Turin Networks Inc.
TraverseEdge 2020 System
Documentation
Ordering Guide
Software Release 5.0.x
Publication Date: April 2007
Document Number: 800-0016-50 Rev. A
Copyright © 2007 Turin Networks, Inc.
All rights reserved. This document contains proprietary and confidential information of Turin Networks,
Inc., and may not be used, reproduced, or distributed except as authorized by Turin Networks. No part of
this publication may be reproduced in any form or by any means or used to make any derivative work (such
as translation, transformation or adaptation) without written permission from Turin Networks, Inc.
Turin Networks reserves the right to revise this publication and to make changes in content from time to
time without obligation on the part of Turin Networks to provide notification of such revision or change.
Turin Networks may make improvements or changes in the product(s) described in this manual at any time.
Turin Networks Trademarks
Turin Networks, the Turin Networks logo, Traverse, TraverseEdge, Traverse PacketEdge, TransAccess,
TransNav, Traverse PacketEdge, TPE-1200, TE-2020, TE-206, TN-Xpert, TN-Xsight, TN-Xconnect, TNXtend, TN-Xrelay, and Creating The Broadband Edge are trademarks of Turin Networks, Inc. or its
affiliates in the United States and other countries. All other trademarks, service marks, product names, or
brand names mentioned in this document are the property of their respective owners. Inquiries concerning
such products, services, or marks should be made directly to those companies.
Product Use
The TraverseEdge 2020 is part of a family of products designed and manufactured by Turin Networks for
the telecommunications industry.
Government Use
Use, duplication, or disclosure by the U.S. Government is subject to restrictions as set forth in FAR 12.212
(Commercial Computer Software-Restricted Rights) and DFAR 227.7202 (Rights in Technical Data and
Computer Software), as applicable.
PREFACE
Revision History
The following lists the sections of this document affected by any informational changes:
Section
Issue
All
Date
01
Reason For Change
4/2007 First Release 5.0 Version (Preliminary)
Related Documents
The following documents pertain to Turin’s TraverseEdge 2020 (TE-2020) optical transport
equipment. For online documentation, go to www.force10networks.com.
Table 1 TE-2020™ Document List
Document Title
Description
TE-2020 Ordering Guide
Provides a brief description of each module available for the TE-2020 system, part
numbers, compatibility information, and the contact information required to order them.
TE-2020 Users Guide
Provides information vital for proper operation and maintenance of Turin Networks TE2020 system. Information provided deals with processes and procedures for turn-up, test,
maintenance duties, input command sequences, valid parameters, and expected responses
in TL-1 and TN-Sight.
TE-2020 Applications
Engineering Guide
Provides information vital for the proper deployment of a Turin Networks TE-2020
system. Information provided deals with environmental requirements, specifications, and
applications.
TE-2020 Hardware
Installation Guide
Provides information vital for proper installation of Turin Networks TE-2020 equipment.
Information provided deals with site layout, required hardware, power connections, cable
connections, and interfaces that must be hardwired.
TE-2020 TL-1 Reference
Guide
Provides information vital for proper communication with Turin Networks TE-2020
system. Information provided deals with all TL-1 command structures, valid parameters,
and expected responses, and error codes.
TE-2020 Hardware
Description Guide
Provides detailed information for each card, shelf and accessory for a Turin Networks TE2020 system. Information provided includes card level diagrams, operational
requirements, specifications, and applications.
Table 2 TN-Xpert™ Document List
Document Title
TN-Xpert Installation Guide
Release 5.0.x
Description
Provides information required to properly install and maintain TN-Xpert Client and
Server for both Solaris and Windows Environments. Information provided deals with
Operation System configuration, database installation, user account configuration, TNXpert software installation and Network Element IP connectivity
Turin Networks
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Table 2 TN-Xpert™ Document List
Document Title
TN-Xpert Users Guide
Description
Provides information vital for proper operation and maintenance of Turin Networks TE2020 and TE-206 systems. Information provided deals with processes and procedures for
turn-up, test, maintenance duties, input command sequences, valid parameters, and
expected responses using TN-Xpert™.
Precautions
Throughout this document, there are important precautionary statements used to warn of possible
hazards to persons or equipment. A precaution identifies a possible hazard and then explains what
may happen if the hazard is not avoided. The Danger, Warning, and Caution statements should be
followed at all times to ensure safe and proper installation, operation, and reliability of the
product. When multiple precautions are present, they are listed in order of severity as follows:
Danger!
Indicates that a certain risk is associated with the task that will cause severe personal injury, death, or substantial property damage if the procedure is not adhered
to as written.
Warning! Indicates that a certain risk is associated with the task that can cause personal
injury, death, or substantial property damage if the procedure is not adhered to as
written.
Caution! Indicates that a certain risk is associated with the task that can or will cause personal injury or property damage if the procedure is not adhered to as written.
General Safety Precautions
These precautions will be found throughout the document whenever the optical cards or other
system components are being discussed.
Danger! Never look into the end of an optical fiber. Exposure to invisible LASER radiation
can cause serious and/or permanent damage to the eye or even blindness. Verify
the optical source is disabled through the use of an optical power meter before
handling optical fibers. Use of controls, adjustments, or procedures other than
those specified within this document may result in hazardous laser radiation exposure.
Caution! Electrostatic Discharge (ESD) sensitive devices. ESD can cause catastrophic failure or degraded life and performance of a device. Use an anti-static wrist strap
connected to a properly grounded source before contacting any electronic devices.
Standards Compliance
NEBS Level 3 per SR-3580 (ref. GR-63 & GR-1089)
UL 60950, 3rd Edition
CDRH Laser Certification
FCC Part 15 Class B
ANSI Z136.1 - 1993 - American National Standard for the Safe Use of Lasers
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FCC Warning
The TE-2020 system 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 this equipment is operated in a commercial
environment. This equipment generates, uses, and can radiate radio frequency energy and, if not
installed and used in accordance with the instructions, may cause harmful interference to radio
and television communications. Operation of this equipment in a residential area is likely to cause
interference, in which case the user will be required to correct the interference at his or her own
expense. Shielded cables must be used with this unit to ensure compliance with the Class A FCC
limits.
Contact Information
This section contains the addresses and phone numbers of Turin Networks offices. For sales and
technical assistance, go to www.force10networks.com.
Query and Contact Information Matrix
Query
•
•
•
•
•
•
Warranty Issues
Part Issues
Repair Service
Upgrades
Installation and Test
Training
Release 5.0.x
Contact
Group
Contact Information
Technical
Assistance
Center
(TAC)
Inside the U.S., toll-free 1-888-887-4638
Outside the U.S. 707-665-4335
E-mail transport-support@force10networks.com
Turin Networks
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If You Need Assistance
If you need assistance while working with the TE-1200 product, contact the Technical
Assistance Center (TAC). See the “Query and Contact Information Matrix” table above. TAC is
available 24 hours a day, 7 days a week.
E-mail support (24-hour response) is also available through: transport-support@force10networks.com.
Calling for Repairs
If repair is necessary, call Technical Assistance at 1-866-948-7625 for a Return Material
Authorization (RMA) number before sending the unit. The RMA number must be prominently
displayed on all equipment cartons.
When calling outside the United States, use the appropriate international access code, and then
call 707-665-4355 to contact the Repair Facility.
When shipping equipment for repair, follow these steps:
1.
2.
3.
4.
Pack the unit securely.
Enclose a note describing the exact problem.
Enclose a copy of the invoice that verifies the warranty status.
Ship the unit PREPAID to the following address:
Force10 Networks, Inc.
Attn: RMA # ________
700 N. Glenville Dr.
Richardson, TX 75081 USA
Acronyms
ACO
ADM
BITS
BLSR
CCT
CDRH
CLI
CO
D&C
DCC
DS3
DWDM
EC1
EMS
EoS
FCC
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Alarm Cut-off
Add/Drop Multiplexer
Building Integrated Timing Supply
Bi-directional Line Switched Ring
Common Control and Timing
Center for Devices and Radiological Health
Command Line Interface
Central Office
Drop and Contiunue
Data Communications Channel
Digital Signal Level 3 at 45 Mbps
Dense Wave Division Multiplexing
Electrical Carrier Level 1
Element Management System
Ethernet Over SONET
Federal Communications Commission
Turin Networks
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FTP
GbE
GFP
GMPLS
GNE
GUI
HTTP
IR
LAN
LDCC
LDF
LEI
LR
LSP
LTE
MAC
MMF
NEBS
NE
NTP
File Transfer Protocol
Giga-bit Ethernet
Generic Framing Procedure
Generalized Multi-Protocol Label Switching
Gateway Network Element
Graphical User Interface
Hyper-text Transfer Protocol
Intermediate Reach
Local Area Network
Line Data Communications Channel
Lightwave Distribution Frame
Local Equipment Interconnect
Long Reach
Label Switched Path
Line Terminating Equipment
Media Access Control
Multi-mode Fiber
Network Equipment - Building Systems
Network Element
Network Time Protocol
NUT
Non-Preemptable Unprotected Traffic
O-ADM
OAM&P
OC
OC-12
OC-192
OC-3
OC-48
OS
OSPF
OSS
PCA
PLM
POH
RST
RU
RX
SONET
SLA
SMF
SR
STAT
STS
STS-1c
STS-12c
STS-3c
STS-48c
Optical Add Drop Multiplexer
Operations, Administration, Maintenance and Provisioning
Optical Carrier
Optical Carrier Level 12 at 622 Mbps
Optical Carrier Level 192 at 9.6 Gbps
Optical Carrier Level 3 at 155 Mbps
Optical Carrier Level 48 at 2.4 Gbps
Operating System
Open Shortest Path First
Operation Support System
Protected Channel Access
Physical Layer Module
Path Overhead
Reset
Rack Unit (1 RU = 1.75”)
Receive
Synchronous Optical Network
Service Level Agreement
Single Mode Fiber
Short Reach
Status
Concatenated Synchronous Transport Signal
Concatenated Synchronous Transport Signal Level 1 at 52 Mbps
Concatenated Synchronous Transport Signal Level 12 at 622 Mbps
Concatenated Synchronous Transport Signal Level 3 at 155 Mbps
Concatenated Synchronous Transport Signal Level 48 at 2.4 Gbps
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TBD
TCP/IP
TID
TL-1
TX
UL
UPSR
VC
Vdc
VLAN
VPN
VR
WDM
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To Be Determined
Transport Control Protocol/Internet Protocol
Target Identifier
Transaction Language Level 1
Transmit
Underwriters Laboratories
Unidirectional Path Switched Ring
Virtual Concatenation
Voltage - Direct Current
Virtual Lan
Virtual Private Network
Very Long Reach
Wave Division Multiplexing
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Table of Contents
Item
Page
Chapter 1 Introduction ............................................................................................................................................ 1-1
1.1 Overview ..................................................................................................................................................... 1-1
1.2 TE-2020 Description .................................................................................................................................... 1-1
1.3 TE-206 .......................................................................................................................................................... 1-1
Chapter 2 Rack Configuration ................................................................................................................................ 2-1
2.1 Rack Description .......................................................................................................................................... 2-1
2.2 TE-2020 Shelves .......................................................................................................................................... 2-1
2.3 Equipment Layout ........................................................................................................................................ 2-1
Chapter 3 Compatibility .......................................................................................................................................... 3-1
3.1 Release 05.00.00 ......................................................................................................................................... 3-1
3.1.1 Shelves ............................................................................................................................................... 3-1
3.1.2 Plug-in Units........................................................................................................................................ 3-1
Chapter 4 Unit Details ............................................................................................................................................ 4-1
4.1 TE-2020 Shelves .......................................................................................................................................... 4-1
4.1.1 TE-2020 Main Shelf ........................................................................................................................... 4-1
4.1.2 OTS2................................................................................................................................................... 4-3
4.1.3 DS3/EC1 Tributary Shelf (ETS1)......................................................................................................... 4-4
4.1.4 ETS2 Shelf .......................................................................................................................................... 4-5
4.2 Shelf Plug-in Units ........................................................................................................................................ 4-6
4.2.1 Fan Trays ............................................................................................................................................ 4-6
4.2.2 Common Control and Timing Cards.................................................................................................... 4-9
4.2.3 Blank Cover Panels........................................................................................................................... 4-14
4.2.4 Fan Filters ......................................................................................................................................... 4-19
4.2.5 Chassis Filters................................................................................................................................... 4-21
4.3 Physical Layer Modules (PLMs) ................................................................................................................. 4-23
4.3.1 OC-192 PLMs ................................................................................................................................... 4-23
4.3.2 OC-48 PLMs .................................................................................................................................... 4-25
4.3.3 OC-12 PLMs ..................................................................................................................................... 4-32
4.3.4 OC-3 PLMs ....................................................................................................................................... 4-33
4.3.5 GbE PLMs......................................................................................................................................... 4-34
4.3.6 DS3/EC1 PLMs ................................................................................................................................. 4-35
4.3.7 DS1 PLMs ......................................................................................................................................... 4-36
4.3.8 FastE PLM ........................................................................................................................................ 4-37
4.4 Cable and Fiber Assemblies ...................................................................................................................... 4-38
4.4.1 LEI Cables......................................................................................................................................... 4-38
4.4.2 Coax Cable ....................................................................................................................................... 4-39
4.4.3 Fiber Cable........................................................................................................................................ 4-40
4.4.4 DS1 Cables ...................................................................................................................................... 4-43
4.4.5 FastE Cable ..................................................................................................................................... 4-44
4.5 Kits ............................................................................................................................................................. 4-46
4.5.1 Fiber Cleaning Kit............................................................................................................................. 4-46
4.6 Documentation ........................................................................................................................................... 4-47
4.7 TE-2020 System Software ......................................................................................................................... 4-49
4.8 TN-Xpert Element Management System Software .................................................................................... 4-49
Chapter 5 Ancillary Equipment .............................................................................................................................. 5-1
5.1 Fiber Storage Tray ........................................................................................................................................ 5-1
5.2 DS1 Patch Panel .......................................................................................................................................... 5-2
5.3 FastE Patch Panel...................................................................................................................................... s 5-3
Chapter 6 System Design Worksheets .................................................................................................................. 6-1
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List of Figures
Item
Page
Chapter 1 Introduction
Chapter 2 Rack Configuration
Figure 2-1 Typical 23" Shelf Installation Example .............................................................................................. 2-2
Chapter 3 Compatibility
Chapter 4 Unit Details
Figure 4-1 TE-2020 Main Shelf - 19” .................................................................................................................. 4-1
Figure 4-2 OTS2 Shelf - 19” ............................................................................................................................... 4-3
Figure 4-3 DS3/EC1 Tributary Shelf - 19”........................................................................................................... 4-4
Figure 4-4 ETS2 Shelf - 19”................................................................................................................................ 4-5
Figure 4-5 TE-2020 Main Fan Tray .................................................................................................................... 4-6
Figure 4-6 OTS2 Fan Tray.................................................................................................................................. 4-7
Figure 4-7 ETS Fan Tray .................................................................................................................................... 4-8
Figure 4-8 TE-2020 Main CCT ........................................................................................................................... 4-9
Figure 4-9 OTS2 CCT....................................................................................................................................... 4-11
Figure 4-10 DS3/EC1 Tributary CCT.................................................................................................................. 4-12
Figure 4-11 ETS2 CCT ....................................................................................................................................... 4-13
Figure 4-12 OC-192 PLM Blank Cover Panel..................................................................................................... 4-14
Figure 4-13 OC-192 PLM Blank ......................................................................................................................... 4-15
Figure 4-14 Optical PLM Blank........................................................................................................................... 4-16
Figure 4-15 DS3/EC1 PLM Blank ....................................................................................................................... 4-17
Figure 4-16 DS1/FE PLM Blank ......................................................................................................................... 4-18
Figure 4-17 2 RU Fan Filter ................................................................................................................................ 4-19
Figure 4-18 3 RU Fan Filter ................................................................................................................................ 4-20
Figure 4-19 2 RU Chassis Filter ......................................................................................................................... 4-21
Figure 4-20 3 RU Chassis Filter ......................................................................................................................... 4-22
Figure 4-21 OC-192 x1 PLM............................................................................................................................... 4-24
Figure 4-22 OC-48 x1 PLM................................................................................................................................. 4-29
Figure 4-23 OC-48 x2 PLM................................................................................................................................. 4-29
Figure 4-24 OC-48 x4 PLM................................................................................................................................. 4-30
Figure 4-25 OC-48 x1 SFP Base PLM ............................................................................................................... 4-30
Figure 4-26 SFP Module..................................................................................................................................... 4-31
Figure 4-27 OC-12 x4 PLM................................................................................................................................. 4-32
Figure 4-28 OC-3 x4 PLM................................................................................................................................... 4-33
Figure 4-29 GbE x2 PLM .................................................................................................................................... 4-34
Figure 4-30 DS3/EC1 x12 PLM .......................................................................................................................... 4-35
Figure 4-31 DS1 x84 PLM .................................................................................................................................. 4-36
Figure 4-32 FastE x12 PLM................................................................................................................................ 4-37
Figure 4-33 LEI Cable Pair ................................................................................................................................. 4-38
Figure 4-34 Type 735 12-Pack BNC-BNC Cable Bundle ................................................................................... 4-39
Figure 4-35 Type 735 24-Pack BNC-BNC Cable Bundle ................................................................................... 4-39
Figure 4-36 Optical PLM MPO Adapter Cables.................................................................................................. 4-40
Figure 4-37 Optical LC Adapter Cable................................................................................................................ 4-41
Figure 4-38 Optical PLM SC Adapter Cable....................................................................................................... 4-42
Figure 4-39 Unterminated DS1 Cable ................................................................................................................ 4-43
Figure 4-40 Terminated DS1 Cable.................................................................................................................... 4-43
Figure 4-41 FastE Cable..................................................................................................................................... 4-44
Figure 4-42 Serial User Port Cable..................................................................................................................... 4-45
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Figure 4-43 Fiber Cleaning Kit............................................................................................................................ 4-46
Chapter 5 Ancillary Equipment
Figure 5-1 Fiber Storage Tray ............................................................................................................................ 5-1
Figure 5-2 DS1 Patch Panel ............................................................................................................................... 5-2
Figure 5-3 FastE Patch Panels........................................................................................................................... 5-3
Chapter 6 System Design Worksheets
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List of Tables
Item
Page
Chapter 1 Introduction
Chapter 2 Rack Configuration
Chapter 3 Compatibility
Table 3-1 Release 05.00.00 Shelf Compatibility.................................................................................................. 3-1
Table 3-2 TE-2020 Release 05.00.00 Compatible Plug-in Units ......................................................................... 3-1
Chapter 4 Unit Details
Table 4-1 TE-2020 Document List..................................................................................................................... 4-47
Table 4-2 TN-Xpert Document List .................................................................................................................... 4-48
Table 4-3 TE-206 Document List....................................................................................................................... 4-48
Table 4-4 . Master CD Additional Products List................................................................................................. 4-48
Table 4-5 . TN-Xpert Software and Licenses..................................................................................................... 4-49
Chapter 5 Ancillary Equipment
Chapter 6 System Design Worksheets
Table 6-1 Example 1 - Stand-alone TE-2020 with OC-192 Interfaces and 4 OC-48 Tributary Drops ................. 6-1
Table 6-2 Example 2 - Four Node OC-192 Network with Two Protected OC-48 Tributary Drops per Node....... 6-2
Table 6-3 Example 3 - Stand-alone TE-2020 with OC-192 Interfaces and 192 DS3 Tributary Drops................. 6-2
Table 6-4 Example 4 - Six Node OC-48 Ring with 12 DS3 Drops at Each Site .................................................. 6-3
Table 6-5 Example 5 - Stand-alone TE-2020 with OC-192 Interface and 8 GbE Interfaces ............................... 6-3
Table 6-6 Example 6 - Stand-alone TE-2020 with OC-48 Interfaces and 48 DS3 Drops.................................... 6-4
Table 6-7 Example 7 - Stand-alone TE-2020 with OC-192 Interfaces,672 DS1 Drops, and 48 DS3 Drops ....... 6-5
Table 6-8 Example 8 - Stand-alone TE-2020 with OC-48 Interfaces, 84 DS1 Drops, and 12 FastE Drops........ 6-6
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Chapter 1
Introduction
1.1 Overview
This Ordering Guide outlines standard configurations and provides Release 5.0.0 ordering information for
the TE-2020 system.
1.2 TE-2020 Description
The TE-2020 system is a multi-service SONET platform capable of supporting optical SONET and various
electrical interfaces. A flexible cross-connect allows the shelf to provide multiple connection types down
to STS-1 level granularity. Traffic of all types, including FastE and GbE, can be merged onto a single fiber
network with the TE-2020 system, all in a smaller form factor than other products on the market. For more
information on Turin Networks TE-2020 features, see the TE-2020 Applications and Engineering Guide.
1.3 TE-206
The TE-206 is a small multi-service platform based on the TE-2020 design to provide low-capacity drop
capabilities (GbE, FastE, DS1, DS3) in an access environment. Since the TE-206 can function with other
types of NEs and does not require a TE-2020, its ordering and product information is provided in seperate
documents.For more information on Turin Networks TE-206 features, see the TE-206 Applications and
Engineering Guide.
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Chapter 2
Rack Configuration
This chapter describes the standard rack configuration for the TE-2020 network element, including the TE2020 Main Shelf, OTS2, ETS1, and ETS2.
2.1 Rack Description
A standard 19" or 23" compliant rack is typically seven feet high and is used to house equipment stacked in
standard configurations for testing and operations. The 19" rack has an inside mounting width of 17.72",
and the 23" rack has an inside mounting width of 21.5". A typical rack may contain:
•
•
•
•
•
•
Circuit Breaker / Alarm Panel (customer supplied)
TE-2020 Main Shelves (19” or 23”)
OTS2 Shelves (optional; 19” or 23”)
DS3/EC1 Tributary (ETS1) Shelves (optional; 19” or 23”)
ETS2 Shelves (optional; 19” or 23”)
Fiber Storage Trays (optional; 19” or 23”)
2.2 TE-2020 Shelves
The TE-2020 Main Shelf is 3.47” tall requiring 2 RUs (rack unit = 1.75") in a standard 19" or 23" rack
mount. The TE-2020 is the main shelf with the tributary shelves typically being located beneath it. The
OTS2 Shelf is 3.47” tall requiring 2 RUs of rack space. The ETS1 and ETS2 are each 5.2” tall requiring 3
RUs of rack space. Each shelf is available in either 19" or 23" configurations from the factory.
2.3 Equipment Layout
This section describes a typical configuration for a TE-2020 system in a central office rack. The rack layout for a 23" system consisting of a TE-2020 Main Shelf, an OTS2, an ETS1, and an ETS2 is shown in
Figure 2-1
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Figure 2-1
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Typical 23" Shelf Installation Example
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TraverseEdge 2020 Ordering Guide, Chapter 3: Compatibility
Chapter 3
Compatibility
This chapter defines the compatibility between Release 5.00.00 software and plug-in units available for the
shelves.
3.1 Release 05.00.00
3.1.1 Shelves
The software Release 05.00.00 supports the shelves defined in Table 3-1 below.
Table 3-1
Release 05.00.00 Shelf Compatibility
Unit Name
Catalog Number
TE-2020 Main Shelf - 19"
WR-M2020-001-00000
TE-2020 Main Shelf - 23”
WR-M2020-002-00000
OTS2 - 19”
WR-TOPT2-001-00000
OTS2 - 23”
WR-TOPT2-002-00000
DS3/EC1 Tributary Shelf - 19”
WR-TDS30-001-00000
DS3/EC1 Tributary Shelf - 23”
WR-TDS30-002-00000
ETS2 - 19”
WR-TETS2-001-00000
ETS2 - 23”
WR-TETS2-002-00000
3.1.2 Plug-in Units
The software Release 05.00.00 supports the plug-in units defined in Table 3-2 below.
Table 3-2
TE-2020 Release 05.00.00 Compatible Plug-in Units
Unit Name
Catalog Number
Issue
Common Control and Timing Cards
TE-2020 Main CCT
WR-PCCT0-004-00000
02, 03
TE-2020 Main CCT
WR-PCCT0-0A4-00000
01
TE-2020 Enhanced CCT
WR-PCCTV-004-00000
0q, 02, 03, 04, 05, 06, 07,
08, 09
TE-2020 Main CCT w/2.5G VT Fabric
WR-PCCTV-024-00000
01, 02, 03, 04, 05, 06, 07,
08, 09
TE-2020 Main CCT w/5G VT Fabric
WR-PCCTV-054-00000
01, 02, 03, 04, 05, 06, 07,
08, 09
TE-2020 Main CCT w/5G VT Fabric
WR-PCCTV-056-00000
01
TE-2020 Main CCT w/10G VT Fabric
WR-PCCTV-106-00000
01
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Table 3-2
TE-2020 Release 05.00.00 Compatible Plug-in Units
Unit Name
Catalog Number
Issue
OTS2 CCT
WR-PCCT0-005-00000
01
OTS2 CCT
WR-PCCT0-0A5-00000
01
OTS2 Enhanced CCT
WR-PCCTV-005-00000
02, 03, 04, 05, 06, 07, 08,
09
OTS2 CCT w/2.5G VT Fabric
WR-PCCTV-025-00000
02, 03, 04, 05, 06, 07, 08,
09
OTS2 CCT w/5G VT Fabric
WR-PCCTV-057-00000
01
DS3/EC1 Tributary CCT
WR-PCCT0-002-00000
03
DS3/EC1 Tributary CCT
WR-PCCT0-012-00000
01, 02, 03
ETS2 CCT
WR-PCCT0-006-00000
01, 02, 03
Optical PLMs
OC-192 x1 LR 1550 PLM
WR-19201-L01-55000
01, 02
OC-192 x1 IR 1550 PLM
WR-19201-I01-55000
01, 02
OC-192 x1 SR 1310 PLM
WR-19201-S01-31000
01, 02
OC-192 x1 25GHz Widely Tunable PLM
WR-19201-T0W-52877
01, 02, 03
OC-192 x1 25GHz Widely Tunable ULR PLM
WR-19201-T1W-52877
01, 02, 03
OC-48 x1 LR 1310 PLM
WR-04801-L01-31000
01
OC-48 x1 IR 1310 PLM
WR-04801-I01-31000
01, 02, 03, 04
OC-48 x1 LR 1550 PLM
WR-04801-L01-55000
01
OC-48 x1 VR 1310 PLM
WR-04801-V01-31000
01
OC-48 x2 IR 1310 PLM
WR-04802-I01-31000
01
OC-48 x2 LR 1310 PLM
WR-04802-L01-31000
01
OC-48 x1 SFP Base PLM
WR-04801-SFP-00000
01
OC-48 x2 SFP Base PLM
WR-04802-SFP-00000
01
OC-48 x1 DWDM 1528.77 SFP Stnd. Temp.
WR-P048S-D01-52877
01
OC-48 x1 DWDM 1529.55 SFP Stnd. Temp.
WR-P048S-D01-52955
01
OC-48 x1 DWDM 1530.33 SFP Stnd. Temp.
WR-P048S-D01-53033
01
OC-48 x1 DWDM 1531.12 SFP Stnd. Temp.
WR-P048S-D01-53112
01
OC-48 x1 DWDM 1531.90 SFP Stnd. Temp.
WR-P048S-D01-53190
01
OC-48 x1 DWDM 1532.68 SFP Stnd. Temp.
WR-P048S-D01-53268
01
OC-48 x1 DWDM 1533.47 SFP Stnd. Temp.
WR-P048S-D01-53347
01
OC-48 x1 DWDM 1534.25 SFP Stnd. Temp.
WR-P048S-D01-53425
01
OC-48 x1 DWDM 1535.04 SFP Stnd. Temp.
WR-P048S-D01-53504
01
Page 3-2
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 3: Compatibility
Table 3-2
TE-2020 Release 05.00.00 Compatible Plug-in Units
Unit Name
Catalog Number
Issue
OC-48 x1 DWDM 1535.82 SFP Stnd. Temp.
WR-P048S-D01-53582
01
OC-48 x1 DWDM 1536.61 SFP Stnd. Temp.
WR-P048S-D01-53661
01
OC-48 x1 DWDM 1537.40 SFP Stnd. Temp.
WR-P048S-D01-53740
01
OC-48 x1 DWDM 1538.19 SFP Stnd. Temp.
WR-P048S-D01-53819
01
OC-48 x1 DWDM 1538.98 SFP Stnd. Temp.
WR-P048S-D01-53898
01
OC-48 x1 DWDM 1539.77 SFP Stnd. Temp.
WR-P048S-D01-53977
01
OC-48 x1 DWDM 1540.56 SFP Stnd. Temp.
WR-P048S-D01-54056
01
OC-48 x1 DWDM 1541.35 SFP Stnd. Temp.
WR-P048S-D01-54135
01
OC-48 x1 DWDM 1542.14 SFP Stnd. Temp.
WR-P048S-D01-54214
01
OC-48 x1 DWDM 1542.94 SFP Stnd. Temp.
WR-P048S-D01-54294
01
OC-48 x1 DWDM 1543.73 SFP Stnd. Temp.
WR-P048S-D01-54373
01
OC-48 x1 DWDM 1544.53 SFP Stnd. Temp.
WR-P048S-D01-54453
01
OC-48 x1 DWDM 1545.32 SFP Stnd. Temp.
WR-P048S-D01-54532
01
OC-48 x1 DWDM 1546.12 SFP Stnd. Temp.
WR-P048S-D01-54612
01
OC-48 x1 DWDM 1546.92 SFP Stnd. Temp.
WR-P048S-D01-54692
01
OC-48 x1 DWDM 1547.72 SFP Stnd. Temp.
WR-P048S-D01-54772
01
OC-48 x1 DWDM 1548.51 SFP Stnd. Temp.
WR-P048S-D01-54851
01
OC-48 x1 DWDM 1549.32 SFP Stnd. Temp.
WR-P048S-D01-54932
01
OC-48 x1 DWDM 1550.12 SFP Stnd. Temp.
WR-P048S-D01-55012
01
OC-48 x1 DWDM 1550.92 SFP Stnd. Temp.
WR-P048S-D01-55092
01
OC-48 x1 DWDM 1551.72 SFP Stnd. Temp.
WR-P048S-D01-55172
01
OC-48 x1 DWDM 1552.52 SFP Stnd. Temp.
WR-P048S-D01-55252
01
OC-48 x1 DWDM 1553.33 SFP Stnd. Temp.
WR-P048S-D01-55333
01
OC-48 x1 DWDM 1554.13 SFP Stnd. Temp.
WR-P048S-D01-55413
01
OC-48 x1 DWDM 1554.94 SFP Stnd. Temp.
WR-P048S-D01-55494
01
OC-48 x1 DWDM 1555.75 SFP Stnd. Temp.
WR-P048S-D01-55575
01
OC-48 x1 DWDM 1556.55 SFP Stnd. Temp.
WR-P048S-D01-55655
01
OC-48 x1 DWDM 1557.36 SFP Stnd. Temp.
WR-P048S-D01-55736
01
OC-48 x1 DWDM 1558.17 SFP Stnd. Temp.
WR-P048S-D01-55817
01
OC-48 x1 DWDM 1558.98 SFP Stnd. Temp.
WR-P048S-D01-55898
01
OC-48 x1 DWDM 1559.79 SFP Stnd. Temp.
WR-P048S-D01-55979
01
OC-48 x1 DWDM 1560.61 SFP Stnd. Temp.
WR-P048S-D01-56061
01
Release 5.0.x
Turin Networks
Page 3-3
TraverseEdge 2020 Ordering Guide, Chapter 3: Compatibility
Table 3-2
TE-2020 Release 05.00.00 Compatible Plug-in Units
Unit Name
Catalog Number
Issue
OC-48 x1 DWDM 1561.42 SFP Stnd. Temp.
WR-P048S-D01-56142
01
OC-48 x1 DWDM 1562.23 SFP Stnd. Temp.
WR-P048S-D01-56223
01
OC-48 x1 DWDM 1563.05 SFP Stnd. Temp.
WR-P048S-D01-56305
01
OC-48 x4 IR 1310 PLM
WR-04804-I01-31000
01
OC-48 x4 LR 1310 PLM
WR-04804-L01-31000
01
OC-48 x4 LR 1550 PLM
WR-04804-L01-55000
01
OC-12 x2 IR 1310 PLM
WR-01202-I01-31000
01, 02
OC-12 x2 LR 1310 PLM
WR-01202-L01-31000
01
OC-12 x2 LR 1550 PLM
WR-01202-L01-55000
01
OC-12 x4 IR 1310 PLM
WR-01204-I01-31000
01, 02
OC-12 x4 LR 1310 PLM
WR-01204-L01-31000
01
OC-12 x4 LR 1550 PLM
WR-01204-L01-55000
01
OC-3 x4 SR MMF 1310 PLM
WR-00304-M01-31000
01
OC-3 x4 IR 1310 PLM
WR-00304-I01-31000
01, 02
OC-3 x4 LR 1310 PLM
WR-00304-L01-31000
01
OC-3 x4 LR 1550 PLM
WR-00304-L01-55000
01
1000Base-SX x2 MMF 850 PLM
WR-GBE02-S01-85000
01
1000Base-LX x2 SMF 1310 PLM
WR-GBE02-L01-31000
01
1000Base-ZX x2 SMF 1550 PLM
WR-GBE02-Z01-55000
01
1000Base-SX x2 MMF 850 Enhanced PLM
WR-GBE02-S11-85000
01
1000Base-LX x2 SMF 1310 Enhanced PLM
WR-GBE02-L11-31000
01
1000Base-ZX x2 SMF 1550 Enhanced PLM
WR-GBE02-Z11-55000
01
Electrical PLM
DS3/EC1 x12 PLM
WR-DS312-001-00000
03
DS3/EC1 x12 PLM with Test Access
WR-DS312-011-00000
01
DS3/EC1 x12 Transmux PLM
WR-DS312-T11-00000
01, 02
DS1 x28 PLM
WR-DS128-001-00000
01, 02, 03
DS1 x84 PLM
WR-DS184-001-00000
01, 02, 03
FastE x12 PLM
WR-FE012-001-00000
01, 02, 03
Fan Trays
TE-2020 Fan Tray
WR-PFAN0-004-00000
01
OTS2 Fan Tray
WR-PFAN0-005-00000
01
Page 3-4
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 3: Compatibility
Table 3-2
TE-2020 Release 05.00.00 Compatible Plug-in Units
Unit Name
ETS Fan Tray
Catalog Number
WR-PFAN0-002-00000
Issue
03, 04
Fan Filters
2 RU Fan Filter
WR-PFLTR-002-00000
01
2 RU Fan Filter x10 (10-pack)
WR-PFLTR-X02-00000
01
3 RU Fan Filter
WR-PFLTR-006-00000
01
3 RU Fan Filter x10 (10-pack)
WR-PFLTR-X03-00000
01
User Interface Cable
Serial User Port Cable
WR-CUSPT-002-00000
01
Blanks
Optical CCT Blank
WR-PBLNK-001-00000
01
Optical PLM Blank
WR-PBLNK-002-00000
01
DS3/EC1 PLM Blank
WR-PBLNK-004-00000
02
OC-192 PLM Blank
WR-PBLNK-005-00000
01
OC-192 x2 PLM Blank
WR-PBLNK-007-00000
01
DS1/FE PLM Blank
WR-PBLNK-006-00000
01
23” Chassis Filters
2 RU Chassis Filter
WR-PFLTR-005-00000
01
3 RU Chassis Filter
WR-PFLTR-006-00000
01
2 RU Chassis Filter x10
WR-PFLTR-X05-00000
01
3 RU Chassis Filter x10
WR-PFLTR-X06-00000
01
2 RU - 23" Chassis Filter Kit
WR-KFLTR-2RU-00000
01
3 RU - 23" Chassis Filter Kit
WR-KFLTR-3RU-00000
01
Release 5.0.x
Turin Networks
Page 3-5
TraverseEdge 2020 Ordering Guide, Chapter 3: Compatibility
Page 3-6
Turin Networks
Release 5.0.x
Chapter 4
Unit Details
This chapter includes helpful descriptive information for use when determining the meaning of Turin Networks part numbers and unit names.
4.1 TE-2020 Shelves
The following tables provide names, descriptions, part numbers, and configuration requirements for each
TE-2020 shelf. For additional information refer to the TE-2020 Applications and Engineering Guide (WRD2020-APP-040000).
4.1.1 TE-2020 Main Shelf
TE-2020 Main Shelf - 19" and TE-2020 Main Shelf - 23"
Part Name
TE-2020 Main Shelf
Description
The 19" or 23" TE-2020 Main Shelf drives the functionality of the TE-2020 system. It
houses a fan plug-in unit, Common Control and Timing (CCT) cards, an interconnect panel,
user interfaces, OC-192 and other PLMs.
Requirement
Required for all applications.
Catalog Numbers
WR-M2020-001-00000 (TE-2020 Main Shelf - 19") includes cover door and mounting
hardware (shown below).
WR-M2020-002-00000 (TE-2020 Main Shelf - 23") includes cover door and mounting
hardware.
Figure 4-1
Required Plug-in Units
TE-2020 Main Shelf - 19”
TE-2020 Main Fan Tray
TE-2020 Main CCT
Release 5.0.x
Turin Networks
Page 4-1
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
TE-2020 Main Shelf - 19" and TE-2020 Main Shelf - 23"
Optional Plug-in Units
Page 4-2
Optical PLMs
(see Section 5.3 for details and part numbers)
Turin Networks
OC-192 x1
OC-48 x1
OC-48 x2
OC-48 x4
OC-12 x2
OC-12 x4
OC-3 x4
GbE x2
OC-192 PLM Blank
OC-192 x2 PLM Blank
Optical PLM Blank
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.1.2 OTS2
OTS2 - 19" and OTS2 - 23”
Part Name
OTS2
Description
The 19" or 23" OTS2 provides additional optical add and drop access to the TE-2020 Main
Shelf. It houses a fan plug-in unit, Common Control and Timing (CCT) cards, and PLMs.
Requirement
Required for all applications utilizing optical ports in excess of the capabilities of the TE-2020
Main Shelf.
Catalog Number
WR-TOPT2-001-00000 (OTS2 - 19”) includes cover door and mounting hardware (shown
below).
WR-TOPT2-002-00000 (OTS2 - 23”) includes cover door and mounting hardware.
Figure 4-2
Required Plug-in Units
OTS2 Shelf - 19”
OTS2 Fan Tray
OTS2 CCT
LEI Cable Pair
OC-192 x2 PLM Blank
Optional Plug-in Units
Release 5.0.x
Optical PLMs
(see section 5.3 for details
and part numbers)
Turin Networks
OC-48 x2
OC-48 x1
OC-12 x2
OC-12 x4
OC-3 x4
GbE x2
Optical PLM Blank
Page 4-3
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.1.3 DS3/EC1 Tributary Shelf (ETS1)
DS3/EC1 Tributary Shelf - 19” and DS3/EC1 Tributary Shelf - 23”
Part Name
DS3/EC1 Tributary Shelf (ETS1)
Description
19" or 23" ETS1, for TE-2020 with electrical tributaries (DS3/EC-1).
Requirement
Required for all TE-2020 Main Shelves requiring electrical tributary interfaces.
Catalog Number
WR-TDS30-001-00000 (DS3/EC1 Tributary Shelf -19") includes cover door and mounting
hardware (shown below).
WR-TDS30-002-00000 (DS3/EC1 Tributary Shelf - 23") includes cover door and mounting
hardware.
Figure 4-3
Required Plug-in Units
DS3/EC1 Tributary Shelf - 19”
DS3/EC1 Tributary CCT
ETS Fan Tray
LEI Cable Pair
Optional Plug-in Units
DS3/EC1 x12 PLM
DS3/EC1 x12 PLM with Test Access
DS3/EC1 x12 Transmux PLM
DS3/EC1 PLM Blank
Page 4-4
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.1.4 ETS2 Shelf
ETS2 - 19” and ETS2 - 23”
Part Name
ETS2 Tributary Shelf
Description
19" or 23" ETS2, for TE-2020 with electrical tributaries (DS3/DS1/FastE).
Requirement
Required for all TE-2020 Main Shelves requiring DS1 or FastE electrical tributary interfaces.
Catalog Number
WR-TETS2-001-00000 (ETS2 -19") includes cover door and mounting hardware (shown
below).
WR-TETS2-002-00000 (ETS2 - 23") includes cover door and mounting hardware.
Figure 4-4
Required Plug-in Units
ETS2 Shelf - 19”
ETS2 CCT
ETS Fan Tray
LEI Cable Pair
Optional Plug-in Units
Release 5.0.x
DS3/EC1 x12 PLM with Test Access
DS3/EC1 x12 Transmux PLM
DS1 x28 PLM
DS1 x84 PLM
FastE x12 PLM
DS3/EC1 PLM Blank
DS1/FE PLM Blank
Turin Networks
Page 4-5
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.2 Shelf Plug-in Units
The following tables provide names, descriptions, and part numbers for each plug-in unit available for the
TE-2020 system. For additional information refer to the TE-2020 Applications and Engineering Guide (WRD2020-APP-040000).
Caution: Electrostatic Discharge (ESD) sensitive devices. ESD can cause catastrophic failure or degraded life and performance of a device. Use an anti-static wrist strap
connected to a properly grounded source before contacting any electronic devices.
4.2.1 Fan Trays
The following tables provide information and part numbers for the fan trays utilized in each shelf.
TE-2020 Main Fan Tray
Part Name
TE-2020 Main Fan Tray
Description
The Fan Tray for the TE-2020 maintains the proper shelf operating temperature.
It provides a front Ethernet port for a user interface, as well as visual system
alarm indicators, and a field replaceable filter unit.
Requirement
One per TE-2020 Main Shelf
Catalog Number
WR-PFAN0-004-00000
Figure 4-5
Required Plug-in Units
Page 4-6
TE-2020 Main Fan Tray
2 RU Fan Filter (one included with fan tray)
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
OTS2 Fan Tray
Part Name
OTS2 Fan Tray
Description
The Fan Tray for the OTS2 maintains the proper shelf operating temperature. It
provides a front visual shelf alarm indication, and a field replaceable filter unit.
Requirement
One per OTS2
Catalog Number
WR-PFAN0-005-00000
Figure 4-6
Required Plug-in Units
Release 5.0.x
OTS2 Fan Tray
2 RU Fan Filter (one included with fan tray)
Turin Networks
Page 4-7
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
ETS Fan Tray
Part Name
ETS Fan Tray
Description
Fan tray for ETS1 and ETS2 to maintain the proper shelf operating temperature.
No user interfaces are provided on this fan assembly. A visual shelf indicator
LED is provided on the faceplate.
Requirement
One per ETS1 or ETS2
Catalog Number
WR-PFAN0-002-00000
Figure 4-7
Required Plug-in Units
Page 4-8
ETS Fan Tray
3 RU Fan Filter (one included with fan tray)
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.2.2 Common Control and Timing Cards
The following tables provide names, descriptions, and part numbers for Common Control and Timing
(CCT) plug-in units available for the TE-2020 system. For additional information refer to the TE-2020 Applications and Engineering Guide (WR-D2020-APP-040000).
Caution: Electrostatic Discharge (ESD) sensitive devices. ESD can cause catastrophic failure or degraded life and performance of a device. Use an anti-static wrist strap
connected to a properly grounded source before coming in contact with any electronic devices.
TE-2020 Main CCTs
Part Name
TE-2020 Main CCTs
Description
Provides switch fabric, 2 plug-in slots for optical PLMs, shelf control, and timing
recovery and distribution for the TE-2020 Main Shelf.
Requirement
One for each TE-2020 Main Shelf. Two cards are required to provide protection.
Catalog Number
WR-PCCTV-004-00000
WR-PCCTV-024-00000
WR-PCCTV-054-00000
WR-PCCTV-056-00000
WR-PCCTV-106-00000
Figure 4-8
Optional Plug-ins
Release 5.0.x
TE-2020 Enhanced CCT
TE-2020 Main CCT w/2.5G VT Fabric
TE-2020 Main CCT w/5G VT Fabric
TE-2020 Main CCT w/5G VT Fabric
TE-2020 Main CCT w/10G VT Fabric
TE-2020 Main CCT
OC-48 x1
OC-48 x2
OC-12 x2
OC-12 x4
OC-3 x4
GbE x2
Optical PLM Blank
Turin Networks
Page 4-9
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
Page 4-10
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
OTS2 CCTs
Part Name
OTS2 CCTs
Description
Provides switch fabric, shelf control, timing recovery and distribution, communication with the main shelf, and 2 plug-in slots for the optical PLMs.
Requirement
One for each OTS2 shelf. Two cards are required to provide protection.
Catalog Number
WR-PCCTV-005-00000 OTS2 Enhanced CCT
WR-PCCTV-025-00000 OTS2 Main CCT w/2.5G VT Fabric
WR-PCCTV-057-00000 OTS2 Main CCT w/5G VT Fabric
Figure 4-9
Optional Plug-ins
Release 5.0.x
OTS2 CCT
OC-48 x1
OC-48 x2
OC-12 x2
OC-12 x4
OC-3 x4
GbE x2
Optical PLM Blank
Turin Networks
Page 4-11
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
DS3/EC1 Tributary CCT
Part Name
DS3/EC1 Tributary CCT
Description
Controller card for DS3/EC1 Tributary Shelf (ETS1), provides the configuration and
status interface to the TE-2020 Main Shelf.
Requirement
Two per DS3/EC1 Tributary Shelf for redundancy.
Catalog Number
WR-PCCT0-012-00000
Figure 4-10
Page 4-12
DS3/EC1 Tributary CCT
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
ETS2 CCT
Part Name
ETS2 CCT
Description
Controller card for ETS2 shelf, provides the configuration and status interface to the
TE-2020 Main Shelf.
Requirement
Two per ETS2 shelf for redundancy.
Catalog Number
WR-PCCT0-006-00000
Figure 4-11
Release 5.0.x
ETS2 CCT
Turin Networks
Page 4-13
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.2.3 Blank Cover Panels
Blank cover panels are used to populate PLM slots that are not equipped with real PLMs. These are
required to be placed in any blank slots to maintain proper system temperature and air flow. Refer to the
following tables for descriptions and part numbers for each blank panel available for the TE-2020 shelves.
OC-192 PLM Blank
Part Name
OC-192 PLM Blank
Description
A cover panel used to close the front of the shelf to maintain proper air flow for temperature control. This panel covers one OC-192 PLM slot (right or left) in the lower
section of the TE-2020 Main Shelf or an OTS2. An example of an OC-192 PLM
Blank is shown below.
Requirement
Required for all applications not utilizing a PLM in the OC-192 PLM slot.
Catalog Number
WR-PBLNK-005-00000
Figure 4-12
Page 4-14
OC-192 PLM Blank Cover Panel
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
OC-192 x2 PLM Blank
Part Name
OC-192 x2 PLM Blank
Description
A cover panel used to close the front of the shelf to maintain proper air flow for temperature control. This panel covers two OC-192 PLM slots (right and left) in the
lower section of the TE-2020 Main Shelf or an OTS2. It has an air dam that redirects
the airflow to the upper section of the shelf. This blank panel is used in TE-2020
shelves or OTS2s that do not require OC-192 PLMs, and must be used when the
upper slots are equipped with DWDM PLMs. An example of an OC-192 x2 PLM
Blank is shown below.
Requirement
Required for all applications not utilizing a PLM in both OC-192 PLM slots.
Catalog Number
WR-PBLNK-007-00000
Figure 4-13
Release 5.0.x
OC-192 PLM Blank
Turin Networks
Page 4-15
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
Optical PLM Blank
Part Name
Optical PLM Blank
Description
A cover panel used to close the front of the shelf to maintain proper air flow for temperature control. This panel covers one PLM slot (right or left). An example of an
Optical PLM Blank installed in a CCT PLM slot is shown below.
Requirement
Required for all applications not utilizing a PLM in any optical PLM slot.
Catalog Number
WR-PBLNK-002-00000
Figure 4-14
Page 4-16
Optical PLM Blank
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
DS3/EC1 PLM Blank
Part Name
DS3/EC1 PLM Blank
Description
A cover panel used to close the front of the DS3/EC1 PLM slots in the ETS1 or
ETS2 shelf to maintain proper air flow for temperature control. This panel covers
one DS3/EC1 PLM slot.
Requirement
Required for all applications not utilizing a DS3/EC1 PLM in a PLM slot.
Catalog Number
WR-PBLNK-004-00000
Figure 4-15
Release 5.0.x
DS3/EC1 PLM Blank
Turin Networks
Page 4-17
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
DS1/FE PLM Blank
Part Name
DS1/FE PLM Blank
Description
A cover panel used to close the front of the DS1/FastE PLM slots in the ETS2 shelf
to maintain proper air flow for temperature control. This panel covers one DS1 or
FastE PLM slot.
Requirement
Required for all applications not utilizing a DS1 or FastE PLM in a PLM slot.
Catalog Number
WR-PBLNK-006-00000
Figure 4-16
Page 4-18
DS1/FE PLM Blank
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.2.4 Fan Filters
Each fan tray available for the various TE-2020 shelves requires a fan filter that must be replaced periodically. Refer to the following tables for descriptions and part numbers of the filters available for the fan
trays.
2 RU Fan Filter
Part Name
2 RU Fan Filter
Description
A field replaceable filter for air intake located in the fan tray of the TE-2020
Main Shelf. The filter is marked for proper air flow direction. A kit of 10 filters
is also available.
Requirement
The fan filter should be replaced every six months under normal central office
operating conditions.
Catalog Number
WR-PFLTR-002-00000
WR-PFLTR-X02-00000 (kit of 10 2-RU fan filters)
Figure 4-17
Release 5.0.x
2 RU Fan Filter
Turin Networks
Page 4-19
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
3 RU Fan Filter
Part Name
3 RU Fan Filter
Description
A field replaceable filter for air intake located in the fan tray of the ETS1 or
ETS2. The filter is marked for proper air flow direction. A kit of 10 filters is also
available.
Requirement
The fan filter should be replaced every six months under normal central office
operating conditions.
Catalog Number
WR-PFLTR-003-00000
WR-PFLTR-X03-00000 (kit of 10 3-RU fan filters)
Figure 4-18
Page 4-20
3 RU Fan Filter
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.2.5 Chassis Filters
TE-2020 shelves
configured for 23” rack installations in an environment with high (exceeding GR-63 specifications for environmentally controlled spaces) air contaminant levels require a chassis filter for each
shelf. The chassis filter is installed on the left side (from the front) of the shelf expansion chamber. Refer to
the following tables for descriptions and part numbers of the chassis filters available for the 23” rack configurations.
2 RU Chassis Filter
Part Name
2 RU Chassis Filter
Description
A field replaceable filter assembly for air intake located on the left side of the
TE-2020 Main Shelf or OTS2 shelf. The filter assembly snaps into place
through the slots on the side of the 23” expansion. The filter may be replaced
individually, retaining the filter housing. A kit of 10 filters is also available.
Requirement
The chassis filter should be replaced every six months under normal central
office operating conditions.
Catalog Number
WR-KFLTR-2RU-00000 (2-RU chassis filter assembly with housing)
WR-PFLTR-005-00000 (replacable 2-RU chassis filter only)
WR-PFLTR-X05-00000 (kit of 10 2-RU chassis filters)
Figure 4-19
Release 5.0.x
2 RU Chassis Filter
Turin Networks
Page 4-21
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
3 RU Chassis Filter
Part Name
3 RU Chassis Filter
Description
A field replaceable filter assembly for air intake located on the left side of the
ETS1 or ETS2. The filter assembly snaps into place through the slots on the side
of the 23” expansion. The filter may be replaced individually, retaining the filter
housing. A kit of 10 filters is also available
Requirement
The chassis filter should be replaced every six months under normal central
office operating conditions.
Catalog Number
WR-KFLTR-3RU-00000 (3-RU chassis filter assembly with housing)
WR-PFLTR-006-00000 (replacable 3-RU chassis filter only)
WR-PFLTR-X06-00000 (kit of 10 3-RU chassis filters)
Figure 4-20
Page 4-22
3 RU Chassis Filter
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3 Physical Layer Modules (PLMs)
The following tables provide names, descriptions, and configuration requirements of each PLM for the TE2020 system.
Danger:
Invisible laser radiation in use. Avoid direct exposure to the beam. Never look into
the end of an optical fiber. Serious and/or permanent damage to the eye or blindness can occur. Use of controls, adjustments, or procedures other than those specified within this document may result in hazardous laser radiation exposure.
Caution: Electrostatic Discharge (ESD) sensitive devices. ESD can cause catastrophic failure or degraded life and performance of a device. Use an anti-static wrist strap
connected to a properly grounded source before contacting any electronic devices.
Caution! Care should be taken when inserting optical fibers into the optical PLMs. Ensure
that optical power level input levels do not exceed the maximum input levels specified for the PLM (See the TE-2020 Applications Engineering Guide (WR-D2020APS-00000) for details). Input optical measurements must be taken and attenuation adjustments must be made before inserting the fibers, otherwise permanent
damage could occur to the optical receivers. Damaged optical receivers due to
application of power levels in excess of those defined in Turin Networks' specifications are not covered by Turin Networks' product warranty.
NOTE: For short optical spans between nodes, an optical attenuator may be needed to reduce the
power input to the IR modules.
4.3.1 OC-192 PLMs
Fixed Wavelength OC-192 PLMs
Unit Name
Description
Catalog Number
Configuration
Can utilize up to two per
TE-2020 Main Shelf only.
Single port, Single-Mode
Fiber (SMF), -5° to 55° C
(23° to 131° F), two SC
connectors (TX/RX).
OC-192 x1 LR 1550 PLM
Provides a single OC-192
Long Reach port with
1550nm laser.
WR-19201-L01-55000
OC-192 x1 IR 1550 PLM
Provides a single OC-192
Intermediate Reach port with
1550nm laser.
WR-19201-I01-55000
OC-192 x1 SR 1310 PLM
Provides a single OC-192
Short Reach port with
1310nm laser.
WR-19201-S01-31000
Tunable OC-192 PLMs
Used to transmit one of 88 user selectable wavelengths on the ITU 50GHz grid per PLM. Can utilize up to two per
TE-2020 Main Shelf only. Single port, Single-Mode Fiber (SMF), -5° to 40° C (23° to 104° F), two SC connectors
(TX/RX).
OC-192 x1 25GHz
Widely Tunable PLM
Release 5.0.x
OC-192 1 Port PLM 88 Channel Tunable Transmitter
(1528.77nm to 1563.45nm)
Turin Networks
WR-19201-T0W-52877
Page 4-23
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
OC-192 x1 25GHz
Widely Tunable ULR
PLM
OC-192 1 Port PLM 88 Channel Tunable Ultra Long
Reach Transmitter (1528.77nm to 1563.45nm), intended
for amplified multi-span systems
Figure 4-21
Page 4-24
WR-19201-T1W-52877
OC-192 x1 PLM
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3.2 OC-48 PLMs
OC-48 PLMs
Unit Name
Description
Catalog Number
Can utilize up to four per TE-2020 Main Shelf or OTS2. Single-Mode Fiber (SMF); -5° to +55° C (23° to
+131° F), LC connectors for single-port cards, MPO connector for two-port cards.
OC-48 x2 IR 1310 PLM
Provides two OC-48 Intermediate Reach ports with
1310nm laser.
WR-04802-I01-31000
OC-48 x2 LR 1310 PLM
Provides two OC-48 Long Reach ports with 1310nm laser.
WR-04802-L01-31000
OC-48 x4 IR 1310 PLM
Provides four OC-48 Intermediate Reach ports with
1310nm laser.
WR-04804-I01-31000
OC-48 x4 LR 1310 PLM
Provides four OC-48 Long Reach ports with 1310nm laser.
WR-04804-L01-31000
OC-48 x4 LR 1550 PLM
Provides four OC-48 Long Reach ports with 1550nm laser.
WR-04804-L01-55000
OC-48 SFP Base PLMs
Unit Name
Description
Catalog Number
Can utilize up to four per TE-2020 Main Shelf or OTS2. Single-Mode Fiber (SMF); -5° to +55° C (23° to 131° F) for
standard operating temperature SFP modules (except DWDMs which are 0-+40), -40° to +65° C (23° to 131° F) for
extended temperature SFP modules, LC connectors for single-port cards. Utilizes SFP modules for optics. Refer to
all SFPs listed below.
OC-48 x1 SFP Base
PLM
Provides one OC-48 port with user selectable/field changable optical SFP module.
WR-04801-SFP-00000
OC-48 x2 SFP Base
PLM
Provides two OC-48 ports with user selectable/field changable optical SFP module.
WR-04802-SFP-00000
OC-48 x1 IR 1310 SFP
Provides one OC-48 port with 1310nm laser in extended
temperature environments.
WR-P048E-I01-31000
OC-48 x1 LR-1 1310
SFP
Provides one OC-48 port with 1310nm laser in extended
temperature environments.
WR-P048E-L01-31000
OC-48 x1 LR-2 1550
SFP Extnd Temp
Provides one OC-48 port with 1550nm laser in extended
temperature environments.
WR-P048E-L01-55000
OC-48 x1 DWDM
1528.77 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1528.77nm wavelength.
WR-P048S-D01-52877
OC-48 x1 SFP Modules (continued)
Unit Name
Description
Catalog Number
OC-48 x1 DWDM
1529.55 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1529.55nm wavelength.
WR-P048S-D01-52955
OC-48 x1 DWDM
1530.33 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1530.33nm wavelength.
WR-P048S-D01-53033
Release 5.0.x
Turin Networks
Page 4-25
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
OC-48 x1 DWDM
1531.12 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1531.12nm wavelength.
WR-P048S-D01-53112
OC-48 x1 DWDM
1531.90 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1531.90nm wavelength.
WR-P048S-D01-53190
OC-48 x1 DWDM
1532.68 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1532.68nm wavelength.
WR-P048S-D01-53268
OC-48 x1 DWDM
1533.47 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1533.47nm wavelength.
WR-P048S-D01-53347
OC-48 x1 DWDM
1534.25 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1534.25nm wavelength.
WR-P048S-D01-53425
OC-48 x1 DWDM
1535.04 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1535.04nm wavelength.
WR-P048S-D01-53504
OC-48 x1 DWDM
1535.82 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1535.82nm wavelength.
WR-P048S-D01-53582
OC-48 x1 DWDM
1536.61 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1536.61nm wavelength.
WR-P048S-D01-53661
OC-48 x1 DWDM
1537.40 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1537.40nm wavelength.
WR-P048S-D01-53740
OC-48 x1 DWDM
1538.19 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1538.19nm wavelength.
WR-P048S-D01-53819
OC-48 x1 DWDM
1538.98 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1538.98nm wavelength.
WR-P048S-D01-53898
OC-48 x1 DWDM
1539.77 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1539.77nm wavelength.
WR-P048S-D01-53977
OC-48 x1 DWDM
1540.56 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1540.56nm wavelength.
WR-P048S-D01-54056
OC-48 x1 SFP Modules (continued)
Unit Name
OC-48 x1 DWDM
1541.35 SFP Stnd.
Temp.
Page 4-26
Description
Catalog Number
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1541.35nm wavelength.
WR-P048S-D01-54135
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
OC-48 x1 DWDM
1542.14 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1542.14nm wavelength.
WR-P048S-D01-54214
OC-48 x1 DWDM
1542.94 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1542.94nm wavelength.
WR-P048S-D01-54294
OC-48 x1 DWDM
1543.73 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1543.73nm wavelength.
WR-P048S-D01-54373
OC-48 x1 DWDM
1544.53 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1544.53nm wavelength.
WR-P048S-D01-54453
OC-48 x1 DWDM
1545.32 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1545.32nm wavelength.
WR-P048S-D01-54532
OC-48 x1 DWDM
1546.12 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1546.12nm wavelength.
WR-P048S-D01-54612
OC-48 x1 DWDM
1546.92 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1546.92nm wavelength.
WR-P048S-D01-54692
OC-48 x1 DWDM
1547.72 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1547.72nm wavelength.
WR-P048S-D01-54772
OC-48 x1 DWDM
1548.51 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1548.51nm wavelength.
WR-P048S-D01-54851
OC-48 x1 DWDM
1549.32 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1549.32nm wavelength.
WR-P048S-D01-54932
OC-48 x1 DWDM
1550.12 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1550.12nm wavelength.
WR-P048S-D01-55012
OC-48 x1 DWDM
1550.92 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1550.92nm wavelength.
WR-P048S-D01-55092
OC-48 x1 DWDM
1551.72 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1551.72nm wavelength.
WR-P048S-D01-55172
OC-48 x1 DWDM
1552.52 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1552.52nm wavelength.
WR-P048S-D01-55252
OC-48 x1 SFP Modules (continued)
Unit Name
Release 5.0.x
Description
Turin Networks
Catalog Number
Page 4-27
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
OC-48 x1 DWDM
1553.33 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1553.33nm wavelength.
WR-P048S-D01-55333
OC-48 x1 DWDM
1554.13 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1554.13nm wavelength.
WR-P048S-D01-55413
OC-48 x1 DWDM
1554.94 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1554.94nm wavelength.
WR-P048S-D01-55494
OC-48 x1 DWDM
1555.75 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1555.75nm wavelength.
WR-P048S-D01-55575
OC-48 x1 DWDM
1556.55 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1556.55nm wavelength.
WR-P048S-D01-55655
OC-48 x1 DWDM
1557.36 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1557.36nm wavelength.
WR-P048S-D01-55736
OC-48 x1 DWDM
1558.17 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1558.17nm wavelength.
WR-P048S-D01-55817
OC-48 x1 DWDM
1558.98 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1558.98nm wavelength.
WR-P048S-D01-55898
OC-48 x1 DWDM
1559.79 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1559.79nm wavelength.
WR-P048S-D01-55979
OC-48 x1 DWDM
1560.61 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1560.61nm wavelength.
WR-P048S-D01-56061
OC-48 x1 DWDM
1561.42 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1561.42nm wavelength.
WR-P048S-D01-56142
OC-48 x1 DWDM
1562.23 SFP Stnd.
Temp.
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1562.23nm wavelength.
WR-P048S-D01-56223
OC-48 x1 SFP Extended Temperature DWDMs
OC-48 x1 DWDM
1563.05 SFP
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1563.05nm wavelength.
WR-P048S-D01-56305
OC-48 x1 DWDM
1528.77 SFP Extnd
Temp
A Small Form-factor Pluggable (SFP) module for the SFP
Base PLM. One SFP used per card, provides a TX and RX
port utilizing LC connections, 1528.77nm wavelength.
WR-P048E-D01-52877
Page 4-28
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
Release 5.0.x
Figure 4-22
OC-48 x1 PLM
Figure 4-23
OC-48 x2 PLM
Turin Networks
Page 4-29
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
Figure 4-24
Figure 4-25
Page 4-30
OC-48 x4 PLM
OC-48 x1 SFP Base PLM
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
Figure 4-26
Release 5.0.x
SFP Module
Turin Networks
Page 4-31
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3.3 OC-12 PLMs
OC-12 PLMs
Unit Name
Description
Catalog Number
OC-12 x2 IR 1310 PLM
Provides two OC-12 Intermediate Reach ports with
1310nm lasers.
WR-01202-I01-31000
OC-12 x2 LR 1310 PLM
Provides two OC-12 Long
Reach ports with 1310nm
lasers
WR-01202-L01-31000
OC-12 x2 LR 1550 PLM
Provides two OC-12 Long
Reach ports with 1550nm
lasers
WR-01202-L01-55000
OC-12 x4 IR 1310 PLM
Provides four OC-12 Intermediate Reach ports with
1310nm lasers.
WR-01204-I01-31000
OC-12 x4 LR 1310 PLM
Provides four OC-12 Long
Reach ports with 1310nm
lasers.
WR-01204-L01-31000
OC-12 x4 LR 1550 PLM
Provides four OC-12 Long
Reach ports with 1550nm
lasers
WR-01204-L01-55000
Figure 4-27
Page 4-32
Configuration
Can utilize up to four per
TE-2020 Main Shelf, or
OTS2. UPSR or 1+1, Single-Mode Fiber (SMF), 5° to 55° C (23° to 131°
F), Multi-path Push-On
(MPO) connector.
(Four-port card shown
below.)
OC-12 x4 PLM
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3.4 OC-3 PLMs
OC-3 PLMs
Unit Name
Description
Catalog Number
OC-3 x4 IR 1310 PLM
Provides four OC-3 Intermediate Reach ports with
1310nm lasers.
WR-00304-I01-31000
OC-3 x4 LR 1310 PLM
Provides four OC-3 Long
Reach ports with 1310nm
lasers.
WR-00304-L01-31000
OC-3 x4 LR 1550 PLM
Provides four OC-3 Long
Reach ports with 1550nm
lasers.
WR-00304-L01-55000
OC-3 x4 SR MMF 1310
PLM
Provides four OC-3 Short
Reach ports with Multimode 1310nm lasers.
WR-00304-M01-31000
Figure 4-28
Release 5.0.x
Configuration
Can utilize up to 4 per TE2020 Main Shelf or OTS2.
UPSR or 1+1, SingleMode Fiber (SMF), -5°
to 55° C (23° to 131° F)
operating range, Multipath Push-On (MPO) connector.
OC-3 x4 PLM
Turin Networks
Page 4-33
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3.5 GbE PLMs
GbE PLMs
Unit Name
Description
Catalog Number
Configuration
1000Base-SX x2 MMF
850 PLM
1000Base-SX 2 Port PLM,
MMF 850nm
WR-GbE02-S01-85000
1000Base-LX x2 SMF
1310 PLM
1000Base-LX 2 Port PLM,
SMF 10Km 1310nm
WR-GbE02-L01-31000
1000Base-ZX x2 SMF
1550 PLM
1000Base-ZX 2 Port PLM,
SMF 70Km 1550nm
WR-GbE02-Z01-55000
1000Base-SX x2 MMF
850 Enhanced PLM
1000Base-SX 2 Port
VLAN enabled PLM, SMF
850nm
WR-GbE02-S11-85000
Can utilize up to four per
TE-2020 Main Shelf or
OTS2. Provides two Gigabit Ethernet ports over
Single-Mode Fiber (SMF)
or Multi-mode fiber
(MMF), -5° to 55° C (23°
to 131° F), Multi-path
Push-On (MPO) connector. Available in three
reach variations.
1000Base-LX x2 SMF
1310 Enhanced PLM
1000Base-ZX 2 Port
VLAN enabled PLM, SMF
10Km 1310nm
WR-GbE02-L11-31000
1000Base-ZX x2 SMF
1550 Enhanced PLM
1000Base-ZX 2 Port
VLAN enabled PLM, SMF
70Km 1550nm
WR-GbE02-Z11-55000
Figure 4-29
Page 4-34
GbE x2 PLM
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3.6 DS3/EC1 PLMs
DS3/EC1 PLM
Unit Name
Description
Catalog Number
Configuration
Can utilize up to 4 working cards and one protect
in each ETS1 for 1: N protection (N <= 4), or 1
working and 1 protect in
an ETS2 shelf. Refer to
the TE-2020 Hardware
Description Guide for
more information.
DS3/EC1 x12 PLM
Provides twelve DS3/EC-1
ports per card with monitor
ports.
WR-DS312-001-00000
DS3/EC1 x12 PLM with
Test Access
Provides twelve DS3/EC-1
ports per card with intrusive
test access ports.
WR-DS312-011-00000
DS3/EC1 x12 Transmux
PLM
Provides twelve DS3/EC-1
ports per card with intrusive
test access ports and supports
multiplexing for VT cross
connects.
WR-DS312-T11-00000
Figure 4-30
Release 5.0.x
Can utilize up to 4 working cards and one protect
in each ETS1 for 1: N protection (N <= 4), or 1
working and 1 protect in
an ETS2 shelf. Refer to
the TE-2020 Hardware
Description Guide for
more information.
DS3/EC1 x12 PLM
Turin Networks
Page 4-35
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3.7 DS1 PLMs
DS1 PLMs
Unit Name
Description
Catalog Number
Configuration
DS1 x28 PLM
Provides 28 DS1 ports per
card with test access ports.
WR-DS128-001-00000
Can utilize up to 2 working cards and 2 protect
cards in each ETS2 shelf
with 1:1 protection. Refer
to the TE-2020 Hardware
Description Guide for
more information.
DS1 x84 PLM
Provides 84 DS1 ports per
card with test access ports.
(shown)
WR-DS184-001-00000
Can utilize up to 2 working cards and 2 protect
cards in each ETS2 shelf
with 1:1 protection. Refer
to the TE-2020 Hardware
Description Guide for
more information.
Figure 4-31
Page 4-36
DS1 x84 PLM
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.3.8 FastE PLM
FastE PLM
Unit Name
FastE x12 PLM
Description
Catalog Number
Configuration
Provides 12 Fast Ethernet
(10/100Mb/s) ports per card.
WR-FE012-001-00000
Can utilize up to 4 working cards in each ETS2
Shelf depending on DS3
PLM equipment installed.
Refer to the TE-2020
Hardware Description
Guide for more information.
Figure 4-32
Release 5.0.x
FastE x12 PLM
Turin Networks
Page 4-37
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.4 Cable and Fiber Assemblies
The following sections provide information regarding standard and custom cables that may be ordered for
use with the TE-2020 system.
4.4.1 LEI Cables
The following tables provide descriptions and part numbers for Local Equipment Interface (LEI) cables,
which are required for the installation of a tributary shelf. For additional information refer to the TE-2020
Applications and Engineering Guide (WR-D2020-APP-040000).
Local Equipment Interconnect (LEI) Cables
Part Name
LEI Cable Pair
Description
Local Equipment Interconnect cables used to connect the OTS2, ETS1, or ETS2 tributary
shelves to the TE-2020 Main Shelf.
Requirement
Required for all applications utilizing OTS2, ETS1, or ETS2 tributary shelves. One kit
includes one Male-Male and one Female-Female cable. Different lengths are available to meet
custom installation requirements. Listed below are the three standard lengths available. Custom lengths may be ordered as required by inserting the desired length in place of the XXX in
the part number WR-C0LEI-XXX-00000 (where XXX = XX.X meters in length, min 0.1m,
max 10m).
Cable Name
LEI Cable Pair
Catalog Number
Description
WR-C0LEI-015-00000
LEI Male-Male cable and Female-Female cable 1.5 meter length
WR-C0LEI-030-00000
LEI Male-Male cable and Female-Female cable 3.0 meter length
WR-C0LEI-100-00000
LEI Male-Male cable and Female-Female cable 10.0 meter length
Figure 4-33
Page 4-38
LEI Cable Pair
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.4.2 Coax Cable
Unit Name
12x BNC-BNC
Cable - XXm
Description
BNC to BNC 735 Coax
Cable w/ 12 conductors, 1
meter long. Provides 12
BNC equipped cables in
one bundle.
Figure 4-34
24x BNC-BNC
Cable - XXm
Release 5.0.x
WR-COAX1-0XX-00000
Configuration
Customer defines cable length.
Length in meters replaces the
XX in the part number. See
figure below for routing example ( 2, 5, 10, 20, 30m).
Type 735 12-Pack BNC-BNC Cable Bundle
BNC to BNC 735 Coax
Cable w/ 24 conductors, 1
meter long. Provides 24
BNC equipped cables in
one bundle.
Figure 4-35
Catalog Number
WR-COAX2-0XX-00000
Customer defines cable length.
Length in meters replaces the
XX in the part number. See
figure below for routing example ( 2, 5, 10, 20, 30m).
Type 735 24-Pack BNC-BNC Cable Bundle
Turin Networks
Page 4-39
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.4.3 Fiber Cable
MPO Fiber Cables
Unit Name
2 Port PLM MPO
Adapter Cables
4 Port PLM MPO
Adapter Cables
Description
Interconnects 2-port PLMs
equipped with MPO type
connectors to a fiber distribution panel. Standard
lengths are 2 (002) ,5
(005), 10 (010), 20 (020),
or 30 (030) meters. For
custom lengths, replace
XXX with the desired
length in meters (min =
1m). Single Mode Fiber
unless specified otherwise.
Interconnects 4-port PLMs
equipped with an MPO
type connector to a fiber
distribution panel. Standard lengths are 2 (002) ,5
(005), 10 (010), 20 (020),
or 30 (030) meters. For
custom lengths, replace
XXX with the desired
length in meters (min =
1m). For Single Mode
Fiber.
Figure 4-36
Page 4-40
Catalog Number
Configuration
WR-MM1SC-XXX-00000
Male MPO to SC connector
(Multi-mode fiber)
WR-MM1RJ-XXX-00000
Male MPO to MT-RJ connector (Multi-mode fiber)
WR-MM1LC-XXX-00000
Male MPO to LC connector
(Multi-mode fiber)
WR-MP1SC-XXX-00000
Male MPO to SC connector
WR-MP1FC-XXX-00000
Male MPO to FC connector
WR-MP1ST-XXX-00000
Male MPO to ST connector
WR-MP1LC-XXX-00000
Male MPO to LC connector
WR-MP2SC-XXX-00000
Male MPO to SC connector
WR-MP2FC-XXX-00000
Male MPO to FC connector
WR-MP2ST-XXX-00000
Male MPO to ST connector
WR-MP2LC-XXX-00000
Male MPO to LC connector
Optical PLM MPO Adapter Cables
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
LC Fiber Cables
Unit Name
Description
Catalog Number
Configuration
1 Port PLM LC Cables
Interconnects PLMs or SFP
modules equipped with LC or
MT-RJ type connectors to a
fiber distribution panel. Standard lengths are 2 (002) ,5
(005), 10 (010), 20 (020), or 30
(030) meters. For custom
lengths, replace XXX with the
desired length in meters (min =
1m). For single mode fiber
unless specified otherwise.
WR-LC0SC-XXX-00000
LC to SC cable adapter
WR-LC0FC-XXX-00000
LC to FC cable adapter
WR-LC0ST-XXX-00000
LC to ST cable adapter
WR-LC0LC-XXX-00000
LC to LC cable adapter
WR-LC0SC-XXX-00000
LC to SC cable adapter
(Multi-mode fiber)
WR-LC0LC-XXX-00000
LC to FC cable adapter
(Multi-mode fiber)
WR-LC0RJ-XXX-00000
LC to ST cable adapter
(Multi-mode fiber)
CUSTOMER DEFINED LENGTH
MX
CUSTOMER DEFINED
CONNECTOR ENDS
FC / LC / SC / ST
MX
LC
1-PORT LC
FIXED 24-INCH
FIXED 6-INCH
SYS-0148-C
Figure 4-37
Release 5.0.x
Optical LC Adapter Cable
Turin Networks
Page 4-41
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
SC Fiber Cables
Unit Name
Description
Catalog Number
Configuration
1 Port PLM SC Cables
Interconnects PLMs equipped
with SC type connectors to a
fiber distribution panel. Standard lengths are 2 (002) ,5
(005), 10 (010), 20 (020), or 30
(030) meters. For custom
lengths, replace XXX with the
desired length in meters (min =
1m). For single mode fiber.
WR-SC0SC-XXX-00000
SC to SC cable adapter.
WR-SC0FC-XXX-00000
SC to FC cable adapter
WR-SC0ST-XXX-00000
SC to ST cable adapter
WR-SC0LC-XXX-00000
SC to LC cable adapter
Figure 4-38
Page 4-42
Optical PLM SC Adapter Cable
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.4.4 DS1 Cables
Unit Name
Unterminated DS1
Cable
Description
Male Champ-64 to Wirewrap DS1 cable.
Figure 4-39
Male Champ-64 to
Male Champ-64
DS1 Cable
Male Champ-64 to Male
Champ-64 DS1 cable.
Figure 4-40
Release 5.0.x
Catalog Number
WR-CDS1U-0xx-00000
Configuration
Customer defines cable length.
Length in meters replaces the
XXX in the part number. See
figure below for example (2, 5,
10, 20, 30 meters).
Unterminated DS1 Cable
WR-CDS1A-0xx-00000
Customer defines cable length.
Length in meters replaces the
XX in the part number. See
figure below for example (2, 5,
10, 20, 30 meters.
Terminated DS1 Cable
Turin Networks
Page 4-43
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.4.5 FastE Cable
Unit Name
FastE Cable - Panduit Panel
Description
Mini-Champ-50 to
Champ-50 cable.
Catalog Number
WR-CFE0P-0xx-00000
Figure 4-41
Page 4-44
Configuration
Customer defines cable length.
Length in meters replaces the
XXX in the part number. See
figure below for example (min
=1m, max = 10m).
FastE Cable
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
Serial User Port Cable
Unit Name
Description
Serial User Port Communication Cable
Provides a serial user connection to plug into the
rear DB-9 connector on
the TE-2020 Main Shelf,
and a DB-9 (straight
through) serial port at the
opposite end for user
devices. Cable is 10 feet
long.
Figure 4-42
Release 5.0.x
Catalog Number
WR-CUSPT-002-00000
Configuration
DB-9 female to DB-9
male
Serial User Port Cable
Turin Networks
Page 4-45
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.5 Kits
The following kit is available for the TE-2020 system.
4.5.1 Fiber Cleaning Kit
Unit Name
Fiber Cleaning Kit
Description
Kit containing all approved
cleaning supplies for optical connectors.
Figure 4-43
Page 4-46
Catalog Number
WR-KFIBR-001-00000
Contents
Kit includes 50 Cletop cleaning
swabs and a single Universal
Connector Cleaning Cassette.
Fiber Cleaning Kit
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.6 Documentation
The following defines the part numbers and overviews for the document set available for the TE-2020 system.
TE-2020 Paper Document Set
WR-D2020-PAP-00000
A two binder volume set containing paper copies of all of the documents listed in Table 4-1 TE-2020
Document List below.
TE-206 Paper Document Set
WR-D2006-PAP-00000
A two binder volume set containing paper copies of all of the documents listed in Table 4-1 below.
TN-Xpert Paper Document Set
WR-DXPRT-PAP-00000
A a single binder containing paper copy of all of the documents listed in Table 4-2 below.
Turin Networks Product Documentation Master CD
WR-DMSTR-CDR-00000
A compact disc containing .pdf copies of all of the documents listed in Table 4-1 and Table 4-2 plus
the other products listed in Table 4-3 and Table 4-4 below.
Table 4-1
Document Title
TE-2020 Document List
Description
TE-2020 Ordering Guide
Provides a brief description of each module available for the TE-2020 system, part
numbers, compatibility information, and the contact information required to order
them.
TE-2020 Users Guide
Provides information vital for proper operation and maintenance of Turin Networks TE-2020 system. Information provided deals with processes and procedures
for turn-up, test, maintenance duties, input command sequences, valid parameters,
and expected responses in TL-1 and TN-Sight.
TE-2020 Applications and
Engineering Guide
Provides information vital for proper deployment of a Turin Networks TE-2020
system. Information provided deals with environmental requirements, specifications, and applications.
TE-2020 Hardware Installation Guide
Provides information vital for proper installation of Turin Networks TE-2020
equipment. Information provided deals with site layout, required hardware, power
connections, cable connections, and interfaces that must be hardwired.
TE-2020 TL-1 Reference
Guide
Provides information vital for proper communication with Turin Networks TE2020 system. Information provided deals with all TL-1 command structures, valid
parameters, and expected responses, and error codes.
TE-2020 Hardware Description Guide
Provides detailed information for each card, shelf and accessory for a Turin Networks TE-2020 system. Information provided includes card level diagrams, operational requirements, specifications, and applications.
TN-Sight Reference Guide
Provides reference information for proper communication with the Turin Networks
TE-2020 system using TN-Sight. Information provided familiarizes the user with
all software menus, valid parameters, and screen snapshots.
Release 5.0.x
Turin Networks
Page 4-47
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
Table 4-2
Document Title
TN-Xpert Document List
Description
TN-Xpert Installation and
Administration Guide
Provides information required to properly install and maintain TN-Xpert Client
and Server for both Solaris and Windows Environments. Information provided
deals with Operation System configuration, database installation, user account configuration, TN-Xpert software installation and Network Element IP connectivity
TN-Xpert Users Guide
Provides information vital for proper operation and maintenance of Turin Networks TE-2020 system using TN-Xpert. Information provided deals with processes and procedures for turn-up, test, maintenance duties, input command
sequences, and valid parameters.
Table 4-3
Document Title
TE-206 Document List
Description
TE-206 Ordering Guide
Provides a brief description of each module available for the TE-206 system, part
numbers, compatibility information, and the contact information required to order
them.
TE-206 Users Guide
Provides information vital for proper operation and maintenance of Turin Networks TE-206 system. Information provided deals with processes and procedures
for turn-up, test, maintenance duties, input command sequences, valid parameters,
and expected responses using TN-Sight.
TE-206 Applications
Engineering Guide
Provides information vital for the proper deployment of a Turin Networks TE-206
system. Information provided deals with environmental requirements, specifications, and applications.
TE-206 Hardware Installation
Guide
Provides information vital for proper installation of Turin Networks TE-206 equipment. Information provided deals with site layout, required hardware, power connections, cable connections, and interfaces that must be hardwired.
TE-206 TL-1 Reference Guide
Provides information vital for proper communication with Turin Networks TE-206
system. Information provided deals with all TL-1 command structures, valid
parameters, and expected responses, and error codes.
TE-206 Hardware Description Guide
Provides detailed information for each card, shelf and accessory for a Turin Networks TE-206 system. Information provided includes card level diagrams, operational requirements, specifications, and applications.
TN-Sight Reference Guide
Provides reference information vital for Turin Networks TE-206 system onboard
web based GUI. Information provided deals with all software menus, valid parameters, expected responses, and screen snapshots.
Table 4-4
. Master CD Additional Products List
Product
VLX1010 Documentation Set
Page 4-48
Description
Turin Networks VLX1010 product documentation set.
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
4.7 TE-2020 System Software
The software CD, WR-S2020-CDR-00000 R04.00.00 of the TE-2020 system, contains the following software files (refer to software Release Notes for any updated information):
•
•
•
•
•
MAIN_R04.00.00
OTS2_R04.00.00
DS3EC1TRIB_R04.00.00
ETS2_R04.00.00
Install.bin\Install.exe
4.8 TN-Xpert Element Management System Software
The following table denotes the catalog numbers of the available software and license packages
for the UNIX and PC based TN-Xpert element management system.
Table 4-5
Unit Name
. TN-Xpert Software and Licenses
Catalog Number
Description
TN-Xpert PC Software
WR-SXPRT-PC0-00000
TN-Xpert PC software on CDROM without
license
TN-Xpert UNIX Software
WR-SXPRT-UN0-00000
TN-Xpert UNIX software server and client on
CDROM without license
TN-Xpert UNIX Base License
WR-LXPRT-UNB-00000
TN-Xpert UNIX base license for zero nodes
TN-Xpert PC 90-day Temporary
License
WR-LXPRT-TTU-00000
TN-Xpert PC 90-day license only
TN-Xpert PC License for 32 Nodes
WR-LXPRT-032-00000
TN-Xpert PC license for 32 nodes
Multi Client PC Licenses
WR-LXPRT-PCM-00000
Up to 4 total Clients
TN-Xpert UNIX License for 10
Nodes
WR-LXPRT-010-00000
TN-Xpert UNIX Add-on license for 10 nodes
TN-Xpert UNIX License for 25
Nodes
WR-LXPRT-025-00000
TN-Xpert UNIX Add-on license for 25 nodes
TN-Xpert UNIX License for 50
Nodes
WR-LXPRT-050-00000
TN-Xpert UNIX Add-on license for 50 nodes
TN-Xpert UNIX License for 100
Nodes
WR-LXPRT-100-00000
TN-Xpert UNIX Add-on license for 100
nodes
TN-Xpert UNIX License for 200
Nodes
WR-LXPRT-200-00000
TN-Xpert UNIX Add-on license for 200
nodes
For the PC version of TN-Xpert, customers must first purchase the media WR-SXPRT-PC0-00000. Customers must then also order one of the following licenses to utilize the TN-Xpert software:
• WR-LXPRT-TTU-00000 - Temporary 90-day license to manage a single node
• WR-LXPRT-032-00000 - License for managing up to 32 TE-2020 nodes
• WR-LXPRT-PCM-00000 - Multi Client PC Licenses for up to 4 total Clients
Release 5.0.x
Turin Networks
Page 4-49
TraverseEdge 2020 Ordering Guide, Chapter 4: Unit Details
For the UNIX versions of TN-Xpert, customers must first purchase the media WR-SXPRT-UN0-00000
and a base license described below.
• WR-LXPRT-UNB-00000 - Base license to use TN-Xpert (limited use, no nodes supported).
Permits user to install the media onto their device.
Customers must then also order at least one of the following licenses to utilize the TN-Xpert interface:
• WR-LXPRT-XXX-00000 - Add-on to the base license. Supports 10, 25, 50, 100, or 200 nodes
depending on the part number ordered. The XXX in the part number is replaced by a 3 digit number representing the number of nodes needing support (i.e., XXX = 010 for 10 nodes, 025 for 25
nodes, etc.). Refer to Table 4-5 above.
Customers may then order additional add-on licenses to accommodate network growth. The total number
of nodes that may be supported in a network is the sum of the licenses purchased.
Page 4-50
Turin Networks
Release 5.0.x
Chapter 5
Ancillary Equipment
This section describes ancillary equipment that may be ordered from Turin Networks and utilized with the
TE-2020 system.
5.1 Fiber Storage Tray
Turin Networks strives to provide a total solution for each customers need. In doing this, we have selected
a fiber storage and distribution panel that is only one RU tall and provides a user accessible pull out tray to
easily access and route fibers from the equipment to the fiber distribution panel. One fiber storage panel is
recommended for each optical shelf ordered.
Unit
Name
Fiber
Storage
Tray
Description
Catalog Number
Provides a storage solution for excess fiber
routed to the shelf. One
tray is recommended
for each optical shelf
that requires fiber connections. Available for
both 19" and 23" racks.
FMT-DRT07A00-C32P
Equipped with SC/SC fiber connections,
and designed to fit in a 19” rack space.
FMT-DRT02A00C-C32P
Equipped with FC/FC fiber connections,
and designed to fit in a 19” rack space.
FMT-DRT04A00C-C32P
Equipped with ST/ST fiber connections,
and designed to fit in a 19” rack space.
FMT-DRT07AA00H-D32P
Equipped with SC/SC fiber connections,
and designed to fit in a 23” rack space.
FMT-DRT02AA00H-D32P
Equipped with FC/FC fiber connections,
and designed to fit in a 23” rack space.
FMT-DRT04AA00H-D32P
Equipped with ST/ST fiber connections,
and designed to fit in a 23” rack space.
Figure 5-1
Release 5.0.x
Configuration
Fiber Storage Tray
Turin Networks
Page 5-1
TraverseEdge 2020 Ordering Guide, Chapter 5: Ancillary Equipment
5.2 DS1 Patch Panel
One DS1 patch panel is recommended for every 168 DS1 ports equipped in the ETS2.
Unit
Name
DS1 Patch
Panel
Description
Patch panel for DS1
interfaces
Catalog Number
269759
Configuration
One panel suggested for every 168 DS1
ports configured on an ETS2 equipped
system. Bantam connections in the front
and 64-pin Champ connections on the
rear. The Champ-64 to Champ-64 DS1
cable should be used to connect the ETS2
to this patch panel.
FRONT VIEW
REAR VIEW
Figure 5-2
Page 5-2
DS1 Patch Panel
Turin Networks
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 5: Ancillary Equipment
5.3 FastE Patch Panels
One FastE patch panel is recommended for each ETS2 ordered with FastE PLMs.
Unit Name
Description
Catalog
Number
Configuration
24-port Ethernet patch
panel
Provides 24 RJ45 jacks.
269002
Use one 24-port panel for every two (2)
FastE cards equipped in an ETS2 shelf.
48-port Ethernet patch
panel
Provides 48 RJ45 jacks.
269004
Use one 48-port panel for every four (4)
FastE cards equipped in an ETS2 shelf.
Figure 5-3
Release 5.0.x
FastE Patch Panels
Turin Networks
Page 5-3
TraverseEdge 2020 Ordering Guide, Chapter 5: Ancillary Equipment
Page 5-4
Turin Networks
Release 5.0.x
Chapter 6
System Design Worksheets
This chapter aids the user in identifying network configuration hardware requirements. The simple tables
have a column for standard equipment needed for each shelf in a node. The user will specify what shelves
are required and how many nodes are used in the network to determine a total count of all shelves, cards,
and cables.
The following worksheets provide examples of eight standard 19” shelf configurations as listed here:
•
•
•
•
•
•
•
•
Example 1 - Stand-alone TE-2020 with OC-192 Interfaces and 4 OC-48 Tributary Drops
Example 2 - Four Node OC-192 Network with Two Protected OC-48 Tributary Drops per Node
Example 3 - Stand-alone TE-2020 with OC-192 Interfaces and 192 DS3 Tributary Drops
Example 4 - Six Node OC-48 Ring with 12 DS3 Drops at Each Site
Example 6 - Stand-alone TE-2020 with OC-48 Interfaces and 48 DS3 Drops
Example 7 - Stand-alone TE-2020 with OC-192 Interfaces,672 DS1 Drops, and 48 DS3 Drops
Example 8 - Stand-alone TE-2020 with OC-48 Interfaces, 84 DS1 Drops, and 12 FastE Drops
Table 6-1
Qty /
Node
Example 1 - Stand-alone TE-2020 with OC-192 Interfaces and 4 OC-48 Tributary
Drops
Part
Catalog Number
x Number of
Identical Nodes
Total
Quantity
1
TE-2020 Main Shelf
WR-M2020-001-00000
1
2
TE-2020 Main CCT
WR-PCCT0-004-00000
2
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
2
OC-192 x1 SR 1310 PLM
WR-19201-S01-31000
2
4
OC-48 x2 IR 1310 PLM
WR-04802-I01-31000
4
Release 5.0.x
Turin Networks
1
1
Page 6-1
TraverseEdge 2020 Ordering Guide, Chapter 6: System Design Worksheets
Table 6-2
Qty /
Node
Part
Catalog Number
1
TE-2020 Main Shelf
WR-M2020-001-00000
2
TE-2020 Main CCT
WR-PCCTv-004-00000
x Number of
Identical Nodes
Total
Quantity
4
8
4
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
2
OC-192 x1 SR 1310 PLM
WR-19201-S01-31000
8
2
OC-48 x2 IR 1310 PLM
WR-04802-I01-31000
8
2
Optical PLM Blank
WR-PBLNK-002-00000
8
Table 6-3
Qty /
Node
Page 6-2
Example 2 - Four Node OC-192 Network with Two Protected OC-48 Tributary
Drops per Node
4
Example 3 - Stand-alone TE-2020 with OC-192 Interfaces and 192 DS3 Tributary
Drops
Part
Catalog Number
x Number of
Nodes
Total
Quantity
1
TE-2020 Main Shelf
WR-M2020-001-00000
1
2
TE-2020 Main CCT
WR-PCCTv-004-00000
2
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
1
2
OC-192 x1 SR 1310 PLM
WR-19201-S01-31000
2
4
DS3/EC1 Tributary Shelf
WR-TDS30-001-00000
8
DS3/EC1 Tributary CCT
WR-PCCT0-002-00000
8
4
ETS Fan Tray
WR-PFAN0-002-00000
4
4
Local Equipment Interconnect
(LEI) Cable Pair
WR-C0LEI-xxx-00000
(xxx = 015 for 1.5 meter
030 for 3 meters
100 for 10 meters)
4
20
DS3/EC1 x12 PLM
WR-DS312-001-00000
20
Turin Networks
1
4
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 6: System Design Worksheets
Table 6-4
Qty /
Node
Example 4 - Six Node OC-48 Ring with 12 DS3 Drops at Each Site
Part
Catalog Number
x Number of
Identical Nodes
Total
Quantity
1
TE-2020 Main Shelf
WR-M2020-001-00000
6
2
TE-2020 Main CCT
WR-PCCTv-004-00000
12
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
6
2
OC-48 x1 SFP Base PLM
WR-04801-SFP-31000
12
1
DS3/EC1 Tributary Shelf
WR-TDS30-001-00000
2
DS3/EC1 Tributary CCT
WR-PCCT0-002-00000
12
1
ETS Fan Tray
WR-PFAN0-002-00000
6
1
Local Equipment Interconnect
(LEI) Cable Pair
WR-C0LEI-xxx-00000
(xxx = 015 for 1.5 meter
030 for 3 meters
100 for 10 meters)
6
2
DS3/EC1 x12 PLM
WR-DS312-001-00000
12
1
OC-192 x2 PLM Blank
WR-PBLNK-007-00000
6
2
Optical PLM Blank
WR-PBLNK-002-00000
12
3
DS3/EC1 PLM Blank
WR-PBLNK-004-00000
18
Table 6-5
Qty /
Node
6
6
Example 5 - Stand-alone TE-2020 with OC-192 Interface and 8 GbE
Interfaces
Part
Catalog Number
x Number of
Nodes
Total
Quantity
1
TE-2020 Main Shelf
WR-M2020-001-00000
1
2
TE-2020 Main CCT
WR-PCCTV-004-00000
2
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
2
OC-192 x1 SR 1310 PLM
WR-19201-S01-31000
2
4
1000Base-LX x2 SMF
1310 PLM
WR-GBE02-L01-31000
4
Release 5.0.x
Turin Networks
1
1
Page 6-3
TraverseEdge 2020 Ordering Guide, Chapter 6: System Design Worksheets
Table 6-6
Qty /
Node
Part
Catalog Number
x Number of
Nodes
Total
Quantity
1
TE-2020 Main Shelf
WR-M2020-001-00000
1
2
TE-2020 Main CCT
WR-PCCTV-004-00000
2
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
1
1
OC-192 x2 PLM Blank
WR-PBLNK-007-00000
1
2
Optical PLM Blank
WR-PBLNK-002-00000
2
OC-48 x1 IR 1310 PLM
WR-04801-I01-31000
1
DS3/EC1 Tributary Shelf
WR-TDS30-001-00000
1
2
DS3/EC1 Tributary CCT
WR-PCCT0-002-00000
2
1
ETS Fan Tray
WR-PFAN0-002-00000
1
1
Local Equipment Interconnect (LEI) Cable Pair
WR-C0LEI-xxx-00000
1
DS3/EC1 x12 PLM
WR-DS312-001-00000
5
Page 6-4
Example 6 - Stand-alone TE-2020 with OC-48 Interfaces and 48 DS3 Drops
1
2
(xxx = 015 for 1.5 meter
030 for 3 meters
100 for 10 meters)
Turin Networks
5
Release 5.0.x
TraverseEdge 2020 Ordering Guide, Chapter 6: System Design Worksheets
Table 6-7
Qty /
Node
Example 7 - Stand-alone TE-2020 with OC-192 Interfaces,672 DS1 Drops, and
48 DS3 Drops
Part
Catalog Number
x Number of
Identical Nodes
Total
Quantity
1
TE-2020 Main Shelf
WR-M2020-001-00000
1
2
TE-2020 Main CCT
WR-PCCTV-004-00000
2
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
1
4
ETS2 - 19”
WR-TETS2-001-00000
4
8
ETS2 CCT
WR-PCCT0-006-00000
8
4
ETS Fan Tray
WR-PFAN0-002-00000
4
Optical PLM Blank
WR-PBLNK-002-00000
4
4
Local Equipment Interconnect (LEI) Cable Pair
WR-C0LEI-xxx-00000
4
2
OC-192 x1 SR 1310 PLM
WR-19201-S01-31000
2
8
DS3/EC1 x12 PLM
WR-DS312-011-00000
8
16
DS1 x84 PLM
WR-DS184-001-00000
16
Release 5.0.x
1
4
(xxx = 015 for 1.5 meter
030 for 3 meters
100 for 10 meters)
Turin Networks
Page 6-5
TraverseEdge 2020 Ordering Guide, Chapter 6: System Design Worksheets
Table 6-8
Example 8 - Stand-alone TE-2020 with OC-48 Interfaces, 84 DS1 Drops, and 12
FastE Drops
Qty /
Node
Page 6-6
Part
Catalog Number
x Number of
Nodes
Total
Quantity
1
TE-2020 Main Shelf
WR-M2020-001-00000
1
2
TE-2020 Main CCT
WR-PCCTV-004-00000
2
1
TE-2020 Main Fan Tray
WR-PFAN0-004-00000
1
1
ETS2 - 19”
WR-TETS2-001-00000
1
2
ETS2 CCT
WR-PCCT0-006-00000
2
1
ETS Fan Tray
WR-PFAN0-002-00000
1
Local Equipment Interconnect (LEI) Cable Pair
WR-C0LEI-xxx-00000
1
OC-192 x2 PLM Blank
WR-PBLNK-007-00000
1
2
DS3/EC1 PLM Blank
WR-PBLNK-004-00000
2
2
Optical PLM Blank
WR-PBLNK-002-00000
2
1
DS1/FE PLM Blank
WR-PBLNK-006-00000
1
2
OC-48 x1 IR 1310 PLM
WR-04801-I01-31000
2
2
DS1 x84 PLM
WR-DS184-001-00000
2
1
FastE x12 PLM
WR-FE012-001-00000
1
1
1
1
(xxx = 015 for 1.5 meter
030 for 3 meters
100 for 10 meters)
Turin Networks
Release 5.0.x
Visit our website at:
www.turinnetworks.com
Release 5.0.x
TraverseEdge 2020 System
Documentation
800-0016-50