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TEJAS NETWORKS TJ1600 Series Installation And Commissioning Manual

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Table of Contents

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TJ1600 Product Family
Installation and Commissioning Guide
Version: 5.0
Issue Date: 11-Mar-2024
www.tejasnetworks.com

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Summary of Contents for TEJAS NETWORKS TJ1600 Series

  • Page 1 TJ1600 Product Family Installation and Commissioning Guide Version: 5.0 Issue Date: 11-Mar-2024 www.tejasnetworks.com...
  • Page 2 Copyright Notice Copyright © Tejas Networks Ltd. All rights reserved. No part of this book or manual may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or by any information storage and retrieval system, without the express written permission from Tejas Networks Ltd.
  • Page 3 Revision history Version Document ID and Updates issue date 170-DOC000199-E Test procedure added 11-Mar-2024 • Test HCPSLine29 card • Test MDU-2x16CL-C, ROADM-8-C, and ROADM- 9-C cards Added Graphical presentation of cards - dimensions of all TJ1600C cards dimension Updated • Card population rule •...
  • Page 4 Version Document ID and Updates issue date 170-DOC000188-E • Updated Card parameter details Note 25-Mar-2022 • Added HCPSLine31 and HCPSLine32 card configuration details • Added Bonding Properties information in Connect grounding • TJ1600-11: Updated information and image on HCPSLine31 and HCPSLine32 for OTU2/OTU2e ports, OTU4 port •...

  • Page 5: Table Of Contents

    Table of Contents Document overview Content organization ................1 Additional resources ................3 Target audience..................3 Safety guidelines Safety recommendations ................ 5 General safety guidelines ................. 5 Maintain safety with electricity..............5 Prevent electrostatic discharge damage ............. 6 General site requirements ............... 6 Site environment ..................
  • Page 6 PFU....................... 65 Connect ports on HCPOAM01 card Alarm connection ................... 68 ESI connection ..................70 Craft connection ..................71 M1/F1 connection .................. 74 LAN connection..................75 MGN cable connection ................77 Connect ports on HCPOAM03 card Alarm ports connection ................80 LNMS/NMS1/NMS2 cable connection............
  • Page 7 TJ1600-11 ..................... 204 TJ1600-6 ....................220 TJ1600-2 ....................233 Connect fiber channel ports on cards TJ1600-11 .................... 244 Connect 8GFC/12GFC ports ..............244 Connect 16GFC ports ................250 Connect 32GFC ports ................253 TJ1600-6 ....................256 Connect 1GFC/2GFC/4GFC ports ............... 256 Connect 8GFC/12GFC ports ..............
  • Page 8 Backup and restore node configuration data ..........319 General configuration Switch ON node and PC configuration ............322 Login to the system................322 Configure OSPF parameters..............323 Configuring VCG Ports ................323 Add new VC To VCG ................325 Configure STM port ................326 Configure Ethernet interfaces ..............
  • Page 9 Test HCPSLine26 card................389 Before you start ..................389 Procedure for testing in Muxponder mode ..........390 Test HCPSLine27 card................393 Before you start ..................393 Procedure for testing in 2xFlexi 100G to 2xOTU4......... 394 Procedure to test Line27 in 10X10G to OTU4 + flexi 100G to OTU4....395 Test HCPSLine28 card................
  • Page 10 ......................Test MDU8-D card ..................... 436 Before you start ..................436 Testing Procedure ................... 436 Test MDU-16-D card................438 Before you start ..................438 Testing procedure ................... 438 Test MDU-64-D card................440 Before you start ..................440 Testing procedure ................... 440 Test PSCM ....................
  • Page 11 Route the fiber optic cables ..............502 Route the network cables ................ 502 Facilitate filter removal ................503 Avoid thermal issues while routing cables ..........503 Cable bend-radius restrictions..............504 Connector pin assignment PFU08 power connector ................505 HCPPFU07 power connector..............505 HCPPFU02 power connector..............
  • Page 12 List of Figures Figure 1: Spacing and airflow recommendation for stacked systems ....... 8 Figure 2: Population rule- Case 1 ............... 9 Figure 3: Population rule- Case 2 ............... 9 Figure 4: Population rule- Case 3 ..............10 Figure 5: Installation, commissioning, and testing process flow ......17 Figure 6: Receiving and unpacking process ............
  • Page 13 Figure 52: Connecting HCPOAM03 card interfaces- LNMS, NMS1, and NMS2 .... 82 Figure 53: Connecting HCPOAM03 card interfaces- Craft ........83 Figure 54: ALARM IN and ALARM OUT ports- OAMC card ........85 Figure 55: NMS port- OAMC card ............... 86 Figure 56: LCT Port- OAMC Card ................
  • Page 14 Figure 103: OTU4 Connection- Line33 Card ............135 Figure 104: OTU4 Connection- Line34 Card ............136 Figure 105: STM-1 connection: HCPSLine08 card ..........137 Figure 106: STM-1 connection- HCPSLine22 card ..........137 Figure 107: STM-4 connection- HCPSLine08 card ..........139 Figure 108: STM-4 connection- HCPSLine22 card ..........
  • Page 15 Figure 154: STM-64/OC-192 Connections (HCPSLine12 Card) ........ 176 Figure 155: STM64 Connections (HCPSLine20 Card) ..........176 Figure 156: STM64 Connections (HCPSLine22 Card) ..........176 Figure 157: STM-64 Connection (HCPSLine25 card)..........176 Figure 158: STM-64 Connection- HCPSLine26 ............177 Figure 159: STM-64 Connection- HCPSLine27 Card ..........177 Figure 160: STM-64 Connection- HCPSLine31 Card ..........
  • Page 16 Figure 205: 10G Connection (HCPSLine25 Card) ..........215 Figure 206: 10Gbps Inteface Connection- HCPSLine26 Card ........216 Figure 207: 10Gbps interface connection- HCPSLine27 Card ........217 Figure 208: Connecting 1GE interface on HCPULine01 card........218 Figure 209: 1Gbpsconnections (HCPSLine08 Card) ..........219 Figure 210: 40GE interface connection ...............
  • Page 17 Figure 256: Connecting 16GFC ports on HCPSLine12 card ........263 Figure 257: Connecting 16GFC ports on HCPSLine26 card ........265 Figure 258: Connecting 16GFC ports on HCPSLine27 card ........265 Figure 259: Connecting 32GFC ports on HCPSLine12 card ........267 Figure 260: Connecting 32GFC ports on HCPSLine26 card ........
  • Page 18 Figure 307: Initialize node parameters- TJ1600 Type-11SR with HCPXCC04 (900G).. 312 Figure 308: Initialize node parameters page of TJ1600-11 with OSMC card....312 Figure 309: PC Connected to the Node ............... 323 Figure 310: Multi shelf connection between main and subtended ......336 Figure 311: Configure Slat page - subtended shelf ..........
  • Page 19 Figure 358: Testing FPU01 card ................. 445 Figure 359: Testing OTDR and OTDR filter cards ..........446 Figure 360: Fiber intersection ................456 Figure 361: Position of PFU in TJ1600 Type-2SR chassis........459 Figure 362: Sliding PFU into the chassis .............. 460 Figure 363: Tightening captive screws on PFU .............
  • Page 20 Figure 408: Physical dimension of HCPSLine24 ............ 519 Physical dimension of HCPSLine25 ..............520 Figure 409: Physical dimension of HCPSLine26 ............ 521 Figure 410: Physical dimension of HCPSLine27 ............ 522 Figure 411: Physical dimension of HCPSLine28 ............ 523 Figure 412: Physical dimension of HCPSLine29 ............ 524...
  • Page 21 List of Tables Table 1: Operating temperature specification............14 Table 2: Card population rule ................32 Table 3: Space occupied in the rack details for TJ1600-11 chassis with baffles ..37 Table 4: Space occupied in the rack details for TJ1600-6 chassis with baffles ... 37 Table 5: Space occupied in the rack details for TJ1600-2 chassis with baffles ...
  • Page 22 Table 92: ESI cable..................512 Table 93: M1/F1 cable ..................513 Table 94: LAN/MGN cable ................. 513 Table 95: LCT cable ..................514 Table 96: Craft cable..................514 Table 97: LNMS/NMS1/NMS2 cable ..............514 Table 98: Regulatory standard compliance ............529 ©Tejas Networks Ltd.

  • Page 24: Document Overview

    TJ1600 system. Connect ports on This chapter describes the port connections on HCPOAM03 HCPOAM03 card card supported in TJ1600 system. Connect ports on OAMC This chapter describes the port connections on OAMC card card supported in TJ1600 system. ©Tejas Networks Ltd.
  • Page 25 This chapter describes the procedures and the guidelines to cables route cables securely without degrading the performance, and avoid insecure and unsafe connections. Connector pin assignment This appendix provides connector pin details for different cables used for connecting the interfaces on the cards. ©Tejas Networks Ltd.

  • Page 26: Additional Resources

    This document provides the list of alarms,causes, and 6.x ACP Guide procedures to clear the alarm. v5.0 1.3 Target Audience This document is intended for technicians and maintenance engineers who are responsible for the day-to-day operations of the system. ©Tejas Networks Ltd.

  • Page 27: Safety Recommendations

    Look carefully for possible hazards in your work area, such as cords and missing safety grounds. If an electrical accident occurs, proceed as follows: — Turn off the system. — Determine if the person needs rescue breathing or external cardiac compressions, and then take appropriate action. ©Tejas Networks Ltd.

  • Page 28: Prevent Electrostatic Discharge Damage

    Ensure that the room in which you operate your system has proper ventilation. • Damage from static discharge can cause immediate or intermittent equipment failure. Always follow the ESD prevention procedures to avoid damage to equipment. ©Tejas Networks Ltd.

  • Page 29: Thermal Considerations

    9. Ensure the site is free from dust because dust tends to clog the system fans and fil- ters resulting in reduced flow of cool air through the equipment rack and the sys- tems. Dust accumulation leads to the risk of an over temperature condition. 10. Avoid installing the chassis on the sliders. ©Tejas Networks Ltd.

  • Page 30: Guidelines For Populating Pluggable In Chassis

    Case 1: If a card consists of four ports, all in one row, then install the pluggable starting from left to right, in an alternate port sequence: port P1 > P3 > P2 > P4. ©Tejas Networks Ltd.
  • Page 31 (top) in an alternate sequence followed by second row (bottom) in an alternate sequence, ensuring that the sequence is non-overlapping in the two rows as shown in the following figure. Install the pluggable for the remaining empty ports in the same order. ©Tejas Networks Ltd.

  • Page 32: Equipment Racks Configuration

    DC power supplies operate at a range of -40V DC to -57.6V DC. Check the power at your site to ensure that you are receiving continuous power (free of spikes and noise). If required, install a power conditioner. ©Tejas Networks Ltd.

  • Page 33: Power Filter Unit (Pfu)

    RISK OF ELECTRICAL SHOCK: The battery feeds can be at a high enough potential to constitute a shock hazard. Read the power procedures before you perform any function. Take necessary precautions and use the appropriate insulated tools when working with power. ©Tejas Networks Ltd.

  • Page 34: Dissipate Static Electricity

    Check for the ESD foot wear attachment connectivity to ground using suitable ESD tester. If the properties of the floor are unknown or in doubt, use a wrist-strap and make sure that it is connected ©Tejas Networks Ltd.

  • Page 35: Prevent Damage To Pluggable Module

    • Fan modules can be cleaned once every 3 months. • To avoid switch damage from lightning, surge protectors are to be installed and checked at regular intervals. If they are broken, need to replace. ©Tejas Networks Ltd.

  • Page 36: Product Operating Temperature Specification

    Avoid direct exposure to optical fiber ends or optical connector ends where you can access the laser signal directly. LASER RADIATION EXPOSURE RISK: Avoid looking directly into the optical beam. Invisible light can severely damage your eyes. Keep all optical connectors capped. ©Tejas Networks Ltd.

  • Page 37: Installation, Commissioning, And Testing Process

    This chapter provides an overview of installation, commissioning, and testing process flow of a TJ1600 node. 3.1 Overview Following flowchart shows the installation, commissioning, and testing process: Figure 5: Installation, commissioning, and testing process flow ©Tejas Networks Ltd.

  • Page 38: Installation Procedure

    After commissioning the node, system level tests are done with the nodes that are cabled together in a working network. During the testing process, various forms must be filled to record system data and test results. ©Tejas Networks Ltd.

  • Page 39: Receive And Unpack Process

    The package list and shipping labels should contain the same information. If any discrepancies found between the shipping label information and the package list information, contact the 24x7 Tejas Networks Technical Support Center (TSC). For the contact details, refer Technical Support Information.

  • Page 40: Handle Packages

    If the node is damaged during shipment, preserve as much of the packaging as possible to allow customer service and the shipper to analyze the damage. To report about damage shipped articles, contact the Tejas Networks Technical Support Center (TSC) to open a Return Materials Authorization (RMA).

  • Page 41: Figure 7: Packing Label

    3. Remove the plastic shrink wrap covering the box using a sharp pointed blade or knife (optional, if present). 4. Cut and remove the reinforced packing tape from the packing box as shown in the following figure: ©Tejas Networks Ltd.

  • Page 42: Figure 9: Reinforced Packing Tape

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 9: Reinforced packing tape 5. Open the top of the packing box and take the equipment out of the packing box along with the cushion. ©Tejas Networks Ltd.

  • Page 43: Figure 10: Removing The Equipment From Box

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 10: Removing the equipment from box 6. Remove the packing cushion. ©Tejas Networks Ltd.

  • Page 44: Figure 11: Removing The Cushion

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 11: Removing the cushion 7. Take the node out of the anti-static bag. ©Tejas Networks Ltd.

  • Page 45: Figure 12: Node Covered With Anti-Static Bag

    8. Save the packaging materials in case the product needs repackaging or shipping. STATIC DISCHARGE DAMAGE: Static charge can damage the equipment. While unpacking and handling cards, or making node interconnections, wear a grounding wrist strap to discharge the static buildup. ©Tejas Networks Ltd.

  • Page 46: Slot Allotment

    Tributary cards: Slots 1, 2, 3, 4, 7, 8, 9, 10, and 11 • Cross-connect cards or controller cards: Slots 5 and 6 • Power supply modules: Slots 12 and 13 • OAM card: Slot 14 • Fan Tray Unit (FTU): Slot 15 ©Tejas Networks Ltd.

  • Page 47: Figure 13: Tj1600 Type-11Sr: Slot Allotment

    TJ1600 Product Family Installation and Commissioning Guide v5.0 A diagrammatic representation of slot IDs assigned to TJ1600 Type-11SR chassis is as follows: Figure 13: TJ1600 Type-11SR: slot allotment ©Tejas Networks Ltd.

  • Page 48: Figure 14: Tj1600 Type-6Sr: Slot Allotment

    • OAM card: Slot 6 • Tributary cards: Slots 1, 2, 3 and 4 • FTU: Slot 5 A diagrammatic representation of Slot IDs assigned to TJ1600-6 chassis is as follows: Figure 14: TJ1600 Type-6SR: slot allotment ©Tejas Networks Ltd.

  • Page 49: Using The Filler Panels

    • They direct the flow of air through the chassis. • They arrest the entry of dust into the chassis. CAUTION: Do not operate the system unless all cards, power modules, and filler panels are in place. ©Tejas Networks Ltd.

  • Page 50: Slot Distribution

    MDU8-D must be used with adapter card HCPADP01 or HCPADP04. • FPU02, VOA, OPM-2-C50G, OPM4-C-50G, OPM-4-C-FLX cards must be used with adapter card HCPADP02. • OADM-1-D,OADM-4-D, ILU-C-50G, ILU-C-100G, PSCM 1X8, CLF-S, and CLF-D cards can be used with HCPADP02 or HCPADP03. ©Tejas Networks Ltd.

  • Page 51: Table 2: Card Population Rule

    1 to 4 and 7 to 11 1 to 4 and 7 to 11 ROADM-2-C-50G 1 to 4 1 to 4 and 7 to 11 1 to 4 and 7 to 11 ROADM-4-C-50G 1 to 4 1 to 4 and 7 to 11 1 to 4 and 7 to 11 ©Tejas Networks Ltd.
  • Page 52 1 to 4 1 to 4 and 7 to 11 1 to 4 and 7 to 11 2xPSCM-1x8-C 1, 2 1 to 4 1 to 4 and 7 to 11 1 to 4 and 7 to 11 ©Tejas Networks Ltd.
  • Page 53 MDU-96-C-50G are standalone units and not installed on the chassis. Therefore, no slot numbers mentioned for these cards. The OSCF-S and OSCF-D modules are plugged into the OFA card. Therefore, no slot numbers mentioned for these cards. ©Tejas Networks Ltd.
  • Page 54 TJ1600 Product Family Installation and Commissioning Guide v5.0 ©Tejas Networks Ltd.

  • Page 55: Install Tj1600 Node

    This chapter describes procedures to be followed when installing TJ1600 node. These instructions are limited to address the installation of the TJ1600 node and cards supplied by Tejas Networks. The installation of racks, electrical wiring, raceways, and other equipment are not covered in this guide. The relevant local/state/federal or international (if applicable) codes and regulations should be followed during the assembly.

  • Page 56: Preferred Rack Size

    Table 5: Space occupied in the rack details for TJ1600-2 chassis with baffles TJ1600-2 Rack size Chassis Mount Number of height position chassis can be mount 19’’ Rack 14RU Vertical 21’’ Rack 14RU Vertical 23’’ Rack Horizontal ©Tejas Networks Ltd.

  • Page 57: Install Tj1600-11 Chassis In A Rack

    3. If cable routers/guides are desired to be installed (optional), then position the cable router/guide so that its mounting holes are aligned with holes on node mount angle and the rack post holes. ©Tejas Networks Ltd.

  • Page 58: Figure 17: Installing Tj1600 Potp Chassis In A Rack

    Note: The TJ1600-11 system must be rotated 90° to assemble inside the baffle. 1. Assemble TJ1600 baffle on the rack mount railings as displayed in the image. Install the eight M6 screws to secure the baffle on the rack mount railings. Use Phillips screwdriver for tightening the screws. ©Tejas Networks Ltd.

  • Page 59: Figure 18: Install Tj1600 Baffle On The Rack

    Install TJ1600 node Figure 18: Install TJ1600 baffle on the rack 2. Remove the mount angles (both left and right) attached to TJ1600-11 system and reverse mount them to install the system in the baffle. ©Tejas Networks Ltd.

  • Page 60: Figure 19: Reverse Mount The Mount Angle

    3. Before mounting the TJ1600-11 system inside the baffle, assemble the grounding cable to the system. For more details refer to Connect grounding or Earth cable. 4. Assemble the TJ1600-11 system into the baffle as displayed in the following image: ©Tejas Networks Ltd.

  • Page 61: Figure 20: Install Enclosure Assemble On The Baffle

    Install TJ1600 node Figure 20: Install enclosure assemble on the baffle Note: Ensure FTU is on the top side. 5. Assemble the cable router on TJ1600-11 system. The final assembly of TJ1600-11 with baffles is as follows: ©Tejas Networks Ltd.

  • Page 62: Figure 21: Final Tj1600 Type-11Sr Node With Baffle

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 21: Final TJ1600 Type-11SR node with baffle ©Tejas Networks Ltd.

  • Page 63: Figure 22: Final Tj1600 Type-11Sr Node With Baffle (Front View)

    Install TJ1600 node Figure 22: Final TJ1600 Type-11SR node with baffle (Front view) Figure 23: Final TJ1600 Type-11SR node with baffle (side view) Note: The same procedure must be used to install TJ1600-11 chassis on 21"/23" rack. ©Tejas Networks Ltd.

  • Page 64: Install Tj1600-6 Chassis In A Rack

    Two cage nuts on rear side of the holes on each rack post. Figure 24: Attaching cage nut on rack post 4. Move the node to the desired rack position. ©Tejas Networks Ltd.
  • Page 65 7. Install the four M6 screws through the holes of the cable router/guide, node mount angles, rack post, and into the cage nuts to secure the chassis to the rack post. Use Phillips screwdriver for tightening the screws. ©Tejas Networks Ltd.

  • Page 66: Figure 25: Installing Tj1600 Type-6Sr Chassis In A Rack

    Perform the following steps to install the TJ1600-6 chassis with baffles into the rack: For 23" rack with baffles 1. Ensure rubber grommet is assembled at the rear side of the received baffle. 2. Assemble the baffle on the rack. Install the eight M6 screws to secure the baffle on ©Tejas Networks Ltd.

  • Page 67: Figure 26: Baffle In Horizontal Orientation For 23" Rack

    Figure 26: Baffle in horizontal orientation for 23" rack For 19"/21" rack with baffles 1. Ensure rubber grommet is assembled at the rear side of the received baffle. 2. Assemble 19"/21" horizontal support brackets in the rack. ©Tejas Networks Ltd.

  • Page 68: Figure 27: Install Horizontal Support Brackets On The Rack

    Phillips screw driver for tightening the screws. Figure 28: Install the baffle on the rack 4. Pass the grounding cable through rubber grommet. Assemble the grounding cable to TJ1600-6 system. For more details refer Connect grounding or Earth cable. ©Tejas Networks Ltd.

  • Page 69: Install Tj1600-2 Chassis In A Rack

    Mounting the chassis in a rack Perform the following steps to install the TJ1600-2 chassis in a rack: 1. Depending on the access requirements, decide which side you want to use as the front side in the rack. ©Tejas Networks Ltd.

  • Page 70: Figure 30: Attaching Cage Nut On Rack Post

    Phillips screwdriver for tightening the screws. The fastening of screws is to be done at both ends uniformly. Engage two to three threads on both ends before tighten- ing the screws completely. It is important to align the screws to the holes prior to tightening to avoid screw jamming. ©Tejas Networks Ltd.

  • Page 71: Figure 31: Installing Chassis Onto The Rack

    Phillips screwdriver: To install the node into the rack Perform the following steps to install the TJ1600-2 chassis with baffles into the rack: For 23" rack with baffles 1. Ensure rubber grommet is assembled at the rear side of the received baffle. ©Tejas Networks Ltd.

  • Page 72: Figure 32: Assemble The Baffle On The Rack

    TJ1600-2 system. For more details refer to Connect grounding or Earth cable. 4. Insert TJ1600-2 system into the baffle at certain angle. Assemble the TJ1600-2 system into the baffle using four M6 screws and use Phillips screwdriver for tight- ening the screws. ©Tejas Networks Ltd.

  • Page 73: Figure 33: Insert The Chassis Inside The Baffle

    For 23" rack, the chassis with baffle must be mounted horizontally. Figure 34: Horizontal orientation for 23" rack For 19"/21" rack with baffles: 1. Ensure rubber grommet is assembled at the rear side of the received baffle. 2. Assemble 19"or 21" horizontal support brackets in the rack. ©Tejas Networks Ltd.

  • Page 74: Figure 35: Install Horizontal Support Brackets On The Rack

    Phillips screw driver for tightening the screws. Figure 36: Assemble the baffle on the rack 4. Pass the grounding cable through rubber grommet. Assemble the grounding cable to TJ1600-2 system. For more details refer to Connect grounding or Earth cable. ©Tejas Networks Ltd.

  • Page 75: Connect Grounding Or Earth Cable

    Note 2: All cables used for connectivity must be labeled according to the site engineering practices. Note 3: While installing or replacing the unit, always ensure that the earthing terminal is installed first and removed last. ©Tejas Networks Ltd.
  • Page 76 Cable ties Grounding cable connection Perform the following steps to connect the grounding cable to the chassis: 1. Face towards the right view of the chassis and locate the safety earth terminal as shown in the following figure: ©Tejas Networks Ltd.

  • Page 77: Figure 38: Safety Earth Terminal On Tj1600 Type-2Sr Chassis

    Figure 38: Safety earth terminal on TJ1600 Type-2SR chassis The following figure shows the safety earth terminal for TJ1600-6: Figure 39: Safety earth terminal on TJ1600 Type-6SR chassis The following figure shows the safety earth terminal for TJ1600-11: ©Tejas Networks Ltd.

  • Page 78: Figure 40: Safety Earth Terminal On Tj1600 Type-11Sr

    Marked locations bearing the symbol illustrated in the following figure to identify sites that can be used to bond equipment but are not intended for safety grounding. The ©Tejas Networks Ltd.

  • Page 79: Connect The Power Cables

    DC return, isolated from other BNs until a single connection point, often at the power source, where connection to the CBN is implemented. 7.8 Connect the power cables This section covers procedure for connecting power cable to the PFU in a TJ1600 node. ©Tejas Networks Ltd.

  • Page 80: Hcppfu02

    3. Insert the power cable to the power supply interface on HCPPFU02 of slot 12. While plugging, properly align the connector end of the power cable to the interface on HCPPFU02. Do not forcefully plug-in the cable. 4. Secure the cable connector to the chassis with two screws using Phillips precision screwdriver. ©Tejas Networks Ltd.

  • Page 81: Pfu4

    Figure 42: Connecting PFU (HCPPFU02 Card) 7.8.2 PFU4 TJ1600-6 system is powered by connecting -48V DC and 0V return through PFU4 module. The system has redundant PFUs and each PFU4 module is separately powered and fed through independent circuit breaker. ©Tejas Networks Ltd.
  • Page 82 5. Repeat step 2 to 4 to connect the power cable to the power supply interface on PFU4 of the other slot S8. 6. Route the power cables through cable router/guide along the left side of the rack. ©Tejas Networks Ltd.

  • Page 83: Pfu

    • The power filter unit(s) are properly installed on the chassis. • You have the following tools and materials available: — Standard installer tool kit — Two power cables per system — Phillips screwdriver — Cable ties ©Tejas Networks Ltd.

  • Page 84: Alarm Connection

    2. Connect the cable to RJ-45 connector accordingly as indicated by the arrow-heads marked against the connectors. 3. Route the alarm cable from the Alarm-Out port securely along the cable routers on the left or right side of the rack and connect it to the audio/visual unit. ©Tejas Networks Ltd.

  • Page 85: Figure 45: Alarm-Out And Alarm-In Ports Connection (Hcpoam01 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows Alarm-Out and Alarm-In ports on HCPOAM01 module: Figure 45: Alarm-Out and Alarm-In ports connection (HCPOAM01 Card) ©Tejas Networks Ltd.

  • Page 86: Esi Connection

    Follow the procedure for connecting cable to the ESI port: 1. Identify and label the cable. 2. Connect the cable to the clock RJ-45 connector. 3. Route the clock cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 87: Craft Connection

    (DHCP). The craft access terminals communicate to TJ1600 using an RJ-45 connector on craft port on HCPOAM01 card. For connector pin assignment details, refer to section Craft connector in Connector pin assignment. For cable color code details refer section Craft cable in Cable color codes. ©Tejas Networks Ltd.
  • Page 88 Follow the procedure for connecting cable to craft port: 1. Identify and label the cables. 2. Connect the cable to RJ-45 connector. 3. Route the craft cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 89: Figure 47: Craft Port Connection (Hcpoam01 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the craft port on HCPOAM01 module: Figure 47: Craft port connection (HCPOAM01 Card) ©Tejas Networks Ltd.

  • Page 90: M1/F1 Connection

    Follow the procedure for connecting cable to the M1/F1 port: 1. Identify and label the cables. 2. Connect the cable to RJ-45 connector. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 91: Lan Connection

    IP. LAN access terminals communicate to TJ1600 using an RJ-45 connector on LAN port on HCPOAM01 card. For connector pin assignment details, refer section LAN/MGN connector in Connector pin assignment. For cable color code details refer section LAN/MGN cable in Cable color codes. ©Tejas Networks Ltd.
  • Page 92 Follow the procedure for connecting cable to the LAN port: 1. Identify and label the cables. 2. Connect the cable to RJ-45 connector. 3. Route the LAN cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 93: Mgn Cable Connection

    RJ-45 connector on MGN ports on the OAM card. For connector pin assignment details, refer section LAN/MGN connector in Appendix Connector Pin Assignment. For cable color code details refer section LAN/MGN cable in Appendix Cable Color Coding. ©Tejas Networks Ltd.
  • Page 94 Follow the procedure to connect the cable to the MGN1/MGN2/MGN3/MGN4/MGN5 port: 1. Identify and label the cable. 2. Connect the RJ-45 cable connector to the MGN (RJ-45) port. 3. Route the MGN cable securely along the right side of the rack. ©Tejas Networks Ltd.

  • Page 95: Figure 50: Mgn Port Connection (Hcpoam01 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the MGN port on HCPOAM01 module: Figure 50: MGN port connection (HCPOAM01 Card) ©Tejas Networks Ltd.

  • Page 96: Connect Ports On Hcpoam03 Card

    4. Route the alarm-in cable to the Alarm-In port. 5. Route the alarm-out cable from the Alarm-Out port securely along the cable rout- ers on the left or right side of the rack and connect it to the audio/visual unit. ©Tejas Networks Ltd.

  • Page 97: Lnms/Nms1/Nms2 Cable Connection

    1. Identify and label the cable. 2. Identify the chassis slot with HCPOAM03 card and the LNMS/NMS1/NMS2 port on the card where the cable has to be connected. 3. Connect the RJ-45 cable connector to the LNMS/NMS1/NMS2 port. ©Tejas Networks Ltd.

  • Page 98: Craft Cable Connection

    2. Identify the chassis slot with HCPOAM03 card and the craft port on the card where the cable needs to be connected. 3. Connect the RJ-45 connector cable to the craft port. 4. Route the craft cable securely through the cable router/guide along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 99: Figure 53: Connecting Hcpoam03 Card Interfaces- Craft

    TJ1600 Product Family Installation and Commissioning Guide v4.0 The following figure shows the craft port on HCPOAM03 card: Figure 53: Connecting HCPOAM03 card interfaces- Craft ©Tejas Networks Ltd.

  • Page 100: Alarm Ports Connection

    TJ1600-2 node. Note 1: Ports P1 and BITS are not supported in this release. Note 2: The DIAG (diagnostic) port is meant for use by authorized Tejas Networks personnel only. For installing cards/units in the chassis, refer to installation procedure of that card/unit covered under the section General procedures.

  • Page 101: Nms Port Connection

    P5 (NMS) on the card where the cable needs to be connected. 3. Connect the RJ-45 cable connector to the port. Ensure that the retention clip oper- ates to hold the connector in place. 4. Route the cable securely along the right side of the rack. ©Tejas Networks Ltd.

  • Page 102: Lct Port Connection

    P4 (LCT) on the card where the cable needs to be connected. 3. Connect the RJ-45 cable connector to the port. Ensure that the retention clip oper- ates to hold the connector in place. 4. Route the cable securely along the right side of the rack. ©Tejas Networks Ltd.

  • Page 103: Osc Ports Connection

    3. Connect the LC connector cable to the transmit and the receive interface of OSC1/ OSC2 port. Ensure that the retention slide operates to hold the connector in place. 4. Route the cable securely along right side of the rack. ©Tejas Networks Ltd.

  • Page 104: Figure 57: Osc Ports- Oamc Card

    Connect ports on OAMC card Figure 57: OSC ports- OAMC Card ©Tejas Networks Ltd.

  • Page 105: Connect Optical Ports On Cards

    Perform the following steps to connect LC connector cable to STM-1 port: 1. Identify and label the LC connector cables. 2. Connect the cable to the LC connector securely. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 106: Figure 58: Stm-1 Connection (Hcpuline01 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the STM-1 connections in HCPULine01 card: Figure 58: STM-1 Connection (HCPULine01 Card) ©Tejas Networks Ltd.

  • Page 107: Figure 59: Stm-1 Connection (Hcpsline08 Card)

    Connect optical ports on cards The following figure shows the STM-1 connections in HCPSLine08 card: Figure 59: STM-1 Connection (HCPSLine08 Card) ©Tejas Networks Ltd.

  • Page 108: Connect Stm-4 Ports

    Perform the following steps to connect LC connector cable to STM-4 port: 1. Identify and label the LC connector cables. 2. Connect the cable to the LC connector securely. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 109: Figure 61: Stm-4 Connection (Hcpuline01 Card)

    Connect optical ports on cards The following figure shows STM-4 connections in HCPULine01 card: Figure 61: STM-4 Connection (HCPULine01 Card) ©Tejas Networks Ltd.

  • Page 110: Figure 62: Stm-4 Connection (Hcpsline08 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows STM-4 connections in HCPSLine08 card: Figure 62: STM-4 Connection (HCPSLine08 Card) ©Tejas Networks Ltd.

  • Page 111: Connect Stm-16 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cable securely to the STM-16 ports. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 112: Figure 64: Stm-16 Connection (Hcpuline01 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows STM-16 connections in HCPULine01 card: Figure 64: STM-16 Connection (HCPULine01 Card) ©Tejas Networks Ltd.

  • Page 113: Figure 65: Stm-16 Connection (Hcpsline08 Card)

    Connect optical ports on cards The following figure shows STM-16 connections in HCPSLine08 card: Figure 65: STM-16 Connection (HCPSLine08 Card) ©Tejas Networks Ltd.

  • Page 114: Connect Stm-64 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the STM-64 port. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 115: Figure 67: Stm-64 Connection (Hcpsline01 Card)

    The following figure shows STM-64 connections in HCPSLine01 card: Figure 67: STM-64 Connection (HCPSLine01 Card) The following figure shows STM-64 connections in HCPSLine03 card: Figure 68: STM64 Connections (HCPSLine03 Card) Note: The FEC on HCPSLine03 card is Tejas proprietary. ©Tejas Networks Ltd.

  • Page 116: Figure 69: Stm64 Connections (Hcpsline08 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure displays STM-64 connections in HCPSLine08 card: Figure 69: STM64 Connections (HCPSLine08 Card) ©Tejas Networks Ltd.

  • Page 117: Figure 70: Stm-64/Oc-192 Connections (Hcpsline12 Card)

    The following figure displays STM-64 connections in HCPSLine20 card: Figure 71: STM64 Connections (HCPSLine20 Card) The following figure displays STM-64 connections in HCPSLine22 card: Figure 72: STM64 Connections (HCPSLine22 Card) The following figure displays STM-64 connections in HCPSLine25 card: ©Tejas Networks Ltd.

  • Page 118: Figure 73: Stm-64 Connection (Hcpsline25 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 73: STM-64 Connection (HCPSLine25 card) The following figure display STM-64 connection on HCPSLine26 card: Figure 74: STM-64 Connection- HCPSLine26 ©Tejas Networks Ltd.

  • Page 119: Figure 75: Stm-64 Connection- Hcpsline27 Card

    Connect optical ports on cards The following figure displays STM-64 connection on HCPSLine27: Figure 75: STM-64 Connection- HCPSLine27 card ©Tejas Networks Ltd.

  • Page 120: Figure 76: Stm-64 Connection- Hcpsline31 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure displays STM-64 connection on HCPSLine31: Figure 76: STM-64 Connection- HCPSLine31 Card ©Tejas Networks Ltd.

  • Page 121: Connect Otu1 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cable securely to the OTU1 ports. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 122: Connect Otu1F Ports

    Before making port connection, ensure that proper XFP/SFP+ pluggable has been inserted on to the ports. Perform the following steps to connect LC connector cable to OTU1f port: 1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTU1f. ©Tejas Networks Ltd.

  • Page 123: Connect Otu2/Otu2E Ports

    SFP+ pluggable has been inserted on to the ports. Perform the following steps to connect LC connector cable to OTU2/OTU2e port: 1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTU2/OTU2e. ©Tejas Networks Ltd.

  • Page 124: Figure 80: Otu2/Otu2E Connection (Hcpsline03 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 3. Route the cables through the cable routers securely along the left side or right side of the rack. The following figure shows OTU2/OTU2e connection in HCPSLine03 card: Figure 80: OTU2/OTU2e connection (HCPSLine03 card) ©Tejas Networks Ltd.

  • Page 125: Figure 81: Otu2/Otu2E Connection (Hcpsline08 Card)

    Connect optical ports on cards The following figure shows OTU2/OTU2e connections in HCPSLine08 card: Figure 81: OTU2/OTU2e Connection (HCPSLine08 Card) ©Tejas Networks Ltd.

  • Page 126: Figure 82: Otu2/Otu2E Connections (Hcpsline12 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU2/OTU2e connections in HCPSLine12 card: Figure 82: OTU2/OTU2e Connections (HCPSLine12 Card) ©Tejas Networks Ltd.

  • Page 127: Figure 83: Otu2/Otu2E Connections (Hcpsline22 Card)

    Connect optical ports on cards The following figure shows OTU2/OTU2e connections in HCPSLine22 card: Figure 83: OTU2/OTU2e Connections (HCPSLine22 Card) ©Tejas Networks Ltd.

  • Page 128: Figure 84: Otu2/Otu2E Connection (Hcpsline25 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU2/OTU2e connections in HCPSLine25 card: Figure 84: OTU2/OTU2e Connection (HCPSLine25 Card) ©Tejas Networks Ltd.

  • Page 129: Figure 85: Otu2/Otu2E Connection- Hcpsline26 Card

    Connect optical ports on cards The following figure shows OTU2/OTU2e connection on HCPSLine26 card: Figure 85: OTU2/OTU2e Connection- HCPSLine26 Card ©Tejas Networks Ltd.

  • Page 130: Figure 86: Otu2/Otu2E Connection- Hcpsline27

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU2/OTU2e connection on HCPSLine27 card: Figure 86: OTU2/OTU2e Connection- HCPSLine27 ©Tejas Networks Ltd.

  • Page 131: Figure 87: Otu2/Otu2E Connection (Hcpsline31 Card)

    Connect optical ports on cards The following figure shows OTU2/OTU2e connection on HCPSLine31 card: Figure 87: OTU2/OTU2e Connection (HCPSLine31 Card) ©Tejas Networks Ltd.

  • Page 132: Connect Otuc1/Otuc2 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTUC1/OTUC2. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 133: Figure 89: Otuc1/Otuc2 Connection- Hcpsline26 Card

    Connect optical ports on cards The following figure shows OTUC1/OTUC2 connection in HCPSLine26 card: Figure 89: OTUC1/OTUC2 Connection- HCPSLine26 Card ©Tejas Networks Ltd.

  • Page 134: Figure 90: Otuc1/Otuc2 Connection- Hcpsline27 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTUC1/OTUC2 connection in HCPSLine27 card: Figure 90: OTUC1/OTUC2 Connection- HCPSLine27 card ©Tejas Networks Ltd.

  • Page 135: Figure 91: Otuc1/Otuc2 Connection- Hcpsline29 Card

    Connect optical ports on cards The following figure shows OTUC1/OTUC2 connection in HCPSLine29 card: Figure 91: OTUC1/OTUC2 Connection- HCPSLine29 card ©Tejas Networks Ltd.

  • Page 136: Figure 92: Otuc1-Otuc6 Connection- Hcpsline31 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTUC1-OTUC6 connection in HCPSLine31 card: Figure 92: OTUC1-OTUC6 Connection- HCPSLine31 Card ©Tejas Networks Ltd.

  • Page 137: Figure 93: Otuc1-Otuc6 Connection- Hcpsline32 Card

    Connect optical ports on cards The following figure shows OTUC1-OTUC6 connection in HCPSLine32 card: Figure 93: OTUC1-OTUC6 Connection- HCPSLine32 Card ©Tejas Networks Ltd.

  • Page 138: Connect Otu4 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the on OTU4 port. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 139: Figure 96: Otu4 Connection - Hcpsline12 Card

    Connect optical ports on cards The following figure shows OTU4 connections in HCPSLine12 card: Figure 96: OTU4 Connection - HCPSLine12 Card ©Tejas Networks Ltd.

  • Page 140: Figure 97: Otu4 Connection - Hcpsline22 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU4 connections in HCPSLine22 card: Figure 97: OTU4 Connection - HCPSLine22 Card ©Tejas Networks Ltd.

  • Page 141: Figure 98: Otu4 Connection (Hcpsline24 Card)

    Connect optical ports on cards The following figure shows OTU4 connections in HCPSLine24 card: Figure 98: OTU4 Connection (HCPSLine24 Card) ©Tejas Networks Ltd.

  • Page 142: Figure 99: Otu4 Connection- Hcpsline27 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure displays OTU4 connection in HCPSLine27 Card: Figure 99: OTU4 Connection- HCPSLine27 Card ©Tejas Networks Ltd.

  • Page 143: Figure 100: Otu4 Connection- Line28 Card

    Connect optical ports on cards The following figure displays OTU4 connection in HCPSLine28 Card: Figure 100: OTU4 Connection- Line28 Card ©Tejas Networks Ltd.

  • Page 144: Figure 101: Otu4 Connection- Line31 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure displays OTU4 connection in HCPSLine31 Card: Figure 101: OTU4 Connection- Line31 Card ©Tejas Networks Ltd.

  • Page 145: Figure 102: Otu4 Connection- Line32 Card

    Connect optical ports on cards The following figure displays OTU4 connection in HCPSLine32 Card: Figure 102: OTU4 Connection- Line32 Card ©Tejas Networks Ltd.

  • Page 146: Figure 103: Otu4 Connection- Line33 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure displays OTU4 connection in HCPSLine33 Card: Figure 103: OTU4 Connection- Line33 Card ©Tejas Networks Ltd.

  • Page 147: Tj1600-6

    Perform the following steps to connect LC connector cable to STM-1 port: 1. Identify and label the LC connector cables. 2. Connect the cable to the LC connector securely. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 148: Figure 105: Stm-1 Connection: Hcpsline08 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows STM-1 connections in HCPSLine08 card: Figure 105: STM-1 connection: HCPSLine08 card The following figure shows STM-1 connections in HCPSLine22 card: Figure 106: STM-1 connection- HCPSLine22 card ©Tejas Networks Ltd.

  • Page 149: Connect Stm-4 Ports

    2. Connect the cable to the LC connector securely. 3. Route the cables through the cable routers securely along the left side or right side of the rack. The following figure shows STM-4 connections in HCPSLine08 card: ©Tejas Networks Ltd.

  • Page 150: Figure 107: Stm-4 Connection- Hcpsline08 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 107: STM-4 connection- HCPSLine08 card The following figure shows STM-4 connections in HCPSLine22 card: Figure 108: STM-4 connection- HCPSLine22 card ©Tejas Networks Ltd.

  • Page 151: Connect Stm-16 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cable securely to the STM-16 interfaces of the card. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 152: Figure 109: Stm-16 Connection: Hcpsline08 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows STM-16 connections in HCPSLine08 card: Figure 109: STM-16 connection: HCPSLine08 card ©Tejas Networks Ltd.

  • Page 153: Connect Stm-64 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the STM-64 port. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 154: Figure 111: Stm-64 Connection- Hcpsline03 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows STM-64 connections in HCPSLine03 card: Figure 111: STM-64 connection- HCPSLine03 card ©Tejas Networks Ltd.

  • Page 155: Figure 112: Stm-64 Connection- Hcpsline12 Card

    Connect optical ports on cards The following figure shows STM-64 connections in HCPSLine12 card: Figure 112: STM-64 connection- HCPSLine12 card The following figure shows STM-64 connections in HCPSLine22 card: ©Tejas Networks Ltd.

  • Page 156: Figure 113: Stm-64 Connection- Hcpsline22 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 113: STM-64 connection- HCPSLine22 card ©Tejas Networks Ltd.

  • Page 157: Figure 114: Stm-64 Connection - Hcpsline25 Card

    Connect optical ports on cards The following figure shows STM-64 Connection in HCPSLine25 card: Figure 114: STM-64 Connection - HCPSLine25 card The following figure shows STM-64 Connection in HCPSLine26 card: ©Tejas Networks Ltd.

  • Page 158: Figure 115: Stm-64 Connection- Hcpsline26 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 115: STM-64 Connection- HCPSLine26 Card The following figure shows STM-64 Connection in HCPSLine27 card: ©Tejas Networks Ltd.

  • Page 159: Figure 116: Stm-64 Connection- Hcpsline27 Card

    Connect optical ports on cards Figure 116: STM-64 Connection- HCPSLine27 Card The following figure displays STM-64 connection on HCPSLine31: ©Tejas Networks Ltd.

  • Page 160: Figure 117: Stm-64 Connection- Hcpsline31 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 117: STM-64 Connection- HCPSLine31 Card The following figure displays STM-64 connection on HCPSLine33: ©Tejas Networks Ltd.

  • Page 161: Connect Otu1F Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTU1f. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 162: Connect Otu1 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cable securely to the OTU1 ports of the card. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 163: Connect Otu2/Otu2E Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTU2/OTU2e. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 164: Figure 121: Otu2/Otu2E Connection- Hcpsline03 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU2/OTU2e connection in HCPSLine03 card: Figure 121: OTU2/OTU2e connection- HCPSLine03 card The following figure shows OTU2/OTU2e connection in HCPSLine08 card: Figure 122: OTU2/OTU2e connection - HCPSLine08 card ©Tejas Networks Ltd.

  • Page 165: Figure 123: Otu2/Otu2E Connection- Hcpsline12 Card

    Connect optical ports on cards The following figure shows OTU2/OTU2e connections in HCPSLine12 card: Figure 123: OTU2/OTU2e connection- HCPSLine12 card ©Tejas Networks Ltd.

  • Page 166: Figure 124: Otu2/Otu2E Connection- Hcpsline22 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU2/OTU2e connections in HCPSLine22 card: Figure 124: OTU2/OTU2e connection- HCPSLine22 card The following figure shows OTU2/OTU2e connection in HCPSLine25 card: ©Tejas Networks Ltd.

  • Page 167: Figure 125: Otu2/Otu2E Connection - Hcpsline25 Card

    Connect optical ports on cards Figure 125: OTU2/OTU2e Connection - HCPSLine25 card The following figure shows OTU2/OTU2e connection in HCPSLine26 card: ©Tejas Networks Ltd.

  • Page 168: Figure 126: Otu2/Otu2E Connection- Hcpsline26 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 126: OTU2/OTU2e Connection- HCPSLine26 Card ©Tejas Networks Ltd.

  • Page 169: Figure 127: Otu2/Otu2E Connection- Hcpsline27 Card

    Connect optical ports on cards The following figure shows OTU2/OTU2e connection in HCPSLine27 card: Figure 127: OTU2/OTU2e Connection- HCPSLine27 Card The following figure shows OTU2/OTU2e connection in HCPSLine31 card: ©Tejas Networks Ltd.

  • Page 170: Connect Otuc1/Otuc2 Ports

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 128: OTU2/OTU2e connection (HCPSLine31 card) 11.2.8 Connect OTUC1/OTUC2 ports The traffic is received and transmitted from the TJ1600 through OTUC1 and OTUC2 ports available on port P1 on HCPSLine26, HCPSLine27, HCPSLine29, HCPSLine31, ©Tejas Networks Ltd.

  • Page 171: Figure 129: Otuc1/Otuc2 Connection - Hcpsline26 Card

    2.Connect the LC connector cables securely to the OTUC1/OTUC2. 3.Route the cables through the cable routers securely along the left side or right side of the rack. The following figure shows OTUC1/OTUC2 connection in HCPSLine26 card: Figure 129: OTUC1/OTUC2 Connection - HCPSLine26 Card ©Tejas Networks Ltd.

  • Page 172: Figure 130: Otuc1/Otuc2 Connection- Hcpsline27 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTUC1/OTUC2 connection in HCPSLine27 card: Figure 130: OTUC1/OTUC2 Connection- HCPSLine27 Card The following figure shows OTUC1/OTUC2 connection in HCPSLine29 card: ©Tejas Networks Ltd.

  • Page 173: Figure 131: Otuc1/Otuc2 Connection- Hcpsline29 Card

    Connect optical ports on cards Figure 131: OTUC1/OTUC2 Connection- HCPSLine29 Card ©Tejas Networks Ltd.

  • Page 174: Figure 132: Otuc1-Otuc6 Connection- Hcpsline31 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTUC1 - OTUC6 connection in HCPSLine31 card: Figure 132: OTUC1-OTUC6 Connection- HCPSLine31 Card ©Tejas Networks Ltd.

  • Page 175: Figure 133: Otuc1-Otuc6 Connection- Hcpsline32 Card

    Connect optical ports on cards The following figure shows OTUC1 - OTUC6 connection in HCPSLine32 card: Figure 133: OTUC1-OTUC6 Connection- HCPSLine32 Card ©Tejas Networks Ltd.

  • Page 176: Connect Otu4 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the on OTU4 port. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 177: Figure 136: Otu4 Connection- Hcpsline12 Card

    Connect optical ports on cards The following figure shows OTU4 ports on HCPSLine12 card: Figure 136: OTU4 connection- HCPSLine12 card The following figure shows OTU4 ports on HCPSLine22 card: Figure 137: OTU4 Connection- HCPSLine22 card ©Tejas Networks Ltd.

  • Page 178: Figure 138: Otu4 Connection- Hcpsline24

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU4 ports on HCPSLine24 card: Figure 138: OTU4 Connection- HCPSLine24 ©Tejas Networks Ltd.

  • Page 179: Figure 139: Otu4 Connection- Hcpsline27 Card

    Connect optical ports on cards The following figure shows OTU4 ports on HCPSLine27 card: Figure 139: OTU4 Connection- HCPSLine27 Card The following figure shows OTU4 ports on HCPSLine28 card: Figure 140: OTU4 Connection- HCPSLine28 card ©Tejas Networks Ltd.

  • Page 180: Figure 141: Otu4 Connection- Hcpsline31 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU4 ports on HCPSLine31 card: Figure 141: OTU4 Connection- HCPSLine31 card ©Tejas Networks Ltd.

  • Page 181: Figure 142: Otu4 Connection- Hcpsline32 Card

    Connect optical ports on cards The following figure shows OTU4 ports on HCPSLine32 card: Figure 142: OTU4 Connection- HCPSLine32 card The following figure shows OTU4 ports on HCPSLine33 card: Figure 143: OTU4 Connection - HCPSLine33 card ©Tejas Networks Ltd.

  • Page 182: Tj1600-2

    Perform the following steps to connect LC connector cable to STM-1 port: 1. Identify and label the LC connector cables. 2. Connect the cable to the LC connector securely. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 183: Connect Stm-4 Ports

    Perform the following steps to connect LC connector cable to STM-4 port: 1. Identify and label the LC connector cables. 2. Connect the cable to the LC connector securely. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 184: Connect Stm-16 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cable securely to the STM-16 interfaces of the card. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 185: Connect Stm-64 Ports

    SFP+XFP pluggable has been inserted on to the port. Do the following steps to connect LC connector cable to STM-64 port: 1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the STM-64 port. ©Tejas Networks Ltd.

  • Page 186: Figure 151: Stm-64 Connection (Hcpsline01 Card)

    The following figure displays STM-64 connections in HCPSLine01 card: Figure 151: STM-64 Connection (HCPSLine01 Card) The following figure displays STM-64 connections in HCPSLine03 card: Figure 152: STM64 Connections (HCPSLine03 Card) Note: The FEC on HCPSLine03 card is Tejas proprietary. ©Tejas Networks Ltd.

  • Page 187: Figure 153: Stm64 Connections (Hcpsline08 Card)

    The following figure displays STM-64 connections in HCPSLine20 card: Figure 155: STM64 Connections (HCPSLine20 Card) The following figure displays STM-64 connections in HCPSLine22 card: Figure 156: STM64 Connections (HCPSLine22 Card) The following figure displays STM-64 connections in HCPSLine25 card: Figure 157: STM-64 Connection (HCPSLine25 card) ©Tejas Networks Ltd.

  • Page 188: Figure 158: Stm-64 Connection- Hcpsline26

    The following figure display STM-64 connection on HCPSLine26 card: Figure 158: STM-64 Connection- HCPSLine26 The following figure displays STM-64 connection on HCPSLine27: Figure 159: STM-64 Connection- HCPSLine27 Card The following figure displays STM-64 connection on HCPSLine31: Figure 160: STM-64 Connection- HCPSLine31 Card ©Tejas Networks Ltd.

  • Page 189: Connect Otu1F Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTU1f. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 190: Connect Otu1 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cable securely to the OTU1 ports of the card. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 191: Connect Otu2/Otu2E Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTU2/OTU2e. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 192: Figure 164: Otu2/Otu2E Connection - Hcpsline03 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU2/OTU2e ports on HCPSLine03 card: Figure 164: OTU2/OTU2e Connection - HCPSLine03 card The following figure shows OTU2/OTU2e ports on HCPSLine08 card: Figure 165: OTU2/OTU2e Connection- HCPSLine08 card ©Tejas Networks Ltd.

  • Page 193: Figure 166: Connecting Otu2/Otu2E Ports- Hcpsline12

    Connect optical ports on cards The following figure shows OTU2/OTU2e ports on HCPSLine12 card: Figure 166: Connecting OTU2/OTU2e ports- HCPSLine12 The following figure shows OTU2/OTU2e ports on HCPSLine22 card: Figure 167: Connecting OTU2/OTU2e ports- HCPSLine22 ©Tejas Networks Ltd.

  • Page 194: Figure 168: Otu2/Otu2E Connection- Hcpsline25 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows OTU/OTU2e ports on HCPSLine25 card: Figure 168: OTU2/OTU2e Connection- HCPSLine25 card The following figure shows OTU2/OTU2e ports on HCPSLine26 card: Figure 169: OTU2/OTU2e Connection- HCPSLine26 Card ©Tejas Networks Ltd.

  • Page 195: Figure 170: Otu2/Otu2E Connection- Hcpsline27 Card

    Connect optical ports on cards The following figure shows OTU2/OTU2e ports on HCPSLine27 card: Figure 170: OTU2/OTU2e Connection- HCPSLine27 Card The following figure shows OTU2/OTU2e ports on HCPSLine31 card: Figure 171: OTUC2/OTUC2e Connection- HCPSLine31 Card ©Tejas Networks Ltd.

  • Page 196: Connect Otuc1/Otuc2 Ports

    1. Identify and label the LC connector cables. 2. Connect the LC connector cables securely to the OTUC1/OTUC2. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 197: Figure 173: Otuc1/Otuc2 Connection- Hcpsline26 Card

    Connect optical ports on cards The following figure shows OTUC1/OTUC2 connection in HCPSLine26 card: Figure 173: OTUC1/OTUC2 Connection- HCPSLine26 Card The following figure shows OTUC1/OTUC2 connection in HCPSLine27 card: Figure 174: OTUC1/OTUC2 Connection- HCPSLine27 Card ©Tejas Networks Ltd.

  • Page 198: Figure 175: Otuc1/Otuc2 Connection- Hcpsline29 Card

    The following figure shows OTUC1/OTUC2 connection in HCPSLine29 card: Figure 175: OTUC1/OTUC2 Connection- HCPSLine29 Card The following figure shows OTUC1 - OTUC6 connection in HCPSLine31 card: Figure 176: OTUC1-OTUC6 Connection- HCPSLine31 Card The following figure shows OTUC1 - OTUC6 connection in HCPSLine32 card: ©Tejas Networks Ltd.

  • Page 199: Figure 177: Otuc1-Otuc6 Connection- Hcpsline32 Card

    Connect optical ports on cards Figure 177: OTUC1-OTUC6 Connection- HCPSLine32 Card The following figure shows OTUC1 - OTUC4 connection in HCPSLine33 card: ©Tejas Networks Ltd.

  • Page 200: Connect Otu4 Ports

    The following figure shows OTUC1 - OTUC4 connection in HCPSLine34 card: Figure 179: OTUC1-OTUC4 Connection- HCPSLine34 Card 11.3.9 Connect OTU4 ports The traffic is received and transmitted from the TJ1600 through OTU4 ports available on HCPSLine12, HCPSLine22, HCPSLine24, HCPSLine27,HCPSLine28, HCPSLine31, ©Tejas Networks Ltd.
  • Page 201 3. Connect the LC connector cables to the OTU4 port. Ensure that retention slide operates to hold the connector in place. 4. Route the cable securely through the cable routers along left side or right side of the rack depending on the position of card. ©Tejas Networks Ltd.

  • Page 202: Figure 180: Otu4 Connection - Hcpsline12 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the OTU4 port connection on HCPSLine12 card: Figure 180: OTU4 Connection - HCPSLine12 Card The following figure shows the OTU4 port connection on HCPSLine22 card: Figure 181: Connecting OTU4 port- HCPSLine22 card ©Tejas Networks Ltd.

  • Page 203: Figure 182: Otu4 Connection - Hcpsline24 Card

    Connect optical ports on cards The following figure shows the OTU4 port connection on HCPSLine24 card: Figure 182: OTU4 Connection - HCPSLine24 Card The following figure shows the OTU4 port connection on HCPSLine27 card: Figure 183: OTU4 Connection- HCPSLine27 Card ©Tejas Networks Ltd.

  • Page 204: Figure 184: Connecting Otu4 Ports- Hcpsline28

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the OTU4 port connection on HCPSLine28 card: Figure 184: Connecting OTU4 ports- HCPSLine28 The following figure shows the OTU4 port connection on HCPSLine31 card: Figure 185: OTU4 Connection - HCPSLine31 Card ©Tejas Networks Ltd.

  • Page 205: Figure 186: Otu4 Connection - Hcpsline32 Card

    Connect optical ports on cards The following figure shows the OTU4 port connection on HCPSLine32 card: Figure 186: OTU4 Connection - HCPSLine32 Card The following figure shows the OTU4 port connection on HCPSLine33 card: Figure 187: OTU4 Connection - HCPSLine33 Card ©Tejas Networks Ltd.

  • Page 206: Figure 188: Otu4 Connection - Hcpsline34 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the OTU4 port connection on HCPSLine34 card: Figure 188: OTU4 Connection - HCPSLine34 Card ©Tejas Networks Ltd.

  • Page 207: Connect Ethernet Ports On Cards

    1. Identify and label the LC connector cables. 2. Connect the LC connector cable securely to the interface on the card. 3. Route the cables through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 208: Figure 189: 10G Connections (Cef-5 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10 Gbps optical interfaces on CEF-5 card: Figure 189: 10G connections (CEF-5 Card) ©Tejas Networks Ltd.

  • Page 209: Figure 190: 10G Connections (Line-31 Card)

    TX electrical port: 1. Identify and label the RJ-45 connector cable. 2. Connect the cable to RJ-45 connector. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 210: Tj1600-6

    2. Identify the chassis slot with CEF-5 card and the port on the card where the cable has to be connected. Ensure that appropriate XFP/SFP+ module is inserted into that port. 3. Connect the cable to the LC connector securely. Ensure that the retention slide operates to hold the connector in place. ©Tejas Networks Ltd.
  • Page 211 Connect Ethernet ports on cards 4. Route the cables through the cable router/guide securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 212: Figure 192: 10Gbps Optical Interfaces On Cef5 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10Gbps optical interfaces on CEF5 card: Figure 192: 10Gbps optical interfaces on CEF5 card ©Tejas Networks Ltd.

  • Page 213: Figure 193: 10Gbps Optical Interfaces On Hcpsline31 Card

    3. Connect the cable to the LC connector securely. 4. Route the cables through the cable router/guide securely along the left side or right side of the rack. Ensure that the retention slide operates to hold the connector in place. ©Tejas Networks Ltd.

  • Page 214: Figure 194: Connecting Cef-5 Card Interface- 1000Base-X

    2. Identify the chassis slot with CEF-5 card and the interfaces on the card where the cables have to be connected. 3. Connect the cable to the RJ-45 connector securely. 4. Route the cables through the cable router/guide securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 215: Connect Ethernet Ports On Optical Tributary Cards

    HCPSLine25, HCPSLine26, and HCPSLine27 cards • 1GE port on HCPULine01 and HCPSLine08 cards • 40GE port on HCPSLine12 card 12.2.1.1 Connect 100 Gbps Optical Ports The traffic is received and transmitted from the TJ1600 through 100GE port available on ©Tejas Networks Ltd.
  • Page 216 1. Identify and label the LC connector cable. 2. Connect the LC connector cable securely to the CFP on 100GE port. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 217: Figure 196: 100Gbps Interface Connection- Hcpsline12 Card

    Connect Ethernet ports on cards The following figure shows 100GE port on HCPSLine12 card: Figure 196: 100Gbps Interface Connection- HCPSLine12 Card ©Tejas Networks Ltd.

  • Page 218: Figure 197: 100G Connection (Hcpsline24 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 100GE port on HCPSLine24 card: Figure 197: 100G Connection (HCPSLine24 Card) ©Tejas Networks Ltd.

  • Page 219: Figure 198: 100Ge Interface Connection- Hcpsline27 Card

    Connect Ethernet ports on cards The following figure shows 100GE port on HCPSLine27 card: Figure 198: 100GE Interface Connection- HCPSLine27 Card ©Tejas Networks Ltd.

  • Page 220: Figure 199: 100G Connection - Hcpsline28 Card

    Perform the following steps to connect LC connector cable to 10 Gbps optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 221: Figure 200: 10G Connection (Hcpsline01 Card)

    Connect Ethernet ports on cards The following figure shows 10 Gbps optical ports on HCPSLine01 card: Figure 200: 10G connection (HCPSLine01 Card) ©Tejas Networks Ltd.

  • Page 222: Figure 201: 10G Connection (Hcpsline03 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10 Gbps optical ports on HCPSLine03 card: Figure 201: 10G connection (HCPSLine03 card) ©Tejas Networks Ltd.

  • Page 223: Figure 202: 10G Connection (Hcpsline08 Card)

    Connect Ethernet ports on cards The following figure shows 10 Gbps optical ports on HCPSLine08 card: Figure 202: 10G connection (HCPSLine08 Card) ©Tejas Networks Ltd.

  • Page 224: Figure 203: 10G Connection (Hcpsline12 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10 Gbps optical ports on HCPSLine12 card: Figure 203: 10G connection (HCPSLine12 Card) ©Tejas Networks Ltd.

  • Page 225: Figure 204: 10G Connection (Hcpsline22 Card)

    Connect Ethernet ports on cards The following figure shows 10 Gbps optical ports on HCPSLine22 card: Figure 204: 10G connection (HCPSLine22 Card) ©Tejas Networks Ltd.

  • Page 226: Figure 205: 10G Connection (Hcpsline25 Card)

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10 Gbps optical ports on HCPSLine25 card: Figure 205: 10G Connection (HCPSLine25 Card) ©Tejas Networks Ltd.

  • Page 227: Figure 206: 10Gbps Inteface Connection- Hcpsline26 Card

    Connect Ethernet ports on cards The following figure shows 10Gbps optical ports on HCPSLine26 card: Figure 206: 10Gbps Inteface Connection- HCPSLine26 Card ©Tejas Networks Ltd.

  • Page 228: Figure 207: 10Gbps Interface Connection- Hcpsline27 Card

    Perform the following steps to connect LC connector cable to 1000BASE-X optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 229: Figure 208: Connecting 1Ge Interface On Hcpuline01 Card

    Connect Ethernet ports on cards The following figure shows 1Gbps ports on HCPULine01 card: Figure 208: Connecting 1GE interface on HCPULine01 card ©Tejas Networks Ltd.

  • Page 230: Figure 209: 1Gbpsconnections (Hcpsline08 Card)

    1. Perform the following steps to connect LC connector cable to 40GE optical port: 2. Identify and label the LC connector cable. 3. Connect the cable to the LC connector securely. 4. 3.Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 231: Figure 210: 40Ge Interface Connection

    • 100GE ports on HCPSLine12, HCPSLine24, HCPSLine27 and HCPSLine28 cards • 10GigE ports on HCPSLine03, HCPSLine12, HCPSLine22, HCPSLine25, HCPSLine26 and HCPSLine27 cards. • GigE ports on HCPSLine08 and HCPSLine22 cards • 40GE ports on HCPSLine12 card ©Tejas Networks Ltd.
  • Page 232 1. Identify and label the LC connector cable. 2. Connect the LC connector cable securely to the CFP on 100GE port. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 233: Figure 211: 100Gbps Interface Connection- Hcpsline12 Card

    Connect Ethernet ports on cards The following figure shows 100GE port on HCPSLine12 card: Figure 211: 100Gbps Interface Connection- HCPSLine12 Card The following figure shows 100GE port on HCPSLine24 card: Figure 212: 100G connection - HCPSLine24 card ©Tejas Networks Ltd.

  • Page 234: Figure 213: 100Gbps Interface Connection- Hcpsline27 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 100GE port on HCPSLine27 card: Figure 213: 100Gbps Interface Connection- HCPSLine27 Card The following figure shows 100GE port on HCPSLine28 card: Figure 214: 100G connection (HCPSLine28 card) ©Tejas Networks Ltd.
  • Page 235 Perform the following steps to connect LC connector cable to 10 Gbps optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 236: Figure 215: 10G Connection - Hcpsline03 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10 Gbps optical ports on HCPSLine03 card: Figure 215: 10G Connection - HCPSLine03 card ©Tejas Networks Ltd.

  • Page 237: Figure 216: 10G Connection - Hcpsline12 Card

    Connect Ethernet ports on cards The following figure shows 10 Gbps optical ports on HCPSLine12 card: Figure 216: 10G Connection - HCPSLine12 card ©Tejas Networks Ltd.

  • Page 238: Figure 217: 10G Connection - Hcpsline22 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10 Gbps optical ports on HCPSLine22 card: Figure 217: 10G connection - HCPSLine22 card ©Tejas Networks Ltd.

  • Page 239: Figure 218: 10G Connection - Hcpsline25 Card

    Connect Ethernet ports on cards The following figure shows 10Gbps optical ports on HCPSLine25 card: Figure 218: 10G connection - HCPSLine25 card ©Tejas Networks Ltd.

  • Page 240: Figure 219: 10Gbps Interface Connection- Hcpsline26 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10Gbps optical ports on HCPSLine26 card: Figure 219: 10Gbps interface connection- HCPSLine26 card ©Tejas Networks Ltd.

  • Page 241: Figure 220: 10Gbps Interface Connection- Hcpsline27 Card

    Perform the following steps to connect LC connector cable to 1000BASE-X optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 242: Figure 221: 1Ge Connection- Hcpsline08 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 1Gbps ports on HCPSLine08 card: Figure 221: 1GE connection- HCPSLine08 card The following figure shows 1Gbps ports on HCPSLine22 card: Figure 222: 1G Connection - HCPSLine22 card ©Tejas Networks Ltd.
  • Page 243 Perform the following steps to connect LC connector cable to 40GE optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 244: Figure 223: 40Ge Interface Connection- Hcpsline27 Card

    2. Face towards front of the chassis, identify the chassis slot with the desired card and port on the card where the cable has to be connected. 3. Connect the LC connector cable to the 100GE port. Ensure that retention slide operates to hold the connector in place. ©Tejas Networks Ltd.
  • Page 245 Connect Ethernet ports on cards 4. Route the cable securely through the cable routers along left side or right side of the rack depending on the position of card. ©Tejas Networks Ltd.

  • Page 246: Figure 224: 100Gbps Interface Connection- Hcpsline12 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 100Gbps optical port on HCPSLine12 card: Figure 224: 100Gbps Interface Connection- HCPSLine12 Card The following figure shows 100Gbps optical ports on HCPSLine24 card: Figure 225: 100G connection - HCPSLine24 card ©Tejas Networks Ltd.

  • Page 247: Figure 226: 100Gbps Interface Connection- Hcpsline27 Card

    Before making port connection, ensure that proper pluggable module has been inserted on to the port. Perform the following steps to connect LC connector cable to 10 Gbps optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. ©Tejas Networks Ltd.
  • Page 248 TJ1600 Product Family Installation and Commissioning Guide v5.0 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 249: Figure 228: 10G Connection - Hcpsline03 Card

    Connect Ethernet ports on cards The following figure shows 10 Gbps optical ports on HCPSLine03 card: Figure 228: 10G connection - HCPSLine03 card The following figure shows 10 Gbps optical ports on HCPSLine12 card: Figure 229: 10G connection- HCPSLine12 card ©Tejas Networks Ltd.

  • Page 250: Figure 230: 10G Connection- Hcpsline22 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 10 Gbps optical ports on HCPSLine22 card: Figure 230: 10G connection- HCPSLine22 card The following figure shows 10 Gbps optical ports on HCPSLine25 card: Figure 231: 10G connection - HCPSLine25 card ©Tejas Networks Ltd.

  • Page 251: Figure 232: 10Gbps Interface Connection- Hcpsline26 Card

    Perform the following steps to connect LC connector cable to 1000BASE-X optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 252: Figure 234: 1G Connection- Hcpsline08 Card

    Perform the following steps to connect LC connector cable to 40GE optical port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 253: Figure 236: 40Ge Interface Connection

    Connect Ethernet ports on cards The following figure shows 40GE port connection on HCPSLine12 card: Figure 236: 40GE interface connection ©Tejas Networks Ltd.
  • Page 254 TJ1600 Product Family Installation and Commissioning Guide v5.0 ©Tejas Networks Ltd.

  • Page 255: Tj1600-11

    Perform the following steps to connect LC connector cable to 8GFC/12GFC ports: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 256: Figure 237: Connecting 8Gfc/12Gfc Ports On Hcpsline12 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 8GFC/12GFC ports on the HCPSLine12 card: Figure 237: Connecting 8GFC/12GFC ports on HCPSLine12 card ©Tejas Networks Ltd.

  • Page 257: Figure 238: Connecting 8Gfc Ports On Hcpsline22 Card

    Connect fiber channel ports on cards The following figure shows 8GFC ports on HCPSLine22 card: Figure 238: Connecting 8GFC ports on HCPSLine22 card ©Tejas Networks Ltd.

  • Page 258: Figure 239: Connecting 12Gfc Ports On Hcpsline22 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 12GFC ports on HCPSLine22 card: Figure 239: Connecting 12GFC ports on HCPSLine22 card ©Tejas Networks Ltd.

  • Page 259: Figure 240: Connecting 8Gfc/12Gfc Ports On Hcpsline25 Card

    Connect fiber channel ports on cards The following figure shows 8GFC/12GFC ports on HCPSLine25 card: Figure 240: Connecting 8GFC/12GFC ports on HCPSLine25 card ©Tejas Networks Ltd.

  • Page 260: Figure 241: Connecting 8Gfc/12Gfc Ports On Hcpsline26 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Connecting 8GFC/12GFC ports - HCPSLine26 card Figure 241: Connecting 8GFC/12GFC ports on HCPSLine26 card ©Tejas Networks Ltd.

  • Page 261: Connect 16Gfc Ports

    Perform the following steps to connect LC connector cable to 16GFC ports: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 262: Figure 243: Connecting 16Gfc Ports On Hcpsline12 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 16GFC ports on HCPSLine12 card: Figure 243: Connecting 16GFC ports on HCPSLine12 card ©Tejas Networks Ltd.

  • Page 263: Figure 244: Connecting 16Gfc Ports On Hcpsline26 Card

    Connect fiber channel ports on cards The following figure shows 16GFC ports on HCPSLine26 card: Figure 244: Connecting 16GFC ports on HCPSLine26 card ©Tejas Networks Ltd.

  • Page 264: Connect 32Gfc Ports

    Perform the following steps to connect LC connector cable to 32GFC ports: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 265: Figure 246: Connecting 32Gfc Ports On Hcpsline12 Card

    Connect fiber channel ports on cards The following figure shows 32GFC ports on HCPSLine12 card: Figure 246: Connecting 32GFC ports on HCPSLine12 card ©Tejas Networks Ltd.

  • Page 266: Figure 247: Connecting 32Gfc Ports On Hcpsline26 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 32GFC ports on HCPSLine26 card: Figure 247: Connecting 32GFC ports on HCPSLine26 card ©Tejas Networks Ltd.

  • Page 267: Tj1600-6

    13.2.1 Connect 1GFC/2GFC/4GFC ports The traffic is received and transmitted from the TJ1600 through 1GFC/2GFC ports P1 to P10 available on HCPSLine22 card. Before making port connection, ensure that proper pluggable module has been inserted on to the port. ©Tejas Networks Ltd.

  • Page 268: Connect 8Gfc/12Gfc Ports

    Perform the following steps to connect LC connector cable to 8GFC port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 269: Figure 250: Connecting 8Gfc/12Gfc Ports On Hcpsline12 Card

    Connect fiber channel ports on cards The following figure shows 8GFC/12GFC ports on HCPSLine12 card: Figure 250: Connecting 8GFC/12GFC ports on HCPSLine12 card ©Tejas Networks Ltd.

  • Page 270: Figure 251: Connecting 8Gfc/12Gfc Ports On Hcpsline25 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 8GFC/12GFC ports on HCPSLine25 card: Figure 251: Connecting 8GFC/12GFC ports on HCPSLine25 card The following figure shows 8GFC ports on HCPSLine22 card: ©Tejas Networks Ltd.

  • Page 271: Figure 252: Connecting 8Gfc Ports On Hcpsline22 Card

    Connect fiber channel ports on cards Figure 252: Connecting 8GFC ports on HCPSLine22 card The following figure shows 12GFC ports on HCPSLine22 card: Figure 253: Connecting 12GFC ports on HCPSLine22 card The following figure shows 8GFC/12GFC port on HCPSLine26 card: ©Tejas Networks Ltd.

  • Page 272: Figure 254: Connecting 8Gfc/12Gfc Ports Hcpsline26 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 254: Connecting 8GFC/12GFC ports HCPSLine26 card The following figure shows 8GFC/12GFC port on HCPSLine27 card: ©Tejas Networks Ltd.

  • Page 273: Connect 16Gfc Ports

    Perform the following steps to connect LC connector cable to 16GFC port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 274: Figure 256: Connecting 16Gfc Ports On Hcpsline12 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 16GFC ports on HCPSLine12 card: Figure 256: Connecting 16GFC ports on HCPSLine12 card ©Tejas Networks Ltd.
  • Page 275 Connect fiber channel ports on cards The following figure shows 16GFC port on HCPSLine26 card: ©Tejas Networks Ltd.

  • Page 276: Figure 257: Connecting 16Gfc Ports On Hcpsline26 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 257: Connecting 16GFC ports on HCPSLine26 card The following figure shows 16GFC port on HCPSLine27 card: Figure 258: Connecting 16GFC ports on HCPSLine27 card ©Tejas Networks Ltd.

  • Page 277: Connect 32Gfc Ports

    Perform the following steps to connect LC connector cable to 32GFC port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 278: Figure 259: Connecting 32Gfc Ports On Hcpsline12 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 32GFC ports on HCPSLine12 card: Figure 259: Connecting 32GFC ports on HCPSLine12 card ©Tejas Networks Ltd.

  • Page 279: Figure 260: Connecting 32Gfc Ports On Hcpsline26 Card

    Connect fiber channel ports on cards The following figure shows 32GFC port on HCPSLine26 card: Figure 260: Connecting 32GFC ports on HCPSLine26 card The following figure shows 32GFC port on HCPSLine27 card: ©Tejas Networks Ltd.

  • Page 280: Tj1600-2

    Perform the following steps to connect LC connector cable to 1GFC/2GFC/4GFC port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 281: Connect 8Gfc/12Gfc Ports

    Perform the following steps to connect LC connector cable to 8GFC port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 282: Figure 263: Connecting 8Gfc/12Gfc Ports On Hcpsline12 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 8GFC/12GFC ports on HCPSLine12 card: Figure 263: Connecting 8GFC/12GFC ports on HCPSLine12 card The following figure shows 8GFC/12GFC ports on HCPSLine25 card: Figure 264: Connecting 8GFC/12GFC ports HCPSLine25 card ©Tejas Networks Ltd.

  • Page 283: Figure 265: Connecting 8Gfc Ports On Hcpsline22

    Connect fiber channel ports on cards The following figure shows 8GFC ports on HCPSLine22 card: Figure 265: Connecting 8GFC ports on HCPSLine22 The following figure shows 12GFC ports on HCPSLine22 card: Figure 266: Connecting 12GFC ports on HCPSLine22 card ©Tejas Networks Ltd.

  • Page 284: Connect 16Gfc Ports

    Perform the following steps to connect LC connector cable to 16GFC port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 285: Figure 269: Connecting 16Gfc Ports On Hcpsline12 Card

    Connect fiber channel ports on cards The following figure shows 16GFC ports on HCPSLine12 card: Figure 269: Connecting 16GFC ports on HCPSLine12 card The following figure shows 16GFC ports on HCPSLine26 card: Figure 270: Connecting 16GFC ports on HCPSLine26 card ©Tejas Networks Ltd.

  • Page 286: Connect 32Gfc Ports

    Perform the following steps to connect LC connector cable to 32GFC port: 1. Identify and label the LC connector cable. 2. Connect the cable to the LC connector securely. 3. Route the cable through the cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 287: Figure 272: Connecting 32Gfc Ports On Hcpsline12 Card

    Connect fiber channel ports on cards The following figure shows 32GFC ports on HCPSLine12 card: Figure 272: Connecting 32GFC ports on HCPSLine12 card The following figure shows 32GFC ports on HCPSLine26 card: Figure 273: Connecting 32GFC ports on HCPSLine26 card ©Tejas Networks Ltd.

  • Page 288: Figure 274: Connecting 32Gfc Ports On Hcpsline27 Card

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows 32GFC ports on HCPSLine27 card: Figure 274: Connecting 32GFC ports on HCPSLine27 card ©Tejas Networks Ltd.

  • Page 289: Connect Ports On Dwdm Cards

    If the rack holes are square and un-threaded, attach four cage nuts over the holes in the rack post as shown in the following figure. Two cage nuts on rear side of the holes on each rack post. ©Tejas Networks Ltd.

  • Page 290: Install The Optical Adapter Card

    Optical adapter card HCPADP01 is used to split a slot in TJ1600 chassis to 2/3rd + 1/3rd slots and HCPADP02 is used to split a slot in TJ1600 chassis to 1/2 + 1/2 slots. The divided slots have backplane support to install the following cards: ©Tejas Networks Ltd.

  • Page 291: Figure 277: Hcpadp01 With Mdu-8 Card

    The following figure shows the installed FPUADP01 card with FPU01 housed in 2/3rd slot of HCPADP01 on the chassis: Figure 278: FPUADP01 with FPU01 card in 2/3rd slot of HCPADP01 The following figure shows HCPADP02 card with OADM card: Figure 279: HCPADP02 card with OADM cards ©Tejas Networks Ltd.

  • Page 292: Connect Ports On Ofa Card

    For monitor port connection, connect the LC connector cable to the monitor port on OFA card. Connect the other end of the cable to a power monitoring card/unit. 4. Route the cables securely through cable routers/guides along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 293: Connect High Power Ofa Ports

    2. Connect the cable to the RJ-45 connector port on respective ports and ensure that the retention slide operates to hold the connector in place. 3. Route the cable through cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.

  • Page 294: Connect Mdu8-D Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 295: Connect Mdu16-D Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 296: Connect Mdu40 Ports

    1U of vertical space in a 19-inch sub-rack. It is used with TJ1600 platform for aggregating multiple channels in the optical domain. This section covers the connections for Add/Drop ports, Monitor port, and Common port that have to be performed on a MDU40 unit. ©Tejas Networks Ltd.

  • Page 297: Figure 284: Port Connectivity Diagram For Mdu-40E-C-100G Unit

    Multiplexer/demultiplexer unit as shown in the following figure: Figure 284: Port connectivity diagram for MDU-40E-C-100G unit 3. While routing the cables, route through cable guides/routers securely along the left side or right side of the rack for better cable management. ©Tejas Networks Ltd.

  • Page 298: Connect Clmdu Ports

    The unit is installed in a standalone mode, requiring 1U of vertical space in a 19-inch sub-rack. It is used with TJ1600 platform for aggregating multiple channels in the optical domain. ©Tejas Networks Ltd.
  • Page 299 — For Common port connection, connect the LC connector cable to the Tx and the Rx of Common port on MDU96 unit. Ensure that the retention slide operates to hold the connector in place. ©Tejas Networks Ltd.

  • Page 300: Connect Oadm Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 301: Connect Roadm Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 302: Nect Opm Ports

    Perform the following steps to connect the cables to the ports on OPM card: 1. Identify and label the LC connector cables. 2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. ©Tejas Networks Ltd.

  • Page 303: Connect Optical Pscm Ports

    2. Connect the LC connector cable to the Tx and the Rx end of that port. Ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 304: Figure 291: Interface Connection- 1X5 Pscm

    TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the ports on 1x8 PSCM: The following figure shows the ports on 1x5 PSCM: Figure 291: Interface connection- 1x5 PSCM ©Tejas Networks Ltd.

  • Page 305: Connect Ofm Unit

    — ip-service config [ipv4] gateway-address <gateway> 4. Apply the changes by initiating a warm restart of the node by entering: — reboot warm 5. The session closes as the node reboots. The node now has a static IP address. ©Tejas Networks Ltd.

  • Page 306: Connecting Voa Ports

    Ensure that the retention slide operates to hold the connector in place. Note: Connect Rx cable first and then the Tx cable. 3. Route the cables through cable routers securely along the left or right side of the rack. The following figure shows the ports on VOA-8-C card. ©Tejas Networks Ltd.

  • Page 307: Connect Ports On (Fpu01/Fpu02) Card

    2. Connect the LC connector cable to the Tx and the Rx end of that port. Ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 308: Connect Oscf Ports

    OADM, and intermediate line amplifier (ILA) sites where the OFA are used. Perform the following steps to connect the cables to the add drop module ports on Optical Supervisory Channel Filter (OSCF): 1. Identify and label the LC connector cables. ©Tejas Networks Ltd.
  • Page 309 2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.
  • Page 310 TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the ports on OSCF-S51 card: Figure 296: Interface connection- OSCF-S51 ©Tejas Networks Ltd.

  • Page 311: Connecting Dcm Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 312: Connecting Otdr Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. The following figure shows the ports on OTDR-2 card: ©Tejas Networks Ltd.
  • Page 313 Connect ports on DWDM cards Figure 300: Port connectivity of OTDR-2 card ©Tejas Networks Ltd.
  • Page 314 TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the ports on OTDR-4 card: Figure 301: Port connectivity of OTDR-4 card ©Tejas Networks Ltd.

  • Page 315: Connecting Otdrf Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left side or right side of the rack. ©Tejas Networks Ltd.
  • Page 316 TJ1600 Product Family Installation and Commissioning Guide v5.0 The following figure shows the ports on OTDRF-2 card: Figure 303: Port connectivity of OTDRF-2 card ©Tejas Networks Ltd.
  • Page 317 Connect ports on DWDM cards The following figure shows the ports on OTDRF-4 card: Figure 304: Port connectivity of OTDRF-4 card ©Tejas Networks Ltd.

  • Page 318: Connecting 1625 Coupling Wdm Ports

    2. Connect the cable to the LC connectors and ensure that the retention slide operates to hold the connector in place. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.

  • Page 319: Connecting C+L Coupler Clf-S And Clf-D

    It has two C+L band filters for add and drop direc- tion. Card occupies ½ slot goes in ADP02 card. 3. Route the cables through cable routers securely along the left or right side of the rack. ©Tejas Networks Ltd.
  • Page 320 TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 307: Port connectivity of CLF-S Figure 308: Port connectivity of CLF-D ©Tejas Networks Ltd.

  • Page 321: Commission The Node

    4. Ensure the PC is configured in the same LAN as the node. Follow these steps to configure the node's Ethernet IP, subnet mask, router ID, and rate: 1. Click Initialize Node Parameters. The Configure Slat Node page appears. ©Tejas Networks Ltd.
  • Page 322 4. Click Submit. The Initialize Node Parameters page of TJ1600-2 appears as shown in the following figure: Figure 309: Initialize node parameters- TJ1600 Type-2SR Following figure shows the Initialize Node Parameters page of TJ1600-6: Figure 310: Initialize node parameters - TJ1600-6 ©Tejas Networks Ltd.
  • Page 323 6. Enter the functional router ID of he network in the Router ID field. 7. In the Ethernet IP field, the IP address must be entered. The Ethernet IP of each node in the network must be unique. ©Tejas Networks Ltd.
  • Page 324 IP address for the node. Software version appears in the description field of the default WUI page. The software version is in the format x.y, where x is the major release and y is the minor release. ©Tejas Networks Ltd.

  • Page 325: Connect Pc To Lan/Nms Port Of The Node

    1st time then use any one of the following address for PC based on the product: * for TJ1600-2 and TJ1600-11, range must be from 192.168.1.1 to 192.168.1.249 * for TJ1600-6, range must be from 192.168.1.1 to 192.168.1.253. ©Tejas Networks Ltd.

  • Page 326: Download Software From Slat Page

    FPGAs to get programmed on the NE. Note: After restoring the new database, the node requires a hard reboot for the new configuration to take effect. You can verify the software version from the description ©Tejas Networks Ltd.

  • Page 327: Log Into An Uncommissioned Node

    The navigation menu of the node appears. The node view is the default page of the WUI. If the default page of the WUI does not appear or login failed, check whether the user id and password entered are correct. The user ID and the password rules are as follows: ©Tejas Networks Ltd.

  • Page 328: Set Node Date And Time

    6. Click Submit. Changes are applied and a confirmation message appears. Note: Set the timing server of stratum level to 14 or less than 10. The node does not synchronize to the server if the stratum level is not within the specified range. ©Tejas Networks Ltd.

  • Page 329: Verify The Serial Numbers Of Cards And Pluggable Modules Of The Node

    7. Click Submit. The changes are applied and a confirmation message appears. Setting time server for a node 1. Click System Time in the navigation pane. 2. Click Set Time Server link. Set Time Server page appears. 3. Enable the field NTP Client Enable. ©Tejas Networks Ltd.

  • Page 330: Synchronization Reference Clock Source For The Node

    The Backup configuration page appears. 2. Enter the parameters specified in the Backup Configuration parameters table. 3. Click Submit. 4. Click Accept Valid Modifications. A confirmation page displaying the successful completion of backup operation appears. ©Tejas Networks Ltd.

  • Page 331: Table 11: Backup Configuration Parameters

    Restore configuration data command. For a Linux system, FTP server is inbuilt. For Windows system, install any third party server such as 3Cdaemon server along with the provided IIS server. The following table describes the restore configuration parameters: ©Tejas Networks Ltd.

  • Page 332: Table 12: Restore Configuration Parameters

    CAUTION: The restoration of configuration data of a node is service disruptive. The new configuration data requires backup. Restoration could be done from a system which has an FTP server. ©Tejas Networks Ltd.

  • Page 333: General Configuration

    ID and Ethernet IP as follows: — Router ID: Enter the Router ID (Ex: 192.168.254.2). — Ethernet IP: Enter the Ethernet IP of the other vendor's node (Ex: 192.168.2.254). Following figure illustrates PC connected to the node in a network: ©Tejas Networks Ltd.

  • Page 334: Configure Ospf Parameters

    2. Click the desired VCG. The Provisioning VCG Interface preview pane appears. 3. Select/Enter values referring to Provisioning VCG Parameters table. 4. Click Submit. A confirmation preview pane appears. Click Accept Valid Modifica- tions. A Successfully Modified message appears. ©Tejas Networks Ltd.

  • Page 335: Table 13: Provisioning Vcg Parameters

    • Disable to enable or disable virtual concatenation (VCAT). • Enable: VCAT is enabled. • Disable: VCAT is disabled. • Operating Granularity of the signals as chosen VC-4 • Granularity while configuring the ETH card. • VC12 ©Tejas Networks Ltd.

  • Page 336: Add New Vc To Vcg

    16.5 Add new VC To VCG To add new VC to VCG, perform the following steps: 1. Click Configuration > Facilities > VCG. The VCG interface configuration page appears. 2. Click VCG to be configured. Provisioning VCG Interface page appears. ©Tejas Networks Ltd.

  • Page 337: Configure Stm Port

    4. Click Submit. A confirmation message appears. 5. Click Accept Valid Modifications. A Successfully Modified message appears under the Warnings field. — A Back link directs you to Provision interface preview pane of the same interface. ©Tejas Networks Ltd.

  • Page 338: Table 14: Provision Interface- Stm Parameters

    Mapping Allows you to select the Mapping Not Applicable Type mapping type from the drop Applicable • AMP Mapping down list. • BMP Mapping Note: In case of TTM enabled STM-64 port, only 'AMP Mapping' is supported. ©Tejas Networks Ltd.
  • Page 339 • Transmit J0 Allows you to select the • Length transmit length of Regenerator Section/Section trace. Expected J0 Allows you to enter the abcdabcdabcd Any alphanumeric value expected received Regenerator Section/Section trace value. ©Tejas Networks Ltd.
  • Page 340 1e-4 Signal Fail BER thresholds. • 1e-5 • Enable: Enables selecting Threshold • Disable the threshold, on crossing, (B2) which Signal Fail alarm is raised for errors detected by • Disable: Signal Fail BER Thresholds are disabled. ©Tejas Networks Ltd.
  • Page 341 Performance Monitoring counts crossing the threshold value. The thresholds are changed from the TCA Settings for 1-day duration link on same page. • Disable: TCA are disabled. • Default: Default values for the thresholds are used. ©Tejas Networks Ltd.
  • Page 342 Displays the number of unreserved VC4_64c channels. Miscellaneous Operate on Allows you to select/unselect Note: This All AUGs the check box for bulk parameter is enabling/disabling of AUGs. not applicable if TTM is enabled on a provided port. ©Tejas Networks Ltd.

  • Page 343: Configure Ethernet Interfaces

    — QL Mode — Output QL mode — reversion mode — WTR time — output QL — min QL Click Submit. 2. Click Nominate timing reference. Provide the second reference source and assign the second priority to it. ©Tejas Networks Ltd.
  • Page 344 To provision the alarm history, click Faults > Event history in the navigation • pane. • To view and change the severity of alarms, click Faults > Alarm Severity in the navigation pane. After the change in severity, an asterisk appears before the alarm name. ©Tejas Networks Ltd.

  • Page 345: Multi Shelf Configuration

    4. Route the NMS cables through the cable routers securely along the left side or right side of the rack. 5. The two subtended chassis connected to main can be connected to other slave chassis using the unused NMS1/NMS2 port of connected subtended chassis. ©Tejas Networks Ltd.

  • Page 346: Configure Subtended Shelf From Slat Page

    17.2 Configure subtended shelf from SLAT page Subtended shelf is configurable from SLAT page when the multi shelf option is enabled on the main shelf configuration. Ensure the LAN cable is physically connected between main and subtended shelf. ©Tejas Networks Ltd.
  • Page 347 3. Enter the subtended shelf id same as pre-configured from main shelf UI. Figure 316: Configure Slat page - subtended shelf 4. Click Submit. A confirmation page appears. 5. Click Accept Valid Modifications. A node reboot warning appears. ©Tejas Networks Ltd.

  • Page 348: System Test Procedures

    4. Connect the transmit (Tx) and the receive (Rx) of Test Set to the Rx and Tx of port P1 respectively on HCPULine01 card. Connect the Tx and Rx of port P2 to Rx and Tx of port P4 respectively. Similarly, connect ports P3 and P5, P6 and P8, P7 and P9, ©Tejas Networks Ltd.
  • Page 349 Click PortGroups link and configure all four Port Groups in 2xSTM-16 configuration. b. Go to Configuration > Cross-Connect. The Configure Cross-connects page appears. Click Add Cross-connect and provision a cross connect of VC4 capacity with Source Port as STM-1/4 port P1 and Destination Port as STM-1/4 ©Tejas Networks Ltd.

  • Page 350: Procedure For Testing Gige Interfaces Of Hcpuline01 In Eos Mode

    Setup for Testing HCPULine01 - GIGE Ports in EoS Mode. 4. Connect optical cables between P2-P3, P4-P6, P7-P8, P9-P11, P12-P13, P14-P16, P17-P18, and terminal loopback for P19 of HCPULine01 card. 5. Connect optical cables between ports STM-P1 and STM-P2 of HCPSLine01 card. ©Tejas Networks Ltd.

  • Page 351: Table 16: Vcg Association

    11. Record the result in Test Performance for HCPULine01 card. The result veri- fies that all the optical ports are functioning correctly. Table 16: VCG Association Port Number STM# 1 (P1) 1 (P2) 2 (P1) 2 (P2) ©Tejas Networks Ltd.

  • Page 352: Table 17: Test Performance - Hcpuline01 Card

    Table 17: Test Performance - HCPULine01 Card Port Result Number STM-1 STM-4 STM-16 GIGE Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable ©Tejas Networks Ltd.

  • Page 353: Testing Hcpsline01 Card

    2. Insert a working HCPSLine01 card in supported slot. 3. Connect test set to port P1. The test set up is as shown in the following figure: 4. Connect terminal loopback at port P2 of HCPSLine01 card. ©Tejas Networks Ltd.

  • Page 354: Procedure For Testing In Eos Mode

    2. Insert a working HCPSLine01 card in supported slot. 3. Connect test set to port P1. The test set up is as shown in the following figure. 4. Connect terminal loopback at port P2 of HCPSLine01 card. ©Tejas Networks Ltd.

  • Page 355: Test Hcpsline03 Card

    18.3.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.

  • Page 356: Procedure For Testing In Sdh Gateway Card Mode

    4. Connect optical fiber between ports P3 and P4. 5. Connect Loopback at port P2. The overall setup diagram is as follows: Figure 321: Setup for testing in SDH Gateway/SDH FEC mode 6. In the node UI, perform the following steps: ©Tejas Networks Ltd.

  • Page 357: Testing Procedure In Otn Flexicard Mode

    1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine03 card in supported slot. 3. Connect the test set to the port P1. 4. Loopback at port P2. 5. Connect optical fiber cables between ports, P3 and P4. ©Tejas Networks Ltd.
  • Page 358 P2 and port P4. Click Submit and accept modifications. 8. Feed the STM-64/OC-192 traffic from the Test set to the port P1 9. Monitor the Rx signal at port P1. Verify that no frames are lost. ©Tejas Networks Ltd.

  • Page 359: Testing Procedure In Intracard Transponder Mode

    1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine03 card in supported slot. 3. Connect the test set to the port P1. 4. Loopback at port P2. 5. Connect optical fiber cables between ports P3 and P4. ©Tejas Networks Ltd.
  • Page 360 10GE-LAN, configure interfaces P3 and P4 to OTU2e. b. Admin up all the interfaces. c. Create Transponder configuration. Go to OTN > Transponder/Muxponder > View/ProvisionTransponder/ Muxponder in the navigation pane. The View Transponder/Muxponder preview pane appears. Click Create a new Transponder/Muxponder link. Select ©Tejas Networks Ltd.

  • Page 361: Test Hcpsline08 Card

    Keep all unused optical connectors capped. 18.4.2 Procedure for Testing in SDH Gateway card mode Follow this procedure to test the HCPSLine08 card: 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine08 card in supported slot. ©Tejas Networks Ltd.
  • Page 362 Source Port as P3 and Destination Port as P1. Similarly, create other cross-connects as mentioned in the Cross-connects Provisioning- HCPSLine08 (SDH GATEWAY Card) table. 7. Feed the STM-16/OC-48 traffic from the Test set to the interface P3 of HCPSLine08 card. ©Tejas Networks Ltd.

  • Page 363: Procedure For Testing In Otn Flexicard Mode

    Not Applicable 18.4.3 Procedure for Testing in OTN FlexiCard mode Follow this procedure to test the HCPSLine08 card; 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine08 card in supported slot. ©Tejas Networks Ltd.
  • Page 364 6. In the node UI, perform following steps: a. Go to Inventory > Node Inventory in the navigation pane and Click the Slot number link corresponding to HCPSLine08 card.The HCPSLine08 Aggregate Card page appears. On this page perform following configurations: ©Tejas Networks Ltd.

  • Page 365: Table 24: Odu Connections

    ODU0k-1-2-8-0 ODU0j-1-2-2-3 P9 to P1 ODU0k-1-2-9-0 ODU0j-1-2-1-4 P10 to P2 ODU0k-1-2-10-0 ODU0j-1-2-2-4 P11 to P1 ODU0k-1-2-11-0 ODU0j-1-2-1-5 P12 to P2 ODU0k-1-2-12-0 ODU0j-1-2-2-5 P13 to P1 ODU0k-1-2-13-0 ODU0j-1-2-1-6 P14 to P2 ODU0k-1-2-14-0 ODU0j-1-2-2-6 P15 to P1 ODU0k-1-2-15-0 ODU0j-1-2-1-7 ©Tejas Networks Ltd.

  • Page 366: Procedure For Testing Hcpsline08 Interfaces In

    3. Connect the Tx of the Test set to the port Rx of port P3 and Rx of the Test set to the port Tx of port P14. 4. Connect optical fiber cables between ports as shown in the set up. ©Tejas Networks Ltd.
  • Page 367 5. In the node UI, perform following steps: a. Go to Inventory > Node Inventory in the navigation pane and click the slot number link corresponding to HCPSLine08 card. The HCPSLine08 Aggregate Card page appears. On this page perform following configurations: ©Tejas Networks Ltd.

  • Page 368: Table 26: Time Slots And Tpn - Hcpsline08 (Muxponder Mode)

    P1 - 2 P1 - 3 P1 - 4 P2 - 1 P2 - 2 P2 - 3 P2 - 4 P1 - 5 P1 - 6 P1 - 7 P1 - 8 P2 - 5 P2 - 6 ©Tejas Networks Ltd.

  • Page 369: Table 27: Test Performance- Hcpsline08 Card

    Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.

  • Page 370: Procedure For Testing In Muxponder Mode

    3. Connect the Tx of the Ethernet test set to the Rx of port P4 and Rx of Ethernet test set to the Tx of port P13 as shown in the set up. 4. Connect optical fiber cables between the ports as shown in the following setup: 5. Do the following as appropriate: ©Tejas Networks Ltd.
  • Page 371 » Select the Type as muxponder and Network Port as OTU4 from the drop down menu options. » Click Add a Client Port to add 10 client interfaces that is P4 to P13. Select the client interface from drop down menu and select the TS (Time Slot) and the TPN (Tributary ©Tejas Networks Ltd.

  • Page 372: Table 28: Time Slots And Tpn - Hcpsline12 (Muxponder Mode)

    9 to 16 17 to 24 25 to 32 33 to 40 41 to 48 49 to 56 57 to 64 65 to 72 73 to 80 Table 29: Test Performance- HCPSLine12 Card Port Number Result P1/P2 ©Tejas Networks Ltd.

  • Page 373: Procedure For Testing In Flexi 100G Plus 10X10G To 1X Otu4

    Click Ports Configuration and select the desired configuration for each interface. Click Submit and accept modifications. Note: When Port P2 is configured to 100GE, other client ports that is P4 to P13 cannot be used. d. Create Muxponder configuration. ©Tejas Networks Ltd.

  • Page 374: Table 30: Test Performance- Hcpsline12 Card

    In the node UI, perform following steps: 1. Go to Inventory > Node Inventory in the navigation pane and Click the Slot number link corresponding to HCPSLine12 card.The HCPSLine12 Intelligent Card page appears. On this page perform following configurations: ©Tejas Networks Ltd.

  • Page 375: Table 31: Time Slots And Tpn - Hcpsline12 Card

    7. Monitor the traffic on the test set received. Verify that no frames are lost. Table 31: Time slots and TPN - HCPSLine12 card Port No. Time Slot 1 to 40 41 to 48 49 to 56 57 to 64 65 to 72 73 to 80 ©Tejas Networks Ltd.

  • Page 376: Procedure For Testing In Flexi 2X40G Plus 10X10G To 1X Otu4

    Case 1: Configure port P2, P3 to 40GE, P4, P5 to 10GE and port 1 to OTU4. The overall setup is as follows: Figure 330: Test setup- Flexi 2x40G plus 10x10G to OTU4 Muxponder In the node UI, perform following steps: ©Tejas Networks Ltd.

  • Page 377: Table 33: Test Performance- Hcpsline12 Card

    Case 2: User can configure port P2, P3 to 40GE and any 8 ports between P4 to P13 to 10GE by choosing the minimum time slots for 40GE port. The procedure is explained for 8 time slots for each port P2 and P3, user can choose the desired time slots between 1 to 31. ©Tejas Networks Ltd.
  • Page 378 Muxponder in the navigation pane. The View Transponder/Muxponder preview pane appears. Click Create a new Transponder/Muxponder link. b. Select the Type as muxponder and Network Port as OTU4 from the drop down menu options. c. To Add a client port, perform the following steps. ©Tejas Networks Ltd.

  • Page 379: Testing Hcpsline20 Card

    The following precautionary measures have to be taken: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.

  • Page 380: Procedure For Testing Stm-16 Interfaces In Sdh Only Mode

    18.6.2 Procedure for testing STM-16 Interfaces in SDH only mode 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine20 card in supported slot. 3. Connect the test set up as shown in the following figure. ©Tejas Networks Ltd.
  • Page 381 Provision cross-connects between ports P1 and P2, P3 and P4, P5 and P6, P7 and P8, P9 and P10 and so on for all the 32 ports. » Go to Configuration > Cross-Connect, the Configure Cross-connects page appears. Click Add Cross-connect and provision a cross connect of VC4/ VC4_4c/ ©Tejas Networks Ltd.

  • Page 382: Test Hcpsline22 Card

    7. Record the result in Test Performance - HCPSLine20 card. The result verifies that all the optical ports are functioning correctly. Table 35: Test Performance- HCPSLine20 Card Port Number Result 18.7 Test HCPSLine22 card This procedure helps you perform the testing traffic on interfaces of HCPSLine22 card. ©Tejas Networks Ltd.

  • Page 383: Before You Start

    18.7.2 Procedure for testing 10x10G 1x100G tributary and cross-connect 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine22 card in supported slot. 3. Connect the test set up as shown in the following figure: ©Tejas Networks Ltd.
  • Page 384 4. In the node UI, perform following steps: a. Go to Inventory > Node Inventory in the navigation pane and click the Slot number link corresponding to HCPSLine22 card,the HCPSLine22 Aggregate Card page appears. Perform the following configurations on this page. ©Tejas Networks Ltd.

  • Page 385: Procedure For Testing 10X10G Flexi Tributary And Cross-Connect

    1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine22 card in supported slot. 3. Connect the test set up as shown in the following figure. The overall setup is as follows: ©Tejas Networks Ltd.
  • Page 386 Directionality as 2WAY, Source ODU and Destination ODU. 5. Feed the desired traffic from the Test set to the port P3. 6. Monitor the Rx signal at port P8 connected to the Test set. Verify that no traffic is lost. ©Tejas Networks Ltd.

  • Page 387: Procedure For Testing In Muxponder Mode

    Configuration. Click Submit and accept modifications. » Configure ports P1 to P10 to STM-64/10GE-LANOTU2/OTU2e. Click Ports Configuration and select the desired port configuration for each port. Click Submit and accept modifications. » Admin Up the required ports. b. Create Muxponder configuration. ©Tejas Networks Ltd.

  • Page 388: Table 37: Time Slots And Tpn - Hcpsline22 (Muxponder Mode)

    9 to 16 17 to 24 25 to 32 33 to 40 41 to 48 49 to 56 57 to 64 65 to 72 73 to 80 Table 38: Test Performance - HCPSLine22 card Port Number Result ©Tejas Networks Ltd.

  • Page 389: Procedure For Testing Hcpsline22 In Transponder Mode

    4. In the node UI, perform following steps: a. Go to Inventory > Node Inventory in the navigation pane and Click the Slot number link corresponding to HCPSLine22 card, HCPSLine22 Aggregate Card page appears. Perform the following configurations on this page. ©Tejas Networks Ltd.

  • Page 390: Procedure For Testing Stm-64 Interfaces In 10X10G Sdh Flexi Mode

    18.7.6 Procedure for testing STM-64 interfaces in 10x10G SDH Flexi Mode 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine22 card in supported slot. 3. Connect the test set up as shown in the following figure. ©Tejas Networks Ltd.
  • Page 391 Click Add Cross-connect and provision a cross connect of VC4_64c capacity with Source Port as port P1 and Destination Port as port P2. Similarly, create cross-connects for other ports also. 5. Feed the STM-64 traffic from the Test set to the port P1. ©Tejas Networks Ltd.

  • Page 392: Procedure For Testing Hcpsline22 In 10X10G Otn And 1X100G Otn

    4. In the node UI, perform the following steps: a. Go to Inventory > Node Inventory in the navigation pane and click Slot 1 number link corresponding to HCPSLine22 card in 1st slot, HCPSLine22 Aggregate Card page appears. Perform the following configurations on this page: ©Tejas Networks Ltd.
  • Page 393 OTU4 port of HCPSLine22 on 2nd slot. » Go to OTN > ODU Connections and click Create New Connection. Select Capacity as ODU2e, enter the name of Circuit Identifier, Directionality as 2WAY, Source ODU and Destination ODU. The Source ODU and Destination ODU ©Tejas Networks Ltd.

  • Page 394: Table 39: Test Performance - Hcpsline22 Card

    6. Monitor the Rx signal at port P10 connected to the Test set. Verify that no traffic is lost. 7. Record the result in Test Performance for HCPSLine22 card. The result verifies that all the optical ports are functioning correctly. Table 41: Test performance - HCPSLine22 card Port Number Result ©Tejas Networks Ltd.

  • Page 395: Test Hcpsline24 Card

    18.8.1 Procedure for testing HCPSLine24 in Transponder Mode 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine24 card in supported slot. 3. Connect the test set up as shown in the following figure. ©Tejas Networks Ltd.

  • Page 396: Test Hcpsline25 Card

    Table 42: Test performance- HCPSLine24 card Port Number Result 18.9 Test HCPSLine25 card This procedure helps you to perform the testing traffic on interfaces of HCPSLine25 card. 18.9.1 Before you start Take the following precautionary measures: ©Tejas Networks Ltd.

  • Page 397: Procedure For Testing In Transponder Mode

    18.9.2 Procedure for testing in TRANSPONDER mode 1. Insert a working controller card in supported slot. 2. Insert a working HCPSLine25 card in supported slot. 3. Connect the test set up as shown in the following figure. ©Tejas Networks Ltd.
  • Page 398 » Select the Type as transponder, and Network Port as OTU2/OTU2e from drop down. » Select the Client Port from the drop down menu. Click Create. 5. Feed the traffic from the Test set to the port P11. ©Tejas Networks Ltd.

  • Page 399: Table 43: Test Performance - Hcpsline25 Card

    18.10.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 400 3. Connect the Tx of the Ethernet test set to the Rx of port P2 and Rx of Ethernet test set to the Tx of port P21 as shown in the set up. 4. Connect optical fiber cables between the ports as shown in the following setup: ©Tejas Networks Ltd.
  • Page 401 » Configure interface P1 to OTUC2 interfaces and P2 to P21 to STM-64/10GE-LAN/ OTU/OTU2e. Note that only one port can be changed at a time. Click Ports Configuration and select the desired configuration for each interface. Click Submit and accept modifications. b. Create two logical OTU4 channels: ©Tejas Networks Ltd.

  • Page 402: Table 44: Time Slots And Tpn - Hcpsline26 (Muxponder Mode)

    25 to 32 33 to 40 41 to 48 49 to 56 57 to 64 65 to 72 73 to 80 81 to 88 89 to 96 96 to 104 105 to 112 113 to 120 121 to 128 ©Tejas Networks Ltd.

  • Page 403: Table 45: Test Performance- Hcpsline26 Card

    This procedure helps you to perform the testing traffic on interfaces of HCPSLine27 card. 18.11.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. ©Tejas Networks Ltd.
  • Page 404 Tx of port P3 as shown in the set up. 4. Connect optical fiber cables between the ports as shown in the following setup: Figure 342: Test Setup- 2xFlexi 100G to 2xOTU4 Transponder 5. Loopback at port P1. 6. In the node UI, perform following steps: ©Tejas Networks Ltd.

  • Page 405: Table 46: Test Performance- Hcpsline27 Card

    18.11.3 Procedure to test Line27 in 10X10G to OTU4 + flexi 100G to OTU4 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine27 card in supported slot. The overall setup is as follows: ©Tejas Networks Ltd.
  • Page 406 » Configure interfaces interface P1 to OTUC2, P2 to 100GE and P4-P13 STM-64/10GE/ OTU2/OTU2e/8GFC/12GFC. Note that only one port can be changed at a time. Click Ports Configuration and select the desired configuration for each interface. Click Submit and accept modifications. b. Create two logical OTU4 channels: ©Tejas Networks Ltd.

  • Page 407: Table 47: Test Performance- Hcpsline27 Card

    This procedure helps you to perform the testing traffic on interfaces of HCPSLine28 card. Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. ©Tejas Networks Ltd.
  • Page 408 18.12.1 Procedure for testing 2x100G TRANSPONDER OTU4 NP mode 1. Insert a working cross connect card in supported slot. 2. Insert a working HCPSLine28 card in supported slot. 3. Connect the test set up as shown in the following figure: ©Tejas Networks Ltd.
  • Page 409 HCPSLine28-<Ci>-<si> and Type as Transponder from the drop down. 5. Feed the traffic from Test set to Port P2. 6. Monitor the Rx signal at port P2 connected to the Test set. Verify that no traffic is lost. ©Tejas Networks Ltd.
  • Page 410 Keep all unused optical connectors capped. 18.13.1 Points to remember • No system level alarms should be present on the node. • For detailed configuration procedure, refer to TJ1600 Product Family User Interface Guide of this release. ©Tejas Networks Ltd.
  • Page 411 3. In the node UI, perform the following steps: a. Go to Inventory > Node Inventory in the navigation pane and click the Slot number link corresponding to HCPSLine29 card, HCPSLine29 Aggregate Card page appears. Perform the following configurations on this page. ©Tejas Networks Ltd.

  • Page 412: Table 48: Test Performance - Hcpsline29 Card

    Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 413 Connect the Tx of the Ethernet Test Set-1 to the Rx of port P3 and Rx of Ethernet Test Set-1 to the Tx of port P14. b. Connect optical fiber cables between user-network interface (UNI) ports P3 to P14 in Tandem connection. c. Connect physical loopbacks at network-network interface (NNI) port P2. ©Tejas Networks Ltd.
  • Page 414 ODUC1 Connections on HCPSLine31. 5. Feed the 100GE traffic from the Test set to the port P3. 6. Monitor the Rx signal at port P14 connected to the Test set. Verify that no traffic is lost. ©Tejas Networks Ltd.

  • Page 415: Table 49: Oduc1 Connections On Hcpsline31

    Connect the Tx of the Test Set to the Rx of port P15 and Rx of Test Set to the Tx of port P54. b. Connect optical fiber cables between user-network interface (UNI) ports P15 to P54 in Tandem connection. c. Connect physical loopback at network-network interface (NNI) port P1. ©Tejas Networks Ltd.
  • Page 416 Configure the port P2 channelized interfaces (in previous step) to create logical OTU4 interfaces. » Go to Configuration > Facilities > OTU and Click the ODUC1k-<Ci>-<Si>-55-0 interface corresponding to OTUC1-<Ci>-<Si>-55. On ODUC1k-<Ci>-<Si>-55-0 interface configuration page, select the Client Signal Termination Mode as ©Tejas Networks Ltd.

  • Page 417: Table 50: Muxponder Configurations

    Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 418 Connect optical fiber cables between user-network interface (UNI) ports P3 to P14 in Tandem connection. c. Connect physical loopbacks at network-network interface (NNI) port P2. Follow- ing is the set up for testing 100G ports on HCPSLine32 card. ©Tejas Networks Ltd.
  • Page 419 Capacity as ODUC1, enter the name of Circuit Identifier, Directionality as 2WAY, Source ODU, and Destination ODU. b. The Source ODU and Destination ODU selection for twelve ODU connections is given in the following table as ODUC1 Connections on HCPSLine32. ©Tejas Networks Ltd.

  • Page 420: Table 51: Oduc1 Connections On Hcpsline32

    Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 421 Connect optical fiber cables between user-network interface (UNI) ports P4 to P11 in Tandem connection. c. Connect physical loopbacks at network-network interface (NNI) port P2. Follow- ing is the set up for testing 100G ports on HCPSLine33 card. ©Tejas Networks Ltd.
  • Page 422 ODUC1 Connections on HCPSLine33. 5. Feed the 100GE traffic from the Test set to the port P4. 6. Monitor the Rx signal at port P11 connected to the Test set. Verify that no traffic is lost. ©Tejas Networks Ltd.

  • Page 423: Table 52: Oduc1 Connections On Hcpsline33

    Connect optical fiber cables between user-network interface (UNI) ports P15 to P34 and P45 to P54 in Tandem connection. c. Connect physical loopback at network-network interface (NNI) port P1. Follow- ing is the set up for testing 10G ports on HCPSLine33 card. ©Tejas Networks Ltd.
  • Page 424 3. In the node UI, perform the following steps: a. Go to Inventory > Node inventory in the navigation pane. The Node Inventory preview pane appears. Click the slot number corresponding to the HCPSLine33 card. On HCPSLine33 Intelligent Card preview page, perform the following steps: ©Tejas Networks Ltd.

  • Page 425: Table 53: Muxponder Configurations

    4. Feed the 10GE traffic from the Test set to the port P15. 5. Monitor the Rx signal at port P54 connected to the Test set. Verify that no traffic is lost. 6. Record the result and verify that all the ports are functioning correctly. ©Tejas Networks Ltd.
  • Page 426 Connect the Tx of the Ethernet Test Set-1 to the Rx of port P4 and Rx of Ethernet Test Set-1 to the Tx of port P11. b. Connect optical fiber cables between user-network interface (UNI) ports P4 to P11 in Tandem connection. c. Connect physical loopbacks at network-network interface (NNI) port P2. ©Tejas Networks Ltd.
  • Page 427 ODUC1 Connections on HCPSLine34. 5. Feed the 100GE traffic from the Test set to the port P4. 6. Monitor the Rx signal at port P11 connected to the Test set. Verify that no traffic is lost. ©Tejas Networks Ltd.

  • Page 428: Table 54: Oduc1 Connections On Hcpsline34

    RISK OF EYE INJURY: Avoid direct exposure to laser beam or fiber as the invisible light can blind the person. Keep all unused optical connectors capped. 18.18.1 Procedure for testing CEF-5 card interfaces in L2 mode Perform the following steps for testing Ethernet traffic on CEF-5 card interfaces: ©Tejas Networks Ltd.
  • Page 429 » Go to L2 Services > ServiceSwitch > Services provisioning > ELINE Services in the navigation pane and click Add New ELINE Service link. The Provision ELINE service between interfaces P5-P6, P7-P8, P9-P10, P11-P12, P17-P18, P19-P20, P1- P2, P3-P4, and P15-P16. ©Tejas Networks Ltd.

  • Page 430: Table 55: Test Performance - Cef-5 Card

    18.19.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 431 In this case, the Output power (dBm) = Input power + Gain - (~20 dB). Note 2: Similar procedure should be followed for testing other optical ports on OFA card. 18.20 Test OPM card 18.20.1 Before you start Take the following precautionary measures: ©Tejas Networks Ltd.
  • Page 432 1. Insert a working cross connect card in supported slot. 2. Insert a working OPM card and MDU card along with Adapter cards HCPADP01 and HCPADP02. 3. Insert a working MDU card in supported slot. 4. Make the connections as shown in the setup. ©Tejas Networks Ltd.
  • Page 433 Note: To view the OSNR values, License must be enabled in node UI. 18.21 Test Variable Optical Attenuator (VOA) card 18.21.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. ©Tejas Networks Ltd.
  • Page 434 • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. • Ensure that you have a variable attenuator. ©Tejas Networks Ltd.
  • Page 435 6. Create a tandem connection on client side HCPSLine03 card with the Tester as shown in the figure. 7. Feed the traffic from the tester and ensure 0 bit errors. 8. Note down the Tx and Rx power of DWDM XFP in the UI. ©Tejas Networks Ltd.
  • Page 436 18.23.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 437 5. Connect the Tx and the Rx of Common on MDU-16CL-C-50G to the Rx and Tx of Add/Drop port 1 on ROADM-4-C-50G respectively. 6. Provide a loopback on Common of ROADM-4-C-50G. The overall setup is as fol- lows: ©Tejas Networks Ltd.
  • Page 438 18.24.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 439 4. Connect the Tx and the Rx of Common on MDU-2x16CL-C to the Rx and Tx of Add/ Drop port 1 on ROADM-8-C or ROADM-9-C respectively. 5. Provide a loopback on common of ROADM-8-C or ROADM-9-C. The overall setup is as follows: ©Tejas Networks Ltd.
  • Page 440 10. Feed the STM-64 traffic 10GE traffic from the Test Set to the interface P6 of HCPS- Line22 card. 11. Monitor the Rx signal from P6 of HCPSLine22 card and verify that there are no frame drops in the fed traffic. ©Tejas Networks Ltd.
  • Page 441 2. Connect the Test Set 1 to the port 1 and Test Set 2 to the port 2 of HCPSLine03 card. 3. Connect port 3 of HCPSline03 to one Channel of MDU-40E-C-100G and port 4 of HCPSLine03 to one Channel of MDU-40O-C-100G. ©Tejas Networks Ltd.
  • Page 442 OFA can also be added but the output power from the first OFA must be within the threshold limit of second OFA. The output power is measured using Opti- cal Power Meter (OPM). In case of dispersion compensation, use DCM before con- necting to OFA. ©Tejas Networks Ltd.
  • Page 443 10. Monitor the traffic on Test Set 1 and 2 and verify that there are no frame drops in the traffic feed. 11. Make the physical connections accordingly and repeat the procedure for different channels of MDU-40E-C-100G and MDU-40O-C-100G. This system testing procedure can also be performed using other card options for the given setup; ©Tejas Networks Ltd.
  • Page 444 OFA must be within the threshold limit of second OFA. The output power is measured using Optical Power Meter (OPM). In case of dispersion compensation, use DCM before connecting to OFA. ©Tejas Networks Ltd.
  • Page 445 8. Monitor the traffic on Test Set 1 and 2 and verify that there are no frame drops in the traffic feed. 9. This system testing procedure can also be performed using other card options for the ealier given setup; ©Tejas Networks Ltd.
  • Page 446 5. Loopback at port 2. Note: Identify the wavelength and then connect to the corresponding channels on MDU8-D. 6. Connect Tx of Common on one MDU8-D to Rx of other MDU8-D card. The overall setup diagram is as follows: ©Tejas Networks Ltd.
  • Page 447 11. Monitor the traffic on Test Set and verify that there are no frame drops in the traf- fic feed. 12. Record the result in Test Performance for HCPSLine03 card. The result veri- fies that all the optical ports are functioning correctly. ©Tejas Networks Ltd.
  • Page 448 5. Loopback at port 2. Note: Identify the wavelength and then connect to the corresponding channels on MDU-16-D. 6. Connect Tx of Common on one MDU-16-D to Rx of other MDU-16-D card. The overall setup diagram is as follows: ©Tejas Networks Ltd.
  • Page 449 Bidirectional port connect between Common of MDU-16-D (1) to Common of MDU-16-D 10. Feed the STM-64 traffic from the Test Set to port 1 on HCPSLine03 card. 11. Monitor the traffic on Test Set and verify that there are no frame drops in the traf- fic feed. ©Tejas Networks Ltd.
  • Page 450 7. In the node UI, go to Inventory > Node Inventory in the navigation pane and Click the Slot number link corresponding to HCPSLine03 card, HCPSLine03 Aggregate Card page appears. Perform the following steps on this page: ©Tejas Networks Ltd.
  • Page 451 18.30.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. ©Tejas Networks Ltd.
  • Page 452 3. Connect the Test set to the common port of PSCM unit. 4. Connect the optical fiber between ports of PSCM and HCPSLine22 as shown in the following setup diagram. Figure 362: Testing PSCM 5. Loop back at port P1 of HCPSLine22 card. ©Tejas Networks Ltd.
  • Page 453 • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. • Ensure that you have an adequate number of optical patch cords. • Ensure that you have a variable attenuator. ©Tejas Networks Ltd.
  • Page 454 2. Connect the Tx and Rx ends of Test Set to the Common in and Common out ports on FPU01 card, respectively. 3. Provide physical loopbacks on Work port and Protect port respectively, as shown in the following figure: ©Tejas Networks Ltd.
  • Page 455 This procedure helps you perform the traffic testing on OTDR and OTDR filter card. 18.32.1 Before you start Take the following precautionary measures: • Ensure that all the optical connectors are clean. Refer to Guidelines for cleaning optical fiber connectors. ©Tejas Networks Ltd.
  • Page 456 4. Set the parameters on the OTDR card as per the requirement. 5. Trigger a manual scan. The file is generated. 6. View the scan result. Test set up for testing OTDR and OTDR filter cards is as follows: Figure 364: Testing OTDR and OTDR filter cards ©Tejas Networks Ltd.

  • Page 457: Table 56: Site Verification Checklist

    Are the rack and equipments Please shipped to site? Are these provide the available to Tejas for flooring installation and details • False commissioning? flooring • Non false flooring Is the AC/DC power supply at the site being evaluated? ©Tejas Networks Ltd.
  • Page 458 << Record the between the FDF and the measurement equipment for fiber patch here >> chords? If the site is already a DWDM site and further upgrade is required Is it a terminal node? or Inline Amplifier (ILA) node? ©Tejas Networks Ltd.
  • Page 459 Verify the capacity of existing DC-DC converter capacity and record the requirements. Note: If it is a new installation (DWDM), provision the rack space for all earlier mentioned nodes. ©Tejas Networks Ltd.

  • Page 460: Table 57: Report Details Of Commissioning And Testing

    L1.2 -10 to -34 19.4 Receiver sensitivity measurement for STM-4 Table 59: Receiver sensitivity measurement for STM-4 Parameter Laser Type Spec Tx output power S4.1 -8 to -15 (dBm) L4.1 +2 to -3 L4.2 +2 to -3 ©Tejas Networks Ltd.

  • Page 461: Table 60: Receiver Sensitivity Measurement For Stm-16

    Receiver sensitivity S64.1 -1 to -11 (dBm) I64.1 -1 to -11 Table 62: Receiver sensitivity measurement for STM-64/10G Parameter Laser type Spec Tx output power L64.2a -2 to +2 (dBm) (ITU-T G.722) P1L1-2D2 0 to +4 (ITU-T G.959.1) ©Tejas Networks Ltd.

  • Page 462: Table 63: Receiver Sensitivity Measurements For 1G

    Table 65: Receiver sensitivity measurement for 100G Parameter Laser type Spec Tx output power 100GBase-SR10/OTU4 -7.6 to 2.4 (dBm) (100m) 100GBase-LR4/OTU4 3.5 to 8.9 (10km) Receiver sensitivity 100GBase-SR10/OTU4 -9.4 to -5.4 (dBm) (100m) 100GBase-LR4/OTU4 -10.6 to 4.5 (10km) ©Tejas Networks Ltd.
  • Page 463 Table 67: Synchronization tests Clock Status STM-1/4/16/64 BITS clock, BITS data Internal Hold over 19.9 Protection switching on fiber breaks, STM Table 68: Protection switching on fiber breaks, STM LOS STM protection switching Work to protect Protect to work ©Tejas Networks Ltd.
  • Page 464 While handling an optical fiber, do not exceed the minimum bed radius (35 mm). Do not over tighten the cable tie wraps while dressing the cable. ©Tejas Networks Ltd.

  • Page 465: Table 69: Recommended Actions For Conditions Of Fiber Connectors

    Table 69: Recommended actions for conditions of fiber connectors Fiber end-face condition Recommendation/Action Ideal No action required Light scratches Polish with 0.3 micron film Heavy scoring or scratches Repolish the face Chip outside the fiber core Repolish the face Chipped core Unacceptable; reject the connector ©Tejas Networks Ltd.
  • Page 466 5. Immediately dry the optical surface with a clean, dry, and lint-free tissue paper. 6. Place the dust cap over the end of the interface to avoid re-contamination or insert the fiber for immediate use. 7. Dispose the tissue paper properly. Do not reuse tissue papers. ©Tejas Networks Ltd.
  • Page 467 This could damage the unit and also create safety hazards. CAUTION: This equipment might have more than one power supply connection. All connection must be removed to de-energize the unit before accessing internal parts for maintenance or service. ©Tejas Networks Ltd.
  • Page 468 Note: In redundant state, the two slots allotted to the PFU must be occupied by same PFU type. Figure 366: Position of PFU in TJ1600 Type-2SR chassis Prerequisites Before inserting or ejecting the PFU, ensure that: ©Tejas Networks Ltd.
  • Page 469 4. Hold the latch handle and gently push the PFU into the chassis to engage it to the backplane connector. 5. Secure the PFU to the chassis by tightening the captive screws present on both sides of the front panel of the unit using Phillips (PH1) star screwdriver. ©Tejas Networks Ltd.
  • Page 470 6. Loosen the two captive screws present on both sides of the front panel of the PFU using Phillips (PH1) star screwdriver. The screws should be loose enough to allow the unit to be ejected from the chassis. ©Tejas Networks Ltd.
  • Page 471 7. Hold the latch handle and gently pull out the PFU to disengage it from the back- plane connector. 8. Slide the PFU along the guide ways provided on the chassis with proper hand sup- port till it comes out of the slot. ©Tejas Networks Ltd.
  • Page 472 Keep fingers, screwdrivers, and other objects away from the openings in the fan assembly housing. RISK OF PERFORMANCE DEGRADATION: Failure to fasten the face plate to the chassis may result in intermittent failures because of poor connectivity. ©Tejas Networks Ltd.
  • Page 473 3. Hold the FTU (replacement) with proper hand support in a vertical position against the empty slot as shown in the following figure. Slide the unit horizontally along the guide ways provided on the chassis to the point it easily goes into the chassis. ©Tejas Networks Ltd.
  • Page 474 Figure 373: Tightening captive screw on FTU Eject the FTU Perform the following steps to eject a FTU from the chassis: 1. Face towards front of the chassis and identify the slot from where the FTU has to be removed. ©Tejas Networks Ltd.
  • Page 475 3. Hold the handle on front panel of the FTU and gently pull out the unit to disengage it from the backplane connector. 4. Slide the FTU along the guide ways provided on the chassis with proper hand sup- port till it comes out of the slot. ©Tejas Networks Ltd.
  • Page 476 Air filters must be examined periodically. If the filter appears dirty, it can be either cleaned by vacuum or replaced. If the filter appears worn or torn, dispose of it in a responsible manner and install a replacement air filter. Note: Air filter must be replaced once in every six months. ©Tejas Networks Ltd.
  • Page 477 2. Hold the air filter to be installed with proper support and slide in the unit along the guide ways to the point it easily goes into the chassis. While sliding, position of the air filter should be vertical with captive screw towards down side, as shown in the following figure: ©Tejas Networks Ltd.
  • Page 478 General procedures Figure 377: Sliding air filter into the chassis 3. Secure the air filter to the chassis by tightening the captive screw located on the front panel of the unit with a Phillips (PH1) screwdriver. ©Tejas Networks Ltd.
  • Page 479 1. Face towards front of the chassis and identify the slot on chassis where the Air Filter is desired to be inserted. 2. Loosen the captive screw that secures the air filter to the chassis using Phillips (PH1) screwdriver. The screw should be loose enough to allow the removal of the card. ©Tejas Networks Ltd.
  • Page 480 General procedures Figure 379: Loosening captive screw on air filter 3. Hold the handle on front panel of the air filter and slide out the unit completely from the chassis while supporting it with your other hand. ©Tejas Networks Ltd.
  • Page 481 STATIC DISCHARGE DAMAGE: Static charge can damage the equipment. While unpacking and handling cards, or making node interconnections, wear a grounding wrist strap to discharge the static buildup. ©Tejas Networks Ltd.
  • Page 482 1. Face the front of the chassis and identify the slot where the card has to be inserted. 2. Slide in the card along the guide ways provided on the chassis with ejectors in hor- izontal open position to engage them to the chassis groove. ©Tejas Networks Ltd.
  • Page 483 TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 381: Sliding the card into chassis 3. Operate both the ejectors inwards simultaneously to engage the card to the back- plane. ©Tejas Networks Ltd.
  • Page 484 General procedures Figure 382: Operating ejectors inwards while inserting 4. Secure the card to the chassis by tightening the captive screws located on both sides of the face plate of the card using Phillips (PH1) screwdriver. ©Tejas Networks Ltd.
  • Page 485 Eject the card Perform the following steps to eject a card with ejectors from the chassis: 1. Face the front of the chassis and identify the slot from where the card has to be ejected. ©Tejas Networks Ltd.
  • Page 486 4. Hold the two ejectors on the face plate of the card and operate them outwards simultaneously (as shown in the following figure) to disengage the card from the backplane. Wait till the status LED blinks in "Amber" color before pulling out the card from chassis. ©Tejas Networks Ltd.
  • Page 487 TJ1600 Product Family Installation and Commissioning Guide v5.0 Figure 385: Operating ejectors inwards 5. Slide out the card along the guided ways till it comes out of the slot, while support- ing it with your other hand. ©Tejas Networks Ltd.
  • Page 488 UI. If it is enabled, releasing the latch on ejector triggers the traffic flow on the card to stop before the ejector is pulled out and the card is removed from the backplane. For more details, refer to TJ1600 Product Family User Interface Guide. ©Tejas Networks Ltd.
  • Page 489 Insert and eject the adapter card. 3. Now hold the card to be installed into the adapter card with proper support and slide in along the guide ways. Ensure that the card is inserted in proper slot width. ©Tejas Networks Ltd.
  • Page 490 5. Secure the card to the chassis by tightening the captive screws located on both sides of the front panel of the card using Phillips screwdriver. ©Tejas Networks Ltd.
  • Page 491 Eject the card Perform the following steps to eject a card with ejectors from the chassis: 1. Face the front of the chassis and identify the slot from where the card has to be ejected. ©Tejas Networks Ltd.
  • Page 492 Wait till the status LED blinks in "Amber" color before pulling out the card from chassis. 5. Slide out the card along the guided ways till it comes out of the slot, while support- ing it with your other hand. ©Tejas Networks Ltd.
  • Page 493 • Optical adapter card HCPADP02 is used to split a slot in TJ1600 chassis to 1/2 + 1/ 2 slots. The divided slots have backplane support to install the following cards: 2/3rd Slot • FPU01 with FPUADP01 adapter card • MDU-8-D 1/3rd Slot • FPU01 1/2 Slot • OADM1 ©Tejas Networks Ltd.
  • Page 494 2. Hold the adapter card (HCPADP01) to be installed with proper support and slide in the card along the guide ways provided on the chassis to the point it easily goes into the chassis. While sliding, position of the card should be horizontal as shown in the following figure: ©Tejas Networks Ltd.
  • Page 495 2/3rd slot of HCPADP01 card to the point it easily goes into the chassis. While sliding, position of the card should be horizontal, as shown in the following figure: ©Tejas Networks Ltd.
  • Page 496 5. Hold the latch handles on front panel of HCPADP01 adapter card and gently pull out the card to disengage it from the backplane connector. 6. Slide out the adapter card along the guide ways till it comes out of the slot, while supporting it with your other hand. ©Tejas Networks Ltd.
  • Page 497 Rubber safety cap for the transceiver LASER RADIATION EXPOSURE RISK: Do not look directly into a fiber-optic transceiver or into the end of a fiber-optic cable. Fiber-optic transceivers contain laser light sources that can damage your eyes. ©Tejas Networks Ltd.
  • Page 498 SFP transceiver module in a port socket. SFP transceiver module with a Mylar tab latch. Figure 394: SFP transceiver module with a Mylar tab latch SFP transceiver module with an actuator button latch. ©Tejas Networks Ltd.
  • Page 499 5. Insert the transceiver in to the port and push gently inwards. For a bail clasp SFP, SFP+, or XFP-Latch (flip upwards) the bail clasp before inserting the SFP, SFP+, or XFP into the slot and then slide it into the slot. ©Tejas Networks Ltd.
  • Page 500 Figure 398: Inserting LC connector cable into the transceiver module Eject SFP/SFP+/XFP modules 1. Label the cables connected to the transceiver module so that you can reconnect them correctly later. 2. Remove the cable connector plugged into the transceiver module. ©Tejas Networks Ltd.
  • Page 501 Grasp the SFP transceiver module between your thumb and index finger, and carefully remove it from the socket. ©Tejas Networks Ltd.
  • Page 502 6. Press firmly on the front of the CFP transceiver with your thumb to fully seat it in the transceiver socket. 7. Gently tighten the two captive screws on the transceiver to secure the CFP trans- ceiver in the socket. ©Tejas Networks Ltd.
  • Page 503 2. Remove the cable connector plugged into the transceiver module. Immediately reinsert the dust plugs in the CFP transceiver optical bores. 3. Loosen the two captive screws that secure the CFP to the networking module. ©Tejas Networks Ltd.
  • Page 504 NE's and other collocated instruments. Excess cable length causes voltage drop on the cable which may interrupt the systems operation, especially when the source voltage drops ©Tejas Networks Ltd.
  • Page 505 AWG wire sizes are provided. Use the table to arrive at suitable wire size. Since the table is made for AWG Indian equivalent mm2 wires may not be available off the shelf. In such case choose the next higher wire size available for usage. ©Tejas Networks Ltd.

  • Page 506: Table 70: Voltage Drop Calculator Parameters

    Table 71: Typical AWG wire sizes Area (mm2) 0000 (4/0) 000 (3/0) 00 (2/0) 67.4 0 (1/0) 53.5 42.4 ©Tejas Networks Ltd.
  • Page 507 To avoid such contamination, take the following precautionary measures for the instances given in the following: • In-production — Use clean hand gloves when handling microSD disk. — Do not touch the gold plated terminal with bare hands. ©Tejas Networks Ltd.
  • Page 508 Ensure not to touch the gold plated terminal with bare hands while cleaning. — After wiping and drying the microSD disk, place the disk back into the socket and then plug the card into system. Recommended microSD disk size ©Tejas Networks Ltd.

  • Page 509: Table 72: Microsd Disk Size

    Table 72: MicroSD disk size Cards Size HCPSLine12 OSMC01 OAMC CEF-5 HCPSLine24 HCPSLine25 HCPSLine26 HCPSLine27 XCC03 XCC04 Note: The disk partition varies for different RHEL versions. Hence it is recommended that the disk programming operation is performed by field personnel only. ©Tejas Networks Ltd.
  • Page 510 The following are some preferred methods of handling excess cables: • Run and attach excess cables for easy, safe maintenance activities and proper operations. • Ensure that secured cables are not pinched, damaged, or kinked. For more details, see the Cable bend-radius restrictions. ©Tejas Networks Ltd.
  • Page 511 • When securing cables inside the rack, dress the bundle in a way that avoids interference with installed components, rack side panels, or rails. • Do not block access to field-replaceable components. ©Tejas Networks Ltd.
  • Page 512 For safe and reliable operation, ventilation slots and blowers/fans of products must not be obstructed by any components, including cables. Therefore, for proper cooling of rack-mounted components, ensure that cabling does not impede the airflow to or from the rack-mountable systems. ©Tejas Networks Ltd.
  • Page 513 • For fiber optic cables, it leads to micro-bending of fibers that results in degradation of light transmission or breaking of fibers, which in turn results in loss of signal. ©Tejas Networks Ltd.

  • Page 514: Table 73: Pfu08 Power Connector

    22.1 PFU08 power connector Table 73: PFU08 power connector Diagram Signals -48 V 22.2 HCPPFU07 power connector Table 74: HCPPFU07 power connector Diagram Signals -48 V 22.3 HCPPFU02 power connector Table 75: HCPPFU02 power connector Diagram Signals -48 V ©Tejas Networks Ltd.

  • Page 515: Table 76: Pfu4 Power Connector

    TJ1600 Product Family Installation and Commissioning Guide v5.0 22.4 PFU4 power connector Table 76: PFU4 power connector Diagram Signals 22.5 Alarm input connector Table 77: Alarm input connector Diagram Description RJ-45 ALARMIN1 ALARMIN2 ALARMIN3 ALARMIN4 ALARMIN5 ALARMIN6 ALARMIN7 ©Tejas Networks Ltd.

  • Page 516: Table 78: Alarm Output Connector

    Connector pin assignment 22.6 Alarm output connector Table 78: Alarm output connector Diagram Description RJ-45 ALARMOUT4_COM ALARMOUT4 ALARMOUT3_COM ALARMOUT3 ALARMOUT2_COM ALARMOUT2 ALARMOUT1_COM ALARMOUT1 22.7 LNMS/NMS1/NMS2 connector Table 79: LNMS connector Diagram Description ©Tejas Networks Ltd.

  • Page 517: Table 80: Esi Connector

    TJ1600 Product Family Installation and Commissioning Guide v5.0 22.8 ESI connector Table 80: ESI connector Diagram Description RJ-45 CLKIN+/DATAIN+ CLKIN-/DATAIN- CLKIN+/DATAIN+ CLKOUT-/DATAOUT- CLKOUT+/DATAOUT+ CLKIN+/DATAIN+ CLKOUT+/DATAOUT+ CLKOUT-/DATAOUT- 22.9 NMS connector Table 81: NMS connector Diagram Description RJ-45 TX+_D1 TX-_D1 RX+_D2 BI+_D3 BI-_D3 RX-_D2 BI+_D4 BI-_D4 ©Tejas Networks Ltd.

  • Page 518: Table 82: Lct Connector

    Connector pin assignment 22.10 LCT connector Table 82: LCT connector Diagram Signal 22.11 LAN/MGN connector Table 83: LAN/MGN connector Diagram Description RJ-45 TX_P TX_N RX_P Unused RX_N Unused Unused Unused ©Tejas Networks Ltd.

  • Page 519: Table 84: M1/F1 Connector

    TJ1600 Product Family Installation and Commissioning Guide v5.0 22.12 M1/F1 connector Table 84: M1/F1 connector Diagram Description 22.13 Craft connector Table 85: Craft connector Diagram Description ©Tejas Networks Ltd.

  • Page 520: Table 86: Pfu08 Power Cable

    23.2 HCPPFU07 power cable Table 87: HCPPFU07 power cable Color code Green Amber 23.3 HCPPFU02 power cable Table 88: HCPPFU02 power cable Color code Green/Green-Yellow Black 23.4 PFU4 power cable Table 89: PFU4 power cable Color code Red/Blue Green/Yellow Black ©Tejas Networks Ltd.

  • Page 521: Table 90: Alarm-In Cable

    RJ-45 White/Orange ALARMOUT4_COM Orange ALARMOUT4 White/Green ALARMOUT3_COM Green ALARMOUT3 White/Blue ALARMOUT2_COM Blue ALARMOUT2 White/Brown ALARMOUT1_COM Brown ALARMOUT 23.7 ESI cable Table 92: ESI cable Color code Signal Pair RJ-45 White/Orange CLKINP/DATAINP Orange CLKINN/DATAINN White/Green CLKINP/DATAINP Green CLKINN/DATAINN ©Tejas Networks Ltd.

  • Page 522: Table 93: M1/F1 Cable

    23.8 M1/F1 cable Table 93: M1/F1 cable Color code Signal RJ-45 Black White Green Brown Blue Orange Yellow 23.9 LAN/MGN cable Table 94: LAN/MGN cable Pins on end-A Color code Pair Pins on end-B Blue White Orange White ©Tejas Networks Ltd.

  • Page 523: Table 95: Lct Cable

    NOTE: The braid shield of the cable must be connected to the outer shield of RJ45 plug and captive screws/body of DB9 connector. 23.12 LNMS/NMS1/NMS2 cable Table 97: LNMS/NMS1/NMS2 cable End-A pin (RJ- Color Pair End-B pin (RJ-45) Blue White Orange White ©Tejas Networks Ltd.
  • Page 524 Cable color codes Table 97: LNMS/NMS1/NMS2 cable End-A pin (RJ- Color Pair End-B pin (RJ-45) Shield Drain wire Shield ©Tejas Networks Ltd.
  • Page 525 TJ1600 Product Family Installation and Commissioning Guide v5.0 ©Tejas Networks Ltd.
  • Page 526 To know more about physical characteristics of card with weight and dimensions, refer to TJ1600 Product Family Hardware Description Guide. Note: All dimensions mentioned in the images are in mm. HCPSLine21 The following graphical presentation is of line card HCPSLine21: Figure 411: Physical dimension of HCPSLine21 ©Tejas Networks Ltd.
  • Page 527 TJ1600 Product Family Installation and Commissioning Guide v5.0 HCPSLine22 The following graphical presentation is of line card HCPSLine22: Figure 412: Physical dimension of HCPSLine22 ©Tejas Networks Ltd.
  • Page 528 Graphical presentation of cards - dimensions HCPSLine24 The following graphical presentation is of line card HCPSLine24: Figure 413: Physical dimension of HCPSLine24 ©Tejas Networks Ltd.
  • Page 529 TJ1600 Product Family Installation and Commissioning Guide v5.0 HCPSLine25 The following graphical presentation is of line card HCPSLine25: Figure 414: Physical dimension of HCPSLine25 ©Tejas Networks Ltd.
  • Page 530 Graphical presentation of cards - dimensions HCPSLine26 The following graphical presentation is of line card HCPSLine26: Figure 415: Physical dimension of HCPSLine26 ©Tejas Networks Ltd.
  • Page 531 TJ1600 Product Family Installation and Commissioning Guide v5.0 HCPSLine27 The following graphical presentation is of line card HCPSLine27: Figure 416: Physical dimension of HCPSLine27 ©Tejas Networks Ltd.
  • Page 532 Graphical presentation of cards - dimensions HCPSLine28 The following graphical presentation is of line card HCPSLine28: Figure 417: Physical dimension of HCPSLine28 ©Tejas Networks Ltd.
  • Page 533 TJ1600 Product Family Installation and Commissioning Guide v5.0 HCPSLine29 The following graphical presentation is of line card HCPSLine29: Figure 418: Physical dimension of HCPSLine29 ©Tejas Networks Ltd.
  • Page 534 Graphical presentation of cards - dimensions HCPSLine31 The following graphical presentation is of line card HCPSLine31: ©Tejas Networks Ltd.
  • Page 535 TJ1600 Product Family Installation and Commissioning Guide v5.0 HCPSLine32 The following graphical presentation is of line card HCPSLine32: ©Tejas Networks Ltd.
  • Page 536 Graphical presentation of cards - dimensions HCPSLine33 The following graphical presentation is of line card HCPSLine33: ©Tejas Networks Ltd.
  • Page 537 TJ1600 Product Family Installation and Commissioning Guide v5.0 HCPSLine34 The following graphical presentation is of line card HCPSLine34: ©Tejas Networks Ltd.

  • Page 538: Table 98: Regulatory Standard Compliance

    EN61000-4-29 (Applicable to DC power supply models only) Safety Certified for CB - Scheme IEC 62368-1 / EN 62368-1 UL 62368-1 CAN/CSA-C22.2 No. 62368-1 LASER safety IEC 60825-1 / EN 60825-1 IEC 60825-2 / EN 60825-2 21 Code of Federal Regulations (CFR)1040 ©Tejas Networks Ltd.
  • Page 539 ETSI EN 300 019-1-3 V2.1.2 and ETSI EN 300 019-2-3 V2.1.2 for Environmental Class 3.1 QM333 – Functional for Environmental testing of Electronic equipments for Transmission and switching use. RoHS Directive 2011/65/EU compliant RoHS3 Directive 2015/863/EU compliant ©Tejas Networks Ltd.

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