Infinera XTM Series Technical Description
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Infinera XTM Series Technical Description

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XTM Series
TM-3000
Technical Description
TM-3000 DC, 19"/ETSI/23"(TM3000-DC)
Rev U | 2018-06-24

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Summary of Contents for Infinera XTM Series

  • Page 1 XTM Series TM-3000 Technical Description TM-3000 DC, 19"/ETSI/23"(TM3000-DC) Rev U | 2018-06-24...
  • Page 2 © Copyright 2018 Infinera Corporation. All rights reserved. This Manual is the property of Infinera Corporation and is confidential. No part of this Manual may be reproduced for any purposes or transmitted in any form to any third party without the express written consent of Infinera.
  • Page 3 Technical Assistance Customer Support for Infinera products is available, 24 hours a day, 7 days a week (24x7). For information or assistance with Infinera products, please contact the Infinera Technical Assistance Center (TAC) using any of the methods listed below: •...

  • Page 4: Table Of Contents

    6.2 Mechanical drawing ....................51 6.3 Revision Data ......................52 6.4 Ordering Data......................53 6.4.1 Spare Parts....................55 7 Appendix: Example Configurations ..................56 7.1 40x 10GbE TM-3000/TM-3000/II System Example .............56 7.2 80x 10Gb/s TM-3000/TM-3000/II Example..............57 TD-TM3000 Rev U | 2018-06-24 Infinera Proprietary and Confidential...

  • Page 5: Introduction

    2014-06-01 Updates to reflect R25.0. Added chapter on power consumption for different chassis configurations. 2015-12-10 Editorial changes, Infinera branding. 2015-12-28 Corrected revision of chassis in 6 Technical Data. 2016-03-16 Updates to reflect R26.1: Change of SW name in chapter with plug-in unit compatibility.

  • Page 6: Functional Description

    The information in this document is for reference only. Spare parts are still available. The TM-3000 chassis is the largest chassis alternative in the XTM Series. The TM-3000 chas- sis has a passive backplane, i.e. no traffic is transported over this interface. This gives a high level of flexibility since there are no dedicated slots (apart for the Control Unit) for certain board types.

  • Page 7: Basic Configuration

    For AC power option a separate 1U rack mounted AC/DC converter is added separately. For configurations where OSC channels are needed, the required amount of SFP’s must be added separately. See also Dimensioning Guidelines for more details and restrictions. TD-TM3000 Rev U | 2018-06-24 3 (60) Infinera Proprietary and Confidential...

  • Page 8: Tm-3000 Chassis

    In the 300mm position the front of the TM-3000 chassis will extend closer to the rack front. Caution must be taken so that fiber patch cords are not affected by any doors covering the rack front. TD-TM3000 Rev U | 2018-06-24 4 (60) Infinera Proprietary and Confidential...

  • Page 9: Fan Units

    The figures below shows the visual appearance of the fan versions that are required to handle high power plug-in units. See also chapter Chassis revision R1–R3: Fig. 3 Fan units for TM-3000 of R1–R3 revisions TD-TM3000 Rev U | 2018-06-24 5 (60) Infinera Proprietary and Confidential...
  • Page 10 It is also imperative to cover unused slots with a cover panel to maintain proper air flow and securing electromagnetic interference compliance. TD-TM3000 Rev U | 2018-06-24 6 (60) Infinera Proprietary and Confidential...

  • Page 11: Air Filter

    With the R4/R5 solution it will no longer be required to remove the lower fiber management mechanics when extracting the air filters. See section 4.4 R4 updates for more details on the R4/R5 versions. TD-TM3000 Rev U | 2018-06-24 7 (60) Infinera Proprietary and Confidential...

  • Page 12: Primary Power Alternatives

    The DC cable for the 800W version (M3000/DC/II) is provided in a left and right version. This is clearly indicated via red/green colors and markings. Ensure that these are mounted on the correct side. TD-TM3000 Rev U | 2018-06-24 8 (60) Infinera Proprietary and Confidential...
  • Page 13 UNCTIONAL ESCRIPTION Fig. 8 DC cable for the 800W DC-filter (M3000/DC/II) TD-TM3000 Rev U | 2018-06-24 9 (60) Infinera Proprietary and Confidential...

  • Page 14: Ac-Power

    The 850W PSU can be used as spare part in the AC-DC-1RU-650/nn. The 850W PSU has a marking that can be seen also when mounted into the mainframe. See chapter6.4 TD-TM3000 Rev U | 2018-06-24 10 (60) Infinera Proprietary and Confidential...
  • Page 15 Extern AC/DC 1RU 1k2W (A+B Pwr) JP AC-DC-1RU-1K2/04 Japan plug Extern AC/DC 1RU 1k2W (A+B Pwr) AU AC-DC-1RU-1K2/05 Australia Plug Extern AC/DC 1RU 1k2W (A+B Pwr) CH AC-DC-1RU-1K2/06 Swiss plug SEV 6534-2 TD-TM3000 Rev U | 2018-06-24 11 (60) Infinera Proprietary and Confidential...

  • Page 16: External Interfaces

    Fig. 11 Stacked TM-3000 chassis using ICN 3 & ICN 4 connections Note the connection in-between TM-3000 no 1 and no 3. This connection can be added to form a “ring interconnection” providing a redundant configuration. TD-TM3000 Rev U | 2018-06-24 12 (60) Infinera Proprietary and Confidential...
  • Page 17 The maximum allowed physical length of the cable is 100 m, provided that a Cat 5e class shielded cable is used and the shield is grounded at both ends. Unshielded cable usage is not warranted by Infinera and such usage is discouraged.

  • Page 18: Card Cage

    See chapter 3.5 for details on how the slots can be used. Fig. 12 Card Cage Area TD-TM3000 Rev U | 2018-06-24 14 (60) Infinera Proprietary and Confidential...

  • Page 19: Chassis Identity

    The second part of the DIP switch is used to set the NE into a mode where a replacement CU can inherit the previous CU configuration. The procedure is described in the TM-3000 Installa- tion Guide. TD-TM3000 Rev U | 2018-06-24 15 (60) Infinera Proprietary and Confidential...

  • Page 20: Fiber Management

    For larger configurations with multiple interconnections within and to/from card cage the rec- ommendation is to use 2.0m patch cords and handle the slack in a separate fiber manage- ment box (e.g. FIB-1U/02 or FIB-1U/01). TD-TM3000 Rev U | 2018-06-24 16 (60) Infinera Proprietary and Confidential...

  • Page 21: Fiber Management Shelf

    This is of particular importance on 2- and 3-slot boards. The pressure inwards will then be aligned with the backplane connector TD-TM3000 Rev U | 2018-06-24 17 (60) Infinera Proprietary and Confidential...

  • Page 22: External Alarms

    The above figure shows how each of the three alarm relays (dry contacts) or micro switches shall be connected in the break-out box. The relay input should not be used in electrically TD-TM3000 Rev U | 2018-06-24 18 (60) Infinera Proprietary and Confidential...
  • Page 23 (dry contacts). The figure below shows how the threads in the cable are used. Fig. 20 Wire connections for LAN cable with RJ45 connector TD-TM3000 Rev U | 2018-06-24 19 (60) Infinera Proprietary and Confidential...

  • Page 24: Configuration Guidelines

    Note that a replacement of a fan unit, CU, DC-filter and AC/DC-converters can be done in- service. Further system restrictions are listed in the Dimensioning Guidelines document within the Sys- tem Manual. For example configurations see section 7 Appendix: Example Configurations. TD-TM3000 Rev U | 2018-06-24 20 (60) Infinera Proprietary and Confidential...

  • Page 25: Dc-Filters And Card Cage Power Consumption

    These values are for fully equipped Traffic units, i.e. with worst case transceivers and with all SFP/SFP+/XFP slots equipped. The max values should be used to ensure that future addi- tions of transceivers does not render in exceeding the power limit. TD-TM3000 Rev U | 2018-06-24 21 (60) Infinera Proprietary and Confidential...

  • Page 26: Ac/Dc Converters And Dc-Filters

    The 850W version shall be used in combination with the DC-filter enabaling 500W in the card cage (M3000/DC). The 1.2kW, 1.8KW or 2.0kW version shall be used in combination with the DC-filter enabaling 800W in the card cage (M3000/DC/II). TD-TM3000 Rev U | 2018-06-24 22 (60) Infinera Proprietary and Confidential...

  • Page 27: Required Fan Units For High Power Units In Tm-3000

    • Class T3.1 (i.e. not T3.1E) conditions are supported when mounted in chassis of R-state R4 & R5 with fan units R2A/M3000. • CU-SFP/III is required. • No fibers should be present in the fiber management compartment since it might reduce the airflow. TD-TM3000 Rev U | 2018-06-24 23 (60) Infinera Proprietary and Confidential...
  • Page 28 FAN2A/M3000, FAN1A/M3000 and FAN3B/M3000 complies with the acoustic noise level re- quirements in NEBS GR-63-CORE issue 4 and ETSI EN 300 753 “Telecommunication room, attended”. A chassis can have a mix of FAN2A/M3000 and FAN3C/M3000. TD-TM3000 Rev U | 2018-06-24 24 (60) Infinera Proprietary and Confidential...

  • Page 29: Power Consumption

    R1E or older 190W 420W 610W R1F or higher 130W 500W 630W FAN3C/M3000 M3000/DC R1E or older 130W 420W 550W FAN2A/M3000 M3000/DC/II 200W 800W 1000W FAN3C/M3000 M3000/DC/II 140W 800W 940W TD-TM3000 Rev U | 2018-06-24 25 (60) Infinera Proprietary and Confidential...

  • Page 30: Card Cage Guidelines Tm-3000

    The removal should thus be done before the chassis is mounted in a rack. The exten- sion shelf modules can be mounted within the card cage and can be done in-service and with the chassis mounted in a rack. Fig. 21 Slot usage TD-TM3000 Rev U | 2018-06-24 26 (60) Infinera Proprietary and Confidential...
  • Page 31 4-12, but the Node Manager ENM will not detect them as present in the system. The work-around is to manually create them in the ENM via the attribute “allowDummySlot” under “system/node” in the ENM GUI. TD-TM3000 Rev U | 2018-06-24 27 (60) Infinera Proprietary and Confidential...

  • Page 32: Plug-In Units In Tm-3000

    FHAU/1 A/FH-1 2-17 FrontHaul Muxponder FH-MXP10G A/FH-1 2-17 MultiService Muxponder MS-MXP/10G A/FH-1 2-17 MultiService MXP Tuna- MS-MXP10G/TC-ER A/FH-1 2-17 EOA-E ble 10G ER 9xGbE/10Gb Muxponder, GBE9-MXP10G A/FH-1 2-17 EOA-E TD-TM3000 Rev U | 2018-06-24 28 (60) Infinera Proprietary and Confidential...
  • Page 33 Optical Unit, AB AD1AB/xxxxx P/HH-1 13-22 EOA-E Add/drop 1ch DWDM Add-Drop AD1BA/xxxxx Unit, BA 2ch DWDM Add-Drop Unit, AB AD2AB/xxxxx P/HH-1 13-22 EOA-E 2ch DWDM Add-Drop AD2BA/xxxxx Unit, BA TD-TM3000 Rev U | 2018-06-24 29 (60) Infinera Proprietary and Confidential...
  • Page 34 MDU8EO9425-9495 *) P/FH-1 13-17 DWDM MDU-E 8ch Odd 50GHz MDU8EO9505-9575 *) P/FH-1 13-17 DWDM 16p Colorless MDU MDU16-CL/50G A/FH-3 2-15 50GHz Misc DWDM Optical Interleaver Unit OIU-C-100/200 P/HH-1 13-22 TD-TM3000 Rev U | 2018-06-24 30 (60) Infinera Proprietary and Confidential...
  • Page 35 4ch MDU CWDM, single fiber, EA MDUC4-EA/1270 P/HH-1 13-22 4ch MDU CWDM, single MDUC4-EB/1270 fiber, EB 8ch CWDM Mux, fiber- pair MU-2F/1470 P/HH-1 13-22 8ch CWDM DeMux, fiber- DU-2F/1470 pair TD-TM3000 Rev U | 2018-06-24 31 (60) Infinera Proprietary and Confidential...
  • Page 36 Dual 21dBm Seed Light OA2-21SEED A/FH-1 2-17 Unit 2-port Seed Light Coupler OCUSEED/2p P/HH-1 13-22 Unit *) R4 and R5 TM-3000 chassis with CU-SFP/II supports these units in slots 4 - 17. TD-TM3000 Rev U | 2018-06-24 32 (60) Infinera Proprietary and Confidential...

  • Page 37: Cu Compatibility

    100G Transponder OTN v2 TP100GOTN/II 28.0 100G Muxponder OTN MXP100GOTN 23.1 MultiService Transponder MS-TP/40G 20.0 2015 MultiService MuxPonder MS-MXP/40G 20.0 2015 MultiRate 2500 Lite DWDM TPLMRLR/ 2006 Transponder LR xxxxx TD-TM3000 Rev U | 2018-06-24 33 (60) Infinera Proprietary and Confidential...
  • Page 38 Double Dual GbE Trans- TPDDGBE ponder xWDM 10-port GFP xWDM GXP10/2500- 2013 Muxponder 8-port SDH xWDM MXP8 2010 Muxponder 8p SDH/SONET 2,5G Mux- MXP8/II 16.0 2016 ponder v2 MultiService Muxponder MS-MXP 13.0 TD-TM3000 Rev U | 2018-06-24 34 (60) Infinera Proprietary and Confidential...
  • Page 39 4ch Mux/DeMux CWDM MDUC4-TA/ (single-fiber) 1470 MDUC4-TB/ 1470 OpticalMux/ 4ch Mux/DeMux CWDM MDUC4-EA/ DeMux (single-fiber) 1270 (half sized) MDUC4-EB/ 1270 8ch Mux & DeMux CWDM MU-2F/1470 2012 2-fiber (fiber-pair) DU-2F/1470 TD-TM3000 Rev U | 2018-06-24 35 (60) Infinera Proprietary and Confidential...
  • Page 40 OBU1300/1550 2.1 2xOptical Coupler Unit OCU2 4xOptical Coupler Unit OCU4 Optical Coupler Unit, Dual OCUDQ 20.0 Misc Quad Optical Interleaver Unit OIU-C-100/200 4.0 100/200 Optical Interleaver Unit 50/ OIU-C-50/100 TD-TM3000 Rev U | 2018-06-24 36 (60) Infinera Proprietary and Confidential...

  • Page 41: Hw And Sw Compatibility

    R18- R1-, see CU-TU Support TM-3000, TM-3000/II, Note that TM-3000/II requires Matrix. TM-301, TM-301/II R20 or later. Note that TM-301/II requires R27 or later. CU-SFP R13- R1-R19 TM-3000, TM-301 TD-TM3000 Rev U | 2018-06-24 37 (60) Infinera Proprietary and Confidential...

  • Page 42: Master-Slave Compatibility

    3. The slave chassis can have a CU-SFP, CU or CU-OSC/1470/1490 if this chassis only con- tain HW objects from R19 or earlier. CU-SFP/III is supported as slave CU only if the master also is a CU-SFP/III. TD-TM3000 Rev U | 2018-06-24 38 (60) Infinera Proprietary and Confidential...

  • Page 43: Chassis Revision Updates

    R2 Updates The R2 revision has passed through NEBS testing for the US market. Some mechanical solu- tions have changed as a result, but functionality wise there is no change. TD-TM3000 Rev U | 2018-06-24 39 (60) Infinera Proprietary and Confidential...

  • Page 44: R3 Updates

    Screws and other mounting material are shipped together with the shelf modules as well as plastic guides for the boards. A new plastic cover for the card cage is also added. TD-TM3000 Rev U | 2018-06-24 40 (60) Infinera Proprietary and Confidential...
  • Page 45 When closing the cover it is important to press in the tabs before closing the cover. If not, the tabs will eventually be damaged and the cover will no longer stay in the open position. The cover can easily be removed and reinserted if needed. TD-TM3000 Rev U | 2018-06-24 41 (60) Infinera Proprietary and Confidential...

  • Page 46: R4 Updates

    • Air filters used in chassis R4/R5 can not be used in R1 - R3 versions. There are no compatibility restrictions in terms of active or passive plug-in units within the card cage. TD-TM3000 Rev U | 2018-06-24 42 (60) Infinera Proprietary and Confidential...

  • Page 47: Release R15 Updates

    Fig. 27 Flip front R4 vs R5 The air outlet at the rear also differs in the hole pattern as shown in the figure below. TD-TM3000 Rev U | 2018-06-24 43 (60) Infinera Proprietary and Confidential...
  • Page 48 HASSIS REVISION UPDATES Fig. 28 Air outlet R4 vs R5 TD-TM3000 Rev U | 2018-06-24 44 (60) Infinera Proprietary and Confidential...

  • Page 49: Board Extraction Tool

    HASSIS REVISION UPDATES Board Extraction Tool A special board extractor is introduced in March 2009 to ease extraction of full-sized boards. Fig. 29 Board Eject Tool (MEC100359) TD-TM3000 Rev U | 2018-06-24 45 (60) Infinera Proprietary and Confidential...

  • Page 50: Labels

    9. Approval markings This information is not accessible via the inventory function in the management system. Inven- tory data on CU’s and Traffic Units are available via the inventory functionality. TD-TM3000 Rev U | 2018-06-24 46 (60) Infinera Proprietary and Confidential...
  • Page 51 The System Label contains: Fig. 32 System label 1. Infinera logotype 2. System type 3. Production date: yearWweeknumber 4. Ratings 5. Laser class 6. Compliance info 7. Approval markings TD-TM3000 Rev U | 2018-06-24 47 (60) Infinera Proprietary and Confidential...

  • Page 52: Technical Data

    Includes both Traffic units and passive unit within one chassis. Larger nodes are created using multiple chassis. The TM-3000 chassis can mechanically be configured between to extremes: 16x “full-slots” + 0x “half-slots” 11x “full-slots” + 10x “half-slots” TD-TM3000 Rev U | 2018-06-24 48 (60) Infinera Proprietary and Confidential...

  • Page 53: Environmental Conditions

    Exceptional conditions may occur following the failure of the temperature controlling system. This is labeled as 3.1E in the table below, but it should be noted that there is no separate class 3.1E. TD-TM3000 Rev U | 2018-06-24 49 (60) Infinera Proprietary and Confidential...
  • Page 54 ETS EN 300 019-1-2 Class T 2.3. Public Transportation Climate storage conditions, ETSI ETS EN 300 019-1-1 Class 1.2. Weather protected, not temperature controlled storage locations. Vibrations, ETSI ETSI EN 300 019-2-3 (1999), class T3.2 TD-TM3000 Rev U | 2018-06-24 50 (60) Infinera Proprietary and Confidential...

  • Page 55: Mechanical Drawing

    Fig. 35 : TM-3000 dimensions, side view Table 18 Mounting Depths Mounting Depth A (mm) Depth B (mm) Depth C(mm) bracket position ~225mm ~73mm ~46mm ~268mm ~30mm ~46mm ~298mm ~46mm The chassis height is 460mm TD-TM3000 Rev U | 2018-06-24 51 (60) Infinera Proprietary and Confidential...

  • Page 56: Revision Data

    The R-state of the DC/DC module is stepped from R1E to R1F. See section 2.7.1 DC-Power for details. In Release R19.0 (April 2012) an updated version of the fan module is introduced. The R-state of the fan module is stepped from R1A to R2A. TD-TM3000 Rev U | 2018-06-24 52 (60) Infinera Proprietary and Confidential...

  • Page 57: Ordering Data

    Extern AC/DC 1RU 1k2W (A+B Pwr) US AC-DC-1RU-1K2/02 US plug NEMA 5-15 Extern AC/DC 1RU1k2W (A+B Pwr) GB AC-DC-1RU-1K2/03 UK plug BS1363/A (C18) Extern AC/DC 1RU 1k2W (A+B Pwr) JP AC-DC-1RU-1K2/04 Japan plug TD-TM3000 Rev U | 2018-06-24 53 (60) Infinera Proprietary and Confidential...
  • Page 58 • Board Eject tool (MEC100359) The rack mounted AC/DC converter AC-DC-1RU-850/0n is shipped with two AC cables (2.5m length) with an AC plug type corresponding to the country code. TD-TM3000 Rev U | 2018-06-24 54 (60) Infinera Proprietary and Confidential...

  • Page 59: Spare Parts

    Note: The 850W PSU can also be used as a spare part in the AC-DC-1RU-650 main frame. AC/DC 1RU 1k2W (Spare Part) PS1A1K2/1 Spare part AC/DC converter modules, two modules per AC-DC-1RU-1k2. TD-TM3000 Rev U | 2018-06-24 55 (60) Infinera Proprietary and Confidential...

  • Page 60: Appendix: Example Configurations

    • OCM/2P for automatic power balancing via an Optical Control Loop. Note that an Y-cable is used to drop of signal to OCM/2P. • OSC channel for management access to line amplifier nodes Fig. 37 40ch NE configuration TD-TM3000 Rev U | 2018-06-24 56 (60) Infinera Proprietary and Confidential...

  • Page 61: 80X 10Gb/S Tm-3000/Tm-3000/Ii Example

    • OCM/2P for automatic power balancing via an Optical Control Loop. Note that an Y-cable is used to drop of signal to OCM/2P. • OSC channel for management access to line amplifier nodes TD-TM3000 Rev U | 2018-06-24 57 (60) Infinera Proprietary and Confidential...
  • Page 62 PPENDIX XAMPLE ONFIGURATIONS Fig. 39 80ch configuration TD-TM3000 Rev U | 2018-06-24 58 (60) Infinera Proprietary and Confidential...
  • Page 63 PPENDIX XAMPLE ONFIGURATIONS Chassis 1: Fig. 40 40ch chassis, even channels Chassis 2: TD-TM3000 Rev U | 2018-06-24 59 (60) Infinera Proprietary and Confidential...
  • Page 64 PPENDIX XAMPLE ONFIGURATIONS Fig. 41 40ch chassis, odd channels TD-TM3000 Rev U | 2018-06-24 60 (60) Infinera Proprietary and Confidential...

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