-58
4-37 SFD8 functional diagram 4-594-59
4-38 SFD40 module diagram 4-604-60
4-39 SFD40/SFD40B faceplates 4-604-60
4-40 SFD40B module diagram 4-614-61
4-41 SFD44 module diagram 4-624-62
4-42 SFD44 faceplate view 4-624-62
4-43 SFD44B module diagram 4-634-63
4-44 SFD44B faceplate view 4-634-63
4-45 ITLB block diagram 4-644-64
4-46 ITLB faceplate view 4-644-64
4-47 ITLB inventory port application 4-654-65
4-48 SFC4 module 4-664-66
4-49 Generic OT functional model 4-684-68

List of figures


xxii
1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
4-50 4DPA4 faceplate 4-714-71
4-51 Add/Drop operational mode 4-724-72
4-52 CROSSREGEN operational mode 4-734-73
4-53 4DPA4 client signal mapping examples 4-754-75
4-54 4DPA2 faceplate 4-754-75
4-55 11STAR1 faceplate 4-784-78
4-56 11STAR1 block diagram 4-794-79
4-57 11STMM10 faceplate 4-824-82
4-58 11STMM10 OT block diagram 4-834-83
4-59 11QPA4(A) module 4-874-87
4-60 11QPA4(A) functional diagram 4-894-89
4-61 11STGE12 faceplate 4-914-91
4-62 11STGE12 block diagram 4-914-91
4-63 11DPE12(E) faceplate 4-954-95
4-64 11DPE12(E) block diagram 4-954-95
4-65 11DPM12 faceplate 4-984-98
4-66 11DPM12 ADM 4-994-99
4-67 11DPM12 ODU0/ODU1/ODUflex Mapping 4-1004-100
4-68 11DPM12 OPTSG mapping 4-1014-101
4-69 OPTSG cascading example: 3xSTM-4 + 4xSTM-1 + 3xSTM-16 over a single ODU2 4-1044-104
4-70 43STX4/43STX4P OT faceplate 4-1074-107

4-71 43STX4/43STX4P OT block diagram 4-1084-108
4-72 43SCX4 block diagram 4-1114-111
4-73 43STA1P faceplate 4-1124-112
4-74 43STA1P Block Diagram 4-1134-113
4-75 43CSA1 faceplate 4-1144-114
4-76 43SCA1 Block Diagram 4-1154-115
List of figures


1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
xxiii
4-77 112SCX10 faceplate 4-1174-117
4-78 112SNX10 faceplate 4-1184-118
4-79 112SCA1 Faceplate 4-1204-120
4-80 112SCA1 block diagram with CFP 4-1224-122
4-81 112SNA1 Faceplate 4-1234-123
4-82 112SNA1 block diagram with CFP 4-1254-125
4-83 1+1 protection using Y-cable 4-1294-129
4-84 OPS functional diagram 4-1324-132
4-85 OPS module faceplate 4-1334-133
4-86 SVAC faceplate 4-1344-134
4-87 MVAC faceplate 4-1354-135
5-1 1830 PSS-36/PSS-32/PSS-16 PM points 5-65-6
5-2 Analog parameter TCAs 5-95-9
5-3 EPT parameters for a TOADM node 5-265-26
5-4 Per-channel power control points within a TOADM node 5-275-27

5-5 Valid automatic and manual power adjustment configurations 5-285-28
5-6 Path power trace 5-315-31
5-7 Optical power levels at a Wavelength Tracker detection point 5-325-32
6-1 1830 PSS-32 Shelf view showing power and ground connectors 6-46-4
6-2 Airflow through 1830 PSS-36 shelf 6-136-13
6-3 Airflow through 1830 PSS-32 shelf 6-146-14
6-4 Airflow through 1830 PSS-16 shelf 6-156-15
6-5 Air filter 6-166-16
7-1 Recommended 1830 PSS-36/PSS-32/PSS-16 circuit pack and unit sparing levels: 30-day lead
time
7-387-38
7-2 Recommended 1830 PSS-36/PSS-32/PSS-16 circuit pack and unit sparing levels: 60-day lead
time
7-417-41
List of figures


xxiv
1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
7-3 Recommended 1830 PSS-36/PSS-32/PSS-16 circuit pack and unit sparing levels: 90-day lead
time
7-437-43
8-1 Alcatel-Lucent 1830 PSS-36 shelf dimensions 8-48-4
8-2 Alcatel-Lucent 1830 PSS-32 shelf dimensions 8-58-5
8-3 Alcatel-Lucent 1830 PSS-16 shelf dimensions 8-68-6
List of figures

1830 PSS Product Information and
Planning Guide
8DG61100AAAATQZZA Release 3.6.50
and 3.6.51
Issue 1 January 2012
xxv