Infinera XTM Series User manual

XTM Series
TM-102
Technical Description
TM-102 DC, 19"/ETSI/23" (TM102-DC)
TM-102 passive,19"/ETSI/23" 1xL+1xS (TM102-PAS-L-S)
TM-102 passive,19"/ETSI/23" 3xS (TM102-PAS-3S)
TD-TM102
Rev R | 2018-06-25

Copyright
© 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.
Infinera makes no warranties or representations, expressed or implied, of any kind relative to the information or any
portion thereof contained in this Manual or its adaptation or use, and assumes no responsibility or liability of any kind,
including, but not limited to, indirect, special, consequential or incidental damages, (1) for any errors or inaccuracies
contained in the information or (2) arising from the adaptation or use of the information or any portion thereof
including any application of software referenced or utilized in the Manual. The information in this Manual is subject to
change without notice.
Trademarks
Infinera, Infinera Intelligent Transport Networks, I-PIC, IQ NOS, FlexILS, DTN-X, DTN, ATN, FastSMP and logos that
contain Infinera are trademarks or registered trademarks of Infinera Corporation in the United States and other
countries. All other trademarks in this Manual are the property of their respective owners.
Infinera DTN-X, DTN, FlexILS, Cloud Xpress, XT and ATN Regulatory Compliance
FCC Class A
This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) this
device may not cause harmful interference, and (2) this device must accept any interference received, including
interference that may cause undesired operation. Modifying the equipment without Infinera's written authorization
may result in the equipment no longer complying with FCC requirements for Class A digital devices. In that event,
your right to use the equipment may be limited by FCC regulations, and you may be required to correct any
interference to radio or television communications at your own expense.
DOC Class A
This digital apparatus does not exceed the Class A limits for radio noise emissions from digital apparatus as set out in
the interference-causing equipment standard titled “Digital Apparatus," ICES-003 of the Department of
Communications.
Cet appareil numérique respecte les limites de bruits radioélectriques applicables aux appareils numériques de
Classe A prescrites dans la norme sur le matériel brouilleur: "Appareils Numériques," NMB-003 édictée par le
Ministère des Communications.
Class A ITE
This is a Class A product based on the standard of the VCCI Council. If this equipment is used in a domestic
environment, radio interference may occur, in which case, the user may be required to take corrective actions.
Warning
This is a class A product. In a domestic environment this product may cause radio interference in which case the user
may be required to take adequate measures.
FDA
This product complies with the DHHS Rules 21CFR 1040.10 and 1040.11, except for deviations pursuant to Laser
Notice No. 50,dated June 24, 2007.

Technical Assistance
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• Email: [email protected]
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• Infinera corporate website: http://www.infinera.com
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Please see the Infinera Customer Web Portal to view technical support policies and
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CONTENTS
Contents
1 Introduction.........................................................................................................................1
1.1 Document Revision History.........................................................................................1
2 Functional Description .........................................................................................................2
2.1 TM-102 Basic Configuration .......................................................................................2
2.2 Rack Mount Options...................................................................................................3
2.2.1 19”, ETSI or 23”................................................................................................3
2.2.2 300mm or >300mm rack mount .........................................................................4
3 Active TM-102.....................................................................................................................5
3.1 Primary Power Alternatives.........................................................................................5
3.2 Slot Numbering..........................................................................................................6
3.3 Management Access..................................................................................................6
4 Passive TM-102 ..................................................................................................................7
5 Running nodes without a CU................................................................................................8
6 Supported Plug-in Units .......................................................................................................9
7 Plug-in units in TM-102 ........................................................................................................1
8 Labels ................................................................................................................................7
9 Technical Data ....................................................................................................................9
9.1 Environmental conditions ...........................................................................................9
9.2 Revision Data............................................................................................................9
9.3 Ordering Data..........................................................................................................10
9.3.1 Spare Parts....................................................................................................10

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1 Introduction
This manual provides an overview of the TM-102 chassis.
1.1 Document Revision History
Table 1 Document Revision History
Revision Date Description of changes
A 2012-03-07 Due to introduction of a new documentation tool, the revision is reset to A. For de-
tails on previous document changes/updates, please see corresponding document
in System Manual release R18.
There are editorial changes in this version compared to the R18 version.
B 2012-08-20 Updated/improved chapter on supported plug-in units
C 2013-03-19 Removal of incorrect data on AC/DC module in chapter 9. Misc edits.
D 2013-03-19 R21 updates: Updated plug-in unit compatibility matrix.
E 2013-11-10 R22 updates: Updated plug-in unit compatibility matrix.
F 2014-05-15 R23 updates: Updated plug-in unit compatibility matrix.
G 2014-09-15 R23.1 updates. Updated plug-in unit compatibility matrix.
H 2014-12-20 R24.0 updates.
- Updated SW release number in plug-in unit compatibility matrix.
- R-state change on passive TM-102 chassis versions. See chapter 9.2
- A passive TM-102 can manually be entered in the ENM as a slave to an active
TM-102.
I 2015-06-01 Changes to reflect R25 additions.
J 2015-06-01 Changes to reflect R26 additions.
K 2016-03-16 Changes to reflect R26.1 additions.
L 2016-06-16 Changes to reflect R27.0 additions.
M 2017-04-16 Changes to reflect R28.1 additions.
N 2017-06-20 Changes to reflect R29.0 additions.
O 2017-09-20 Changes to reflect R29.1 additions.
P 2017-12-15 Changes to reflect R30.0 additions.
Q 2018-04-15 Changes to reflect R30.1 additions (only changed release references).
R 2018-06-25 Changes to reflect R31.0 additions (only changed release references).
INTRODUCTION

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2 Functional Description
2.1 TM-102 Basic Configuration
Fig. 1 Active TM-102 chassis
The TM-102 chassis is no longer orderable. It is replaced by the more recent TM-102/II chas-
sis. The information in this document is for reference only. Spare parts are still available.
The TM-102 chassis is provided in three versions. One “active” version that is DC or AC pow-
ered and two “passive” versions without any powering at all.
The active TM102–DC can house both active plug-in units (e.g. Transponders) and passive fil-
ters (e.g. DWDM filter).
The two passive chassis options have no primary powering and can only house passive
boards, such as DWDM/CWDM filters and optical couplers. Even though these passive
boards need to electrical power to function, they have an onboard EEPROM circuit to enable
extraction of inventory data. In the active TM102–DC chassis this inventory information can
be extracted and made available via the Embedded Node Manager or DNA-M Network man-
ager. The no-powered versions of the TM-102 chassis have not this capability. Even so, they
can be manually added in the DNA-M to be part of the network topology.
The ordering code (see table below) includes the chassis mechanics (item code), mounting
material, cover panels and relevant DC power cables etc.
Table 2 TM-102, Active and passive slots
Ordering code Item code Slot types Comment
TM102-DC M102/ENC 1 full-height + 1 half-height DC or AC powering
TM102-PAS-L-S M102/PAS 1 full-height + 1 half-height No primary power
TM102-PAS-3S M102/PAS/3 3 half-height No primary power
The TM-102 does not have any slot for a Control Unit (CU). All TM-102 configurations are
“CU-less”.
FUNCTIONAL DESCRIPTION

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For information on which plug-in units that can be mounted in a TM-102 chassis, see separate
chapter within this document.
For AC primary power configurations, a separate AC/DC converter is used. Two AC/DC units
are required to provide dual/redundant primary power configurations.
Passive versions of the TM-102 :
TM102–DC characteristics:
• Only front access.
• 1U high.
• One active slot and one passive slot
• Dual DC power. External AC/DC converters.
• Fixed fan units.
2.2 Rack Mount Options
At delivery the TM–102 chassis is equipped with 19” mounting brackets.
For details on the installation procedure, see the TM-102 Installation Guide
2.2.1 19”, ETSI or 23”
For ETSI and 23” mounting a set of extension brackets are mounted on the 19” brackets as
shown in the figure below.
The TM-102 is delivered with the both ETSI and 23” extension brackets. Two mounting op-
tions are provided that places the chassis at different depths within the rack.
Fig. 2 Extension brackets for 23” mounting
FUNCTIONAL DESCRIPTION

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2.2.2 300mm or >300mm rack mount
The ETSI and 19” standards include 300mm deep racks. The brackets mounted on the TM-
102 chassis are for 19” and for mounting depths >300mm. An additional pair of mounting
brackets is provided that enables the TM-102 chassis to be mounted in 300mm racks, both for
ETSI as well as 19” mounts.
The front of the TM-102 chassis will consequently 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.
FUNCTIONAL DESCRIPTION

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3 Active TM-102
3.1 Primary Power Alternatives
The TM-102 can be powered via dual DC power inlets. The two DC inlets are placed on the
front side of the chassis as shown in 3.
Fig. 3 DC Inlets
For AC primary power configurations, a separate AC/DC converter is used. Two AC/DC units
are required to provide dual/redundant primary power configurations. The index indicates type
of AC plug on the AC power cord. The AC cable is of 2.5m length with an power plug depend-
ing on selected country code and with an appliance connector of type C13 (IEC 60320-1). The
AC appliance connector type of the PSU is C14 (IEC 60320-1)
Fig. 4 External AC/DC converter
Table 3 AC/DC converters for TM-102 chassis
Item name Item code Comment
AC/DC Unit 3p Plug 3.81mm PSM2 EUR PS3A-10003/01 European plug.
CEE 7/VII
AC/DC Unit 3p Plug 3.81mm PSM2 US PS3A-10003/02 US plug
NEMA 5-15
AC/DC Unit 3p Plug 3.81mm PSM2 GB PS3A-10003/03 UK plug
BS1363/A (C18)
AC/DC Unit 3p Plug 3.81mm PSM2 JP PS3A-10003/04 Japan plug
AC/DC Unit 3p Plug 3.81mm PSM2 AU PS3A-10003/05 Australia Plug
AC/DC Unit 3p Plug 3.81mm PSM2 CH PS3A-10003/06 Swiss plug
SEV 6534-2
For more technical details on primary power, see 9 Technical Data.
ACTIVE TM-102

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3.2 Slot Numbering
The board slots are numbered to ease installation instructions and for entering of circuit infor-
mation used in the DNA-M. Slot no 1 is always dedicated for a Control Unit (or similar). Since
the TM-102 is only for CU-less configurations, the first slot starts with number 2.
The active, full-sized slot has number 2, the passive slot has number 3.
The slot numbers are written on the front, under the card slots.
3.3 Management Access
Ethernet-based access is done via the RJ-45 connector located on the front side (DCN 1).
The electrical Ethernet interfaces can be connected to its interfacing equipment with an Ether-
net cable and is suitable for connection to intra-building wiring only. 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.
Fig. 5 DCN Access
Serial access is done via the RJ-45 connector on the Traffic Unit (Console RS232).
ACTIVE TM-102

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4 Passive TM-102
There are two passive versions of the TM-102:
• TM102-PAS-L-S : 1 full-sized and 1 half-sized. Any passive full- or half-height can be
mounted in the passive TM-102 chassis.
• TM102-PAS-3S: 3 half-sized slots.
Fig. 6 TM102-PAS-L-S and TM102-PAS-3S
PASSIVE TM-102

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5 Running nodes without a CU
The CU provides an aggregated management view of a Network Element. A TM-102 node
has no CU. This means that the microprocessor on the Traffic Unit (i.e. Transponder or Mux-
Ponder) must undertake the functionality of a CU. The complete node management SW, ENM
will thus be loaded into the unit microprocessor.
A TM-102 configuration will thus have CLI and GUI (Internet Browser) interface to the node
manager ENM with same feature set as for configurations with a CU (i.e. TM-3000 and TM-
301 configurations), with some restrictions:
• TM-102 with older Trafic units will not have encryption (SSL/SSH) on the management traf-
fic to/from the NE. Other precautions must be taken to maintain integrity if a public DCN is
used. All units introduced in R13 (June 2009) and onwards supports SSL/SSH.
• Equipment/client protection configurations between two Traffic Units cannot be created
since it requires that both units are placed in the same card cage. This is an obvious restric-
tion since the TM-102 has only one active slot. Line protection of client protection that is
configured within the same board is however fully feasible. As an example, a TPQMR has
four Transponder functions on the same board and client protection can be setup between
these transponder functions. The Optical Coupler (OCU2) can be placed in e.g. a passive
TM-102 chassis.
• Configuration upload from CU to Traffic Units at unit replacement is not available since no
CU is present. Upload from DNA-M is the alternative option.
• At “cold start”, i.e. when powered up for the first time or after a complete power loss, the
real time clock must manually be set. This is because the Traffic units have no battery back-
up functionality to maintain timing data at power loss.
The passive slot in the TM-102 is part of the Management view. A passive unit will thus show
up in the management interface and provide inventory data.
Some older Traffic Units do not support management view of the passive slot (HW
restrictions);
• TPQMR R1 revision (phased out 2006)
• MXP8 (8-port SDH MuxPonder) — Last Time Buy (LTB) in December 2010
• TPDGBE (Dual GbE DWDM Transponder) — Last Time Buy (LTB) in November 2006
• TPDFC-CSM/yyyy & TPDFC-CMM/yyyy (Dual FC CWDM Transponder) — LTB, November
2006
• TPDFCDSM/xxxxx & TPDFCDMM/xxxxx (Dual FC DWDM Transponder) — LTB, Novem-
ber 2006
RUNNING NODES WITHOUT A CU

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6 Supported Plug-in Units
An active unit, e.g. Transponder must fulfill two requirements to be mounted in a TM-102
chassis:
• Support CU-less configuration, i.e. can run without a Control Unit.
• Does not consume more electrical power than ~45W
See chapter below for compatible plug-in units.
SUPPORTED PLUG-IN UNITS

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7 Plug-in units in TM-102
The table below lists all plug-in units supported at release R31.0 and in which chassis and slot
positions they can be inserted. Note that the table also contains units that no longer are
orderable.
A “Type” parameter is used to identify the type of units as shown below:
Type Description
A Active unit, i.e. must be inserted in an active slot
P Passive unit, i.e. must be inserted in an passive slot
FH Full-height unit, i.e. occupies a full-height slot
HH Half-height unit, i.e. occupies a half-height slot
The board width is also indicated in the Type parameter.
As an example: The TPQMR unit has the type A/FH-1 meaning that the unit an Active, Full-
Height unit that requires 1 slot.
“NA” means that this unit is not supported. “EOA-A” means “End Of Availability - Announced”.
The board is in end of life process. “EOA-E” means “End Of Availability - Effective”. The board
is no longer orderable.
The 40G and 100G units are not part of the table since they require two or three slots.
Table 4 Plug-in units, TM-102 compatibility (Release R31.0 content)
Category Item Name Item ID Type
TM-102
TM-102-PAS-L-S
TM-102-PAS-3S
EOA status
Transponders,
Muxponders
@2.5G
line rate
Quad MultiRate
xWDM
Transponder
TPQMR A/FH-1 2 NA NA EOA-E
Double DGbE
xWDM, Basic
Unit
TPDDGBE A/FH-1 2 NA NA
8p SDH/SONET
2,5G Muxponder
v2
MXP8/II A/FH-1 2 NA NA EOA-E
@4G
line rate
MultiService
Muxponder MS-MXP A/FH-1 2 NA NA
Quad MultiSer-
vice
Transponder
TPQMS A/FH-1 2 NA NA EOA-E
Quad MultiProto-
col Transponder TPQMP A/FH-1 2 NA NA EOA-E
@10G
line rate
Double 10Gb/s
Lite Basic Unit TPD10G-L-BU A/FH-1 2 NA NA
Hex MultiRate
16G Lite
Transponder
TPMRHEX-L/16G A/FH-1 2 NA NA
10Gb/s C-band
Tunable Ext
Reach
TP10G/TC-ER A/FH-1 2 NA NA EOA-E
10G C-band
Tunable OTN
Transponder
TP10GOTN/TC A/FH-1 2 NA NA EOA-E
10G Hex Trans-
ponder OTN TPHEX10GOTN A/FH-1 NA NA NA
OTN Muxponder
10G MXP10GOTN A/FH-1 2 NA NA
PLUG-IN UNITS IN TM-102

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Table 4 Plug-in units, TM-102 compatibility (Release R31.0 content) (cont’d.)
Category Item Name Item ID Type
TM-102
TM-102-PAS-L-S
TM-102-PAS-3S
EOA status
MultiService
Muxponder 10G MS-MXP/10G A/FH-1 2 NA NA
Fronthaul Ac-
cess unit FHAU/1 A/FH-1 NA NA NA
FrontHaul Mux-
ponder 10G FH-MXP10G A/FH-1 2 NA NA
MultiService
MXP Tunable
10G ER
MS-MXP10G/TC-ER A/FH-1 2 NA NA EOA-E
9xGbE/10Gb
Muxponder, BU GBE9-MXP10G A/FH-1 2 NA NA EOA-E
9xGbE/10G FEC
Muxponder GBE9/MXP10GFEC A/FH-1 2 NA NA
Double 10Gb/s
FEC Basic Unit TPD10GBE-BU A/FH-1 2 NA NA
Quad 10G FEC
Transponder 1-
slot
TPQ10GFEC/I A/FH-1 NA NA NA
Quad MultiSer-
vice 10G FEC
Transp
TPQ10GFEC A/FH-2 NA NA NA EOA-E
4xSTM-16/STM-
64 Muxponder 4x2G5-MXP10G A/FH-1 2 NA NA EOA-E
@100G line rate Flexponder
400G OTN FXP400GOTN A/FH-1 NA NA NA
Layer-2 10xGbE/10GbE
Ethernet Mux-
ponder-II
GBE10-EMXP10/II A/FH-1 2 NA NA
22xGbE/10GbE
Ethernet Mux-
ponder-II
GBE22-EMXP10/II A/FH-2 NA NA NA
8x10GbE Ether-
net MuxPonder-
II
EMXP80G/II A/FH-2 NA NA NA EOA-E
4x10GbE Ether-
net MuxPonder-
II
EMXP40G/II A/FH-1 2 NA NA EOA-E
22xGbE/
4x10GbE Eth
MuxPonder-IIe
EMXP62/IIE A/FH-2 NA NA NA
8xGbE/4x10GbE
Eth MuxPonder-
IIe
EMXP48/IIE A/FH-1 NA NA NA
12x10GbE Eth
MuxPonder-IIe EMXP120/IIE A/FH-2 NA NA NA
1x100G/12*10G
Ethernet Mux-
Ponder-IIe
EMXP220/IIE A/FH-2 NA NA NA
24x10GbE
Ethernet Mux-
Ponder-IIe
EMXP240/IIE A/FH-2 NA NA NA
8xMPO Ethernet
MuxPonder-III EMXP/III A/FH-2 NA NA NA
4x100G PT-Fab-
ric I/O Unit PTIO-100G A/FH-1 NA NA NA
12x10G PT-Fab-
ric I/O Unit PTIO-10G A/FH-1 NA NA NA
2x100/200G,
12x10G, 1xMPO
Ethernet Mux-
Ponder-III
EMXP440/III A/FH-2 NA NA NA
PLUG-IN UNITS IN TM-102

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Table 4 Plug-in units, TM-102 compatibility (Release R31.0 content) (cont’d.)
Category Item Name Item ID Type
TM-102
TM-102-PAS-L-S
TM-102-PAS-3S
EOA status
MBA MS Access Hub
4xSTM-1/OC-3
+16xEth
MXP-MBH/1 A/FH-2 NA NA NA
DWDM
Optical
Add/drop
1ch DWDM Add-
Drop Unit, AB
1ch DWDM Add-
Drop Unit, BA
AD1AB/xxxxx
AD1BA/xxxxx P/HH-1 3 3 2–4 EOA-E
2ch DWDM Add-
Drop Unit, AB
2ch DWDM Add-
Drop Unit, BA
AD2AB/xxxxx
AD2BA/xxxxx P/HH-1 3 3 2–4 EOA-E
4ch DWDM Add-
Drop Unit, AB
4ch DWDM Add-
Drop Unit, BA
AD4AB/xxxxx
AD4BA/xxxxx P/HH-1 3 3 2–4 EOA-E
2ch OA DWDM
Add-Drop Unit
AB
2ch OA DWDM
Add-Drop Unit
BA
AD2OAAB/xxxxx
AD2OABA/xxxxx P/HH-1 3 3 2–4 EOA-E
1ch/2F A/D
DWDM Add-
Drop
AD1-2F/xxxxx P/HH-1 3 3 2–4
4ch/2-fiber
DWDM Add-
Drop
AD4-2F/xxxxx P/HH-1 3 3 2–4
2ch DWDM
OADM xxx/yyy OADM2CH/xxx P/HH-1 3 3 2–4
4ch DWDM Add-
Drop Even
50GHz
AD4/50G-E/xxx P/HH-1 3 3 2–4
4ch DWDM Add-
Drop Odd
50GHz
AD4/50G-O/xxxx P/HH-1 3 3 2–4
1x5 Band Splitter
Unit / EVEN
50GHz
BSU1X5/EVEN50G P/HH-1 3 3 2–4
1x5 Band Splitter
Unit / ODD
50GHz
BSU1X5/ODD50G P/HH-1 3 3 2–4
1x2 ROADM
100GHz 1x2ROADM/100G A/FH-1 NA NA NA
1x2 ROADM
50GHz 1x2ROADM/50G A/FH-1 NA NA NA
1x4 ROADM unit
F-model 1x4ROADM-F A/FH-1 NA NA NA
1x9 ROADM unit
F-model 1x9ROADM-F A/FH-1 NA NA NA
1x4 ROADM
100GHz 1x4ROADM/100G A/FH-2 NA NA NA
1x8 ROADM
50GHz 1x8ROADM/50G A/FH-2 NA NA NA
DWDM
OpticalMux/
DeMux
8ch Mux/DeMux,
Extendable MDU8-E P/FH-1 NA 2 NA
8ch Mux/DeMux,
Terminal MDU8-T P/FH-1 NA 2 NA
8ch Even Mux/
DeMux,
Extendable
MDU8-E/EVEN-C P/FH-1 NA 2 NA
8ch Even Mux/
DeMux, Terminal MDU8-T/EVEN-C P/FH-1 NA 2 NA
PLUG-IN UNITS IN TM-102

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Table 4 Plug-in units, TM-102 compatibility (Release R31.0 content) (cont’d.)
Category Item Name Item ID Type
TM-102
TM-102-PAS-L-S
TM-102-PAS-3S
EOA status
40ch MDU, even
50GHz DWDM MDU40/50G-EVEN A/FH-3 NA NA NA
40ch MDU, odd
50GHz DWDM MDU40/50G-ODD A/FH-3 NA NA NA
40ch MDU-Lite ,
even 50GHz
DWDM
MDU40/50G-EVEN-
LA/FH-3 NA NA NA
40ch MDU-Lite ,
odd 50GHz
DWDM
MDU40/50G-ODD-L A/FH-3 NA NA NA
MDU-E 8ch
Even 50GHz
DWDM
MDU8EE919-926 P/FH-1 NA 2 NA
MDU-E 8ch
Even 50GHz
DWDM
MDU8EE927-934 P/FH-1 NA 2 NA
MDU-E 8ch
Even 50GHz
DWDM
MDU8EE935-942 P/FH-1 NA 2 NA
MDU-E 8ch
Even 50GHz
DWDM
MDU8EE943-950 P/FH-1 NA 2 NA
MDU-E 8ch
Even 50GHz
DWDM
MDU8EE951-958 P/FH-1 NA 2 NA
MDU-E 8ch Odd
50GHz DWDM MDU8EO9185-9255 P/FH-1 NA 2 NA
MDU-E 8ch Odd
50GHz DWDM MDU8EO9265-9335 P/FH-1 NA 2 NA
MDU-E 8ch Odd
50GHz DWDM MDU8EO9345-9415 P/FH-1 NA 2 NA
MDU-E 8ch Odd
50GHz DWDM MDU8EO9425-9495 P/FH-1 NA 2 NA
MDU-E 8ch Odd
50GHz DWDM MDU8EO9505-9575 P/FH-1 NA 2 NA
16p Colorless
MDU 50GHz MDU16-CL/50G A/FH-3 NA NA NA
Misc DWDM Optical Interlea-
ver Unit
100/200GHz
OIU-C-100/200 P/HH-1 3 3 2–4
Optical Interlea-
ver Unit
50/100GHz
OIU-C-50/100 P/HH-1 3 3 2–4
2-port OCM OCM/2p A/FH-1 2*) NA NA
8ch Variable Op-
tical Attenuator –
II
VOA-8CH/II A/FH-1 2 NA NA EOA-E
8ch SFP-based
VOA unit VOA-8CH/SFP A/FH-1 2 NA NA
2ch Variable Op-
tical Attenuator VOA-2CH A/HH-1 3 NA NA
Optical Band
Unit OBU1300/1550 P/HH-1 3 3 NA
2xOptical Cou-
pler Unit OCU2 P/HH-1 3 3 2–4
4xOptical Cou-
pler Unit OCU4 P/HH-1 3 3 2–4
Protection Con-
trol Unit PCU/2P A/HH-1 NA NA NA
FPU unit FPU/1 A/FH-1 2 NA NA
Optical
Amplifiers
Optical Line
Amplifier
17dBm C-band
OA17C A/FH-1 2 NA NA
PLUG-IN UNITS IN TM-102

TD-TM102 Rev R | 2018-06-25 5 (11)
Infinera Proprietary and Confidential
Table 4 Plug-in units, TM-102 compatibility (Release R31.0 content) (cont’d.)
Category Item Name Item ID Type
TM-102
TM-102-PAS-L-S
TM-102-PAS-3S
EOA status
Dual Optical Line
Amplifier
17/17dBm C-
band
OA2-17/17CC A/FH-1 2 NA NA
Optical Line
Amplifier
20dBm C-band
OA20C A/FH-1 2 NA NA
Dual Optical Line
Amplifier
20/20dBm C-
band
OA2-20/20CC A/FH-1 2 NA NA
Opt Low Gain
Amp
C-Band 20dBm
OA20C/LG A/FH-1 2 NA NA
Dual Opt Low
Gain Amp
C-Band 20dBm
OA2-20/20/CC/LG A/FH-1 2 NA NA
Variable Gain
Opt Ampl
20dBm C-band
OA20C/VG A/FH-1 2 NA NA
Dual Var Gain
Opt Ampl
20dBm C-band
OA2-20/20/CC/VG A/FH-1 2 NA NA
Opt Flat Gain
Amp C-Band
10 dBm
OA10C/FG A/FH-1 2 NA NA
Variable Gain
Ampl 20dBm C-
band-II
OA20C/VG/II A/FH-1 2 NA NA
Dual Var Gain
Ampl 20dBm C-
band-II
OA2-20C/VG/II A/FH-1 2 NA NA
RAMAN/EDFA
21dBm HG OA-RAED-21HG A/FH-2 NA NA NA
RAMAN/EDFA
20dBm LG OA-RAED-20LG A/FH-2 NA NA NA
CWDM
AD-filters
1ch Add/drop
CWDM (single-
fiber)
ADCWDM/yyyy P/HH-1 3 3 2–4 EOA-E
1ch CWDM Add/
drop (single-
fiber)
AD1C/yyyy P/HH-1 3 3 2–4
2x1ch Add/Drop
CWDM (single-
fiber)
AD2X1C/yyyy P/HH-1 3 3 2–4
1ch/2-fiber
CWDM Add-
Drop
AD1C-2F/yyyy P/HH-1 3 3 2–4
OSC and OTDR
filter
AD1C-2F-OTDR/
1510 P/HH-1 3 3 2–4
CWDM
OpticalMux/
DeMux
4ch MDU
CWDM, single fi-
ber, TA
4ch MDU
CWDM, single fi-
ber, TB
MDUC4-TA/1470
MDUC4-TB/1470 P/HH-1 3 3 2–4
4ch MDU
CWDM, single fi-
ber, EA
4ch MDU
CWDM, single fi-
ber, EB
MDUC4-EA/1270
MDUC4-EB/1270 P/HH-1 3 3 2–4
PLUG-IN UNITS IN TM-102

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Infinera Proprietary and Confidential
Table 4 Plug-in units, TM-102 compatibility (Release R31.0 content) (cont’d.)
Category Item Name Item ID Type
TM-102
TM-102-PAS-L-S
TM-102-PAS-3S
EOA status
8ch CWDM Mux,
fiber-pair
8ch CWDM De-
Mux, fiber-pair
MU-2F/1470
DU-2F/1470 P/HH-1 3 3 2–4
4ch CWDM
MDU fiber-pair
Extendable
MDU4-E-2F P/HH-1 3 3 2–4
4ch CWDM
MDU fiber-pair
Terminal
MDU4-T-2F P/HH-1 3 3 2–4
*) The OCM/2P can be mounted in a TM-102 chassis as long as it is not included in an Optical
Control Loop.
PLUG-IN UNITS IN TM-102

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Infinera Proprietary and Confidential
8 Labels
The TM-102 chassis is marked with a Product Label and a System Label. Both are placed on
the top of the chassis, on the left, front side.
Fig. 7 Labels
The Product label contains:
Fig. 8 Product Label
1. Infinera logotype
2. Product number
3. Product revision
4. Barcode 128 containing: product number “space” revision
5. Production date: yearWweeknumber
6. Serial number
7. Barcode 128 containing: serial number
8. Barcode 128 containing: product number, revision, production date, serial number
9. Approval markings
LABELS