Hex Multi-Rate 16G Lite Transponder

DATA SHEET
X TM SE R I ES
HEX MULTI-RATE 16G LITE TRANSPONDER
High Density Multi-service Transport
The HEX Multi-Rate 16G Lite Transponder (TPMRHEX-L/16G) is part
This entails “grey” CWDM and DWDM transceivers as well as “single-
of the Infinera XTM Series. The TPMRHEX-L/16G is a one-slot unit
strand” transceivers that enable direct operation on single-fiber
providing six independent transponder functions. This enables the
configurations without the need for a DWDM filter.
unit to provide extremely dense and energy-efficient 40/80-channel
networking solutions.
The TPMRHEX-L/16G is characterized by high density, low latency
and low power capabilities as well as multi-rate support. These are
advantages that make the TPMRHEX-L/16G specifically suitable
for applications such as data center/SAN interconnects and mobile
Six Independent Transponder Functions in
Only One Slot
Each transponder function performs “3R” regeneration (re-amplify,
re-shape, re-time) regardless of traffic format.
backhaul/fronthaul. The unit is also useful in generic applications,
The transparent 3R functionality enables the TPMRHEX-L/16G to
providing cost-efficient 10 Gb/s transport.
be used as a transponder or a regenerator for any signal format.
Regeneration of forward error correction (FEC) coded signals, such
Multi-Rate Support for Multiple Services
as OTU2, can be done without affecting the performance of the link
since the endpoints’ FEC coding is sufficient.
The TPMRHEX-L/16G’s interfaces support both SFP and SFP+
Each transponder supports near-end as well as far-end loopback
transceivers, which provide an extremely wide range of supported
configurations for fault-finding purposes.
signal formats.
Key benefits:
■ Optimized for data center/SAN interconnects and mobile fronthaul
thanks to broad support for services such as Fibre Channel (FC), 10
GbE and Common Public Radio Interface (CPRI)/Open Base Station
Architecture Initiative (OBSAI)
■ Unprecedented high density capabilities with six transponder
functions on a one-slot unit, saving valuable rack space
■ Wide range of supported traffic formats using SFP and SFP+
transceivers (614 Mb/s – 14 Gb/s)
■ Technology-agnostic. Pluggable transceivers enable usage in CWDM
as well as DWDM networks
■ Low latency, making this unit ideal in data center and mobile
fronthaul applications
■ Low power consumption, reducing the total cost of ownership
XTM SERIES
Management Interconnect without Local DCN Access
TM-3000/II
Fan OK
TM-3000
1
2
4
5
6
7
8
9
Fan B
Fan OK
Fan fail
10
11
22
13
12
21
14
20
15
19
16
PWR
18
17
18
22
23
Tx
Rx
24
16
19
Tx
Rx
20
21
Tx
17
Tx
Rx
18
Rx
22
19
Tx
Rx
20
21
Tx
23
Tx
Rx
24
Rx
22
23
Tx
Rx
24
Client/Equipment Protection
STS
Console
17
Tx
Rx
15
PWR
RS 232
Rx
14
Tx
Rx
TP6
24
Rx
TP6
Rx
16
29 57
30 58
934 948
31 59
32 60
935 949
33 61
34 62
936 950
35 63
36 64
937 951
37 65
38 66
938 952
39 67
40 68
939 953
41 69
42 70
940 954
43 71
44 72
941 955
45 73
46 74
942 956
47 75
48 76
943 957
49 77
50 78
944 958
51 79
52 80
945
53
54
946 Line
55 81
56 82
RS 232
Console
21
RS 232
20
Console
19
Tx
22
23
Tx
15
TP5
Rx
14
Tx
Rx
TP6
24
Rx
13
Tx
TP4
21
TP6
Rx
18
Tx
Rx
20
Tx
TP3
19
Rx
TP2
22
23
Tx
17
Tx
Rx
18
Tx
TP6
24
Rx
TP1
Rx
TP6
Rx
17
Tx
Console
RS 232
21
13
Tx
12
TP5
20
Tx
16
11
Tx
Rx
OA 2 VG
20/20 C
947
933
MDU40
10
TP4
19
Rx
15
Rx
TP3
18
Tx
14
Tx
Rx
16
TP2
Rx
15
Rx
TP1
17
Tx
Rx
14
Tx
8
9
12
TP5
22
23
Tx
24
Rx
6
7
Rx
11
Rx
TP4
21
Rx
22
23
Tx
Rx
16
13
Tx
TP5
20
Tx
13
Tx
TP5
Rx
19
Rx
21
15
Rx
TP3
18
Tx
20
14
Tx
TP2
Rx
19
Tx
Rx
TP5
Rx
17
Tx
18
Tx
Rx
TP6
Tx
4
16
TP5
Tx
Rx
13
Tx
12
Rx
Tx
8
10
Tx
Rx
12
5
Tx
6
7
Tx
Rx
11
Tx
Rx
TP4
Rx
3
4
5
6
7
8
Tx
Rx
12
TP4
17
Tx
2
Rx
2
15
Rx
11
Tx
Rx
TP4
TP4
1
1
3
TP1
14
Tx
16
5
10
TP3
13
Rx
15
TP2
12
Tx
14
Tx
Rx
TP1
Rx
ICN1
ICN2
OSC1-4
Tx
11
Tx
Rx
13
Tx
TP3
TP3
ICN2
TP3
ICN1
11
Tx
4
9
Tx
Rx
10
2
3
Rx
Tx
Rx
9
Tx
Rx
PWR
STS
1
Tx
Rx
Tx
8
Rx
9
10
Rx
6
7
Tx
8
Rx
Tx
Rx
STS
Tx
5
Rx
6
7
Tx
8
9
10
11
DCN2
2
4
1
Rx 2
920
Tx 3
Rx 4
921
Tx 5
Rx 6
922
Tx 7
Rx 8
923
Tx 9
Rx 10
924
Tx 11
Rx 12
925
Tx 13
Rx 14
926
Tx 15
Rx 16
927
Tx 17
Rx 18
928
Tx 19
Rx 20
929
Tx 21
Rx 22
930
Tx 23
Rx 24
931
Tx 25
Rx 26
932
Tx 27
Rx 28
OIU-C
50/100
MS
MXP
OCM
2p
919
Tx
3
Rx
Tx
Rx
TP2
Eth
DCN2
wrapper-based dedicated management channel exists.
1
Tx
Rx
Tx
5
Tx
6
7
Rx
Tx
Rx
12
2
4
MS
MXP
MDU-Even
40ch/50G
TPMRH-L
16G
PWR
STS
3
Tx
Rx
4
5
Rx
Tx
8
9
Tx
Tx
1
Tx
Rx
3
Rx
Tx
6
TP2
TP2
ExtAlarm
Rx
PWR
STS
7x HEX TPs
7
Tx
2
TP1
USB
Console
Rx
10
Rx
4
5
Tx
6
8
9
Tx
1
Tx
Tx
Rx
4
5
7
Tx
Rx
2
PWR
STS
3
Tx
Rx
Tx
Rx
Rx
Rx
3
Tx
Rx
1
Tx
TP1
2
PWR
STS
TPMRH-L
16G
Console
RS 232
Rx
4
TPMRH-L
16G
Console
RS 232
1
Tx
TP1
2
3
Tx
Rx
TPMRH-L
16G
Console
RS 232
Rx
SYS
STS
Console
RS 232
1
Tx
STS
PWR
Console
RS 232
STS
PWR
TPMRH-L
16G
Tx/Rx
Odd100GHz
Even
PWR
STS
OIU-C
50/100
Tx/Rx
100GHz
1 Odd
2 Even
1
2
OIUs
PWR
TPMRH-L
16G
Line
Line
Tx/Rx 50GHz 3 Tx/Rx 50GHz 3
Nc
Nc
DWDM
DWDM
Transmode Transmode Transmode Transmode Transmode
AD 1Ch
2F
OA 2
Tx
Rx
3
4
Mon
OA2
OA1
OA 1
OCM
Port A
1
Port B
2
Tx
Rx
1
2
1470
1
Tx
2
Rx
Ext
OSC
TPMRH-L
16G
FREE SLOT
CU
SFP/II
RS 232
provides a smooth solution to management interconnect as no digital
Fan status
OK
Alarm
Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode TTrraannssmmooddee TTrraannssmmooddee TTrraannssmmooddee Transmode Transmode
Console
the need for local data communication network (DCN) access. This
3
Console
RS 232
management interconnect, signaling and software download without
Fan A
Fan fail
FREE SLOT
FREE SLOT
OCM
2x OA
A patent pending out-of-band management channel solution enables
3
Tx
Rx
4
I/O
Tx
5
Rx
6
CWDM
Two transponder functions can be connected via an optical coupler
into a client/equipment protection configuration. There are three
Wrist strap
options for this protection mechanism: a) between two transponder
Fig 1. A High-density and
Complete 40-channel
System within a Single
TM-3000/II Chassis.
functions located on the same unit, b) between two transponders
located on two different units within the same card cage, or c)
The configuration includes optical interleavers to enable hitless
between units located in separate chassis via the protection control
expansion to 80 channels. Automatic power balancing is provided
unit (PCU/2P).
via an optical control loop between the optical channel monitoring
unit (OCM/2P) and the variable optical attenuator (VOA) functions
within the 40-channel mux/demux unit (MDU). This configuration
Unidirectional Traffic Mode
The TPMRHEX-L/16G has an unusual, but very useful, operational
mode where each bidirectional transponder function can be used
for two unidirectional transponder functions instead.
also includes pre-amplifier and booster amplifier as well as optical
supervisory channels. The chassis configuration shows that there
are still unused slots in the chassis. The total card cage power
consumption for this configuration is about 300 W.
When used in the unidirectional mode, the TPMRHEX-L/16G supports
up to 12 unidirectional transponder functions. This capability is
particularly useful when transporting the digital return traffic between
High-density Data Center Interconnect Example
the hybrid fiber coax (HFC) node and the secondary hub in HFC access
For one-hop applications where automatic power balancing is not
networks or in other applications that require unidirectional transport.
needed, an even denser configuration can be achieved by using the
40-channel MDUs units from the XTG Series. These filters are then
mounted in the rack while the active transponder and amplifier units
Ideal in Mobile Fronthaul Applications
The TPMRHEX-L/16G supports all CPRIv6.1 and OBSAI rates from
(if required) are located in the chassis. All 80 transponder functions fit
into a single chassis with about 450 W card cage power consumption.
614 Mb/s up to 12.165 Gb/s with the lowest possible latency. This
makes the TPMRHEX-L/16G ideal in mobile fronthaul applications.
TM-3000/II
Fan OK
TM-3000
Fan A
Fan status
OK
Alarm
8
9
Fan fail
1
2
6
7
Fan B
Fan OK
Fan fail
10
11
22
13
12
21
14
20
15
19
16
18
17
22
Tx
Rx
Tx
24
Rx
19
20
21
Tx
Rx
22
23
24
14
15
16
17
18
Tx
Rx
Tx
Rx
Tx
Rx
Tx
Rx
Tx
Rx
19
20
21
Tx
Rx
22
23
24
14
15
16
17
18
Tx
Rx
Tx
Rx
Tx
Rx
Tx
Rx
Tx
Rx
19
20
21
Tx
Rx
22
23
24
14
15
16
17
18
Tx
Rx
Tx
Rx
Tx
Rx
19
20
21
Tx
Rx
22
23
24
12
Tx
Rx
Tx
Rx
14
15
Tx
Rx
Tx
Rx
Tx
Rx
OIU-C
50/100
OA 2
13
Tx
Rx
16
Mon
Tx/Rx
3
4 Odd100GHz
Even
17
18
19
OA2
OA1
OA 1
20
21
22
TP6
23
Rx
Console
Rx
Tx
Rx
TP6
Tx
Rx
12
13
TP5
21
Tx
11
Tx
TP4
Rx
20
Rx
10
TP3
24
19
Tx
TP2
Tx
16
18
TP1
Rx
15
17
RS 232
Tx
14
Console
RS 232
22
23
Rx
Rx
TP6
Tx
Rx
Rx
Tx
12
13
Rx
TP5
21
Rx
Tx
DWDM
8
9
Tx
11
Tx
TP4
Rx
20
Tx
6
7
Rx
10
TP3
24
19
16
18
TP2
Tx
15
17
TP1
Tx
Rx
14
Console
RS 232
22
23
Rx
TP6
Tx
Rx
Tx
1
2
Line
Tx/Rx 50GHz 3
Nc
Transmode Transmode Transmode Transmode Transmode
Rx
TP5
Rx
Rx
5
Rx
Tx
8
9
Tx
TP4
24
Tx
Rx
4
Tx
6
7
Rx
TP3
22
23
21
Rx
TP2
Rx
20
Tx
TP1
Tx
19
16
18
Console
RS 232
Rx
Tx
15
17
TP6
24
Tx
Rx
14
12
13
TP5
23
21
Tx
Rx
TP6
Rx
20
Tx
Rx
TP6
Tx
19
Rx
Rx
TP4
Tx
16
18
TP3
Rx
15
17
TP2
22
Tx
Tx
14
TP1
21
Tx
Rx
Console
RS 232
20
Tx
Rx
12
13
5
Rx
2
3
Rx
Tx/Rx
Odd100GHz
Even
PWR
STS
1
Tx
Tx
10
11
Tx
Rx
4
Tx
6
8
9
Tx
Rx
Tx
3
Rx
7
Rx
2
STS
OIU-C
50/100
MS
MXP
OA 2 VG
20/20 C
TPMRH-L
16G
PWR
1
Tx
5
Rx
11
TP5
Rx
19
Tx
Rx
Rx
Rx
Tx
8
10
Tx
TP4
Tx
16
18
TP3
Rx
15
17
12
13
TP5
Tx
14
TP2
Rx
TP1
Tx
Console
RS 232
Rx
Rx
Tx
4
Tx
6
7
9
Rx
2
STS
3
Rx
Tx
11
TPMRH-L
16G
PWR
1
Tx
5
Rx
Rx
10
Tx
TP4
Tx
TP6
24
Rx
TP3
22
23
Tx
TP2
21
16
18
TP1
20
15
17
12
13
Rx
Tx
8
9
Rx
Tx
4
Tx
6
7
Rx
2
STS
3
Rx
5
Rx
TPMRH-L
16G
PWR
1
Tx
Tx
11
TP5
19
14
Console
RS 232
Rx
Rx
13
Rx
Tx
8
10
Tx
TP4
Tx
12
Rx
Tx
4
Tx
6
7
9
Tx
TP3
Rx
TP2
Tx
Rx
TP6
Tx
Rx
TP1
Rx
12
13
Rx
2
STS
3
Rx
5
Rx
11
TP5
Rx
Console
RS 232
Tx
Rx
Rx
TPMRH-L
16G
PWR
1
Tx
Tx
10
Tx
TP4
24
16
18
TP3
23
15
17
12
13
TP6
Tx
Rx
Rx
Tx
4
Tx
6
8
9
Tx
Rx
11
2
STS
3
Rx
7
Rx
10
Tx
TPMRH-L
16G
PWR
1
Tx
5
Rx
TP2
Tx
TP1
22
Tx
Rx
Console
RS 232
21
Rx
Tx
8
9
Tx
Rx
11
TP5
20
Tx
4
Tx
6
7
Rx
10
Tx
TP4
Rx
19
14
Rx
TP3
Tx
2
STS
3
5
Rx
TP2
23
24
Tx
Rx
TP1
22
Tx
Rx
12
13
TP6
Tx
Rx
Tx
Rx
Console
RS 232
Rx
21
Tx
Rx
TP6
24
20
16
18
TPMRH-L
16G
PWR
1
Tx
Rx
Tx
8
9
Tx
11
TP5
23
19
15
17
Tx
Rx
4
Tx
6
7
Rx
10
Tx
TP4
Tx
14
Rx
TP3
22
Tx
Rx
TP6
Tx
Rx
Tx
Rx
2
STS
3
5
Rx
TP2
21
Tx
Rx
TP1
20
Tx
Rx
Console
RS 232
Rx
19
16
18
TPMRH-L
16G
PWR
1
Tx
Rx
Tx
8
9
Tx
TP5
Tx
15
17
TP5
Tx
Rx
14
Tx
Rx
4
Tx
6
7
Rx
TP4
Tx
Rx
Rx
TP4
Tx
Rx
TP6
Tx
Rx
16
18
12
2
STS
3
Rx
5
Rx
11
Tx
13
PWR
1
Tx
Tx
8
10
TP3
Rx
4
3
4
5
6
7
8
15
17
Rx
TP5
Tx
Rx
TP5
Rx
Tx
2
12
13
TP4
Tx
2
Tx
Rx
TP4
Tx
Rx
1
TP3
ICN2
ICN2
3
14
Rx
Rx
TPMRH-L
16G
14x HEX TPs
TP2
TP3
TP3
ICN1
Rx
ICN1
OSC1-4
TP2
Eth
DCN2
Tx
DCN2
Tx
1
Rx
12
13
Tx
4
Tx
6
7
9
Tx
Rx
11
2
STS
3
Rx
5
Rx
Rx
10
Tx
TPMRH-L
16G
PWR
1
Tx
Tx
8
9
Tx
Rx
Rx
4
Tx
6
7
Rx
Tx
TP1
TP2
TP2
ExtAlarm
a single TM-3000/II or TM-3000 chassis, as shown in the figure on
Rx
5
Rx
11
2
STS
3
Tx
8
10
Tx
TPMRH-L
16G
PWR
1
Tx
Rx
4
Tx
6
7
9
Tx
Rx
11
Tx
Rx
TP1
5
Rx
Rx
10
Tx
2
STS
3
Tx
8
9
Tx
Rx
PWR
1
Tx
Rx
4
Tx
6
7
Tx
Rx
Tx
Rx
3
Tx
Rx
4
5
Rx
2
STS
TP1
USB
Console
3
Tx
Rx
PWR
1
TPMRH-L
16G
Console
RS 232
Tx
Rx
TP1
2
STS
TPMRH-L
16G
Console
RS 232
Rx
1
Console
RS 232
RS 232
Console
Tx
STS
PWR
Console
RS 232
STS
TPMRH-L
16G
2x OA
OIU
PWR
PWR
Tx
next page.
5
23
24
Tx
Rx
1
2
1
2
OIU
TPMRH-L
16G
SYS
A complete 40-channel multi-service system can be configured within
4
Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode Transmode TTrraannssmmooddee TTrraannssmmooddee TTrraannssmmooddee TTrraannssmmooddee Transmode
CU
SFP/II
High-density Multi-service Application Example
3
Line
Tx/Rx 50GHz 3
Nc
DWDM
Wrist strap
Fig 2. A High-density
80-channel System Ideal in
Datacenter Interconnect
Applications, Combining Both
XTM Series and XTG Series.
XTM SERIES
Doubling the CWDM Capacity
Low Power Consumption
The TPMRHEX-L/16G supports high-density CWDM transceivers
A TPMRHEX-L/16G fully equipped with SFP+ transceivers in all ports
that double the number of wavelength channels in a conventional
consumes less than 30 W. Low power consumption in combination
CWDM network. As an example, a network with an 8-channel CWDM
with high density reduces site costs and enables more capacity to
MDU can carry up to 16 high-density CWDM channels with these
be handled at sites with restrictions on power consumption, cooling
high-density transceivers.
and space.
Specifications
Supported Traffic
Formats
Ethernet
1 GbE, 10 GbE-LAN and 10 GbE-WAN
SDN/SONET
STM-4/OC-12, STM-16/OC-48, STM-64/OC-192
OTN
OTU2, OTU2e
SAN
1G, 2G, 4G, 8G, 10G and 16G FC
CPRI/OBSAI
0.6144, 1.2288, 2.4576, 3.072, 4.9152, 6.144, 8.110, 9.830, 10.1376,
12.165 Gb/s
iWDM®
iWDM 10G-FEC, iWDM 10G, iWDM 4G, iWDM 2.5G
Layer-1
Performance
Monitoring
Simplified G.826 emulated via loss of optical signal, loss of sync etc.
Protection
Client/equipment protection
Power
Consumption
Max 30 W worst case (with all interfaces active and using DWDM transceivers)
Latency
<4 ns
Misc Features
Out-of-band management channels
Far-end and near-end line/client loopback
Unidirectional mode (up to 12 transponder functions per unit)
Specifications and Features Are Subject to Change
Global Headquarters
140 Caspian Court
Sunnyvale, CA 94089
USA
Tel: 1 408 572 5200
Fax: 1 408 572 5454
www.infinera.com
US Sales Contacts
sales-am@infinera.com
Asia and Pacific Rim
Infinera Asia Limited
8th floor
Samsung Hub
3 Church Street
Singapore 049483
Tel: +65 6408 3320
sales-apac@infinera.com
Europe, Middle East,
Africa
Infinera Limited
125 Finsbury Pavement
London EC2A 1NQ,
United Kingdom
Tel: +44 207 065 1340
sales-emea@infinera.com
Customer Service and
Technical Support
North America
Tel: 877 INF 5288
Outside North America
Tel: 1 408 572 5288
techsupport@infinera.com
© 2016 Infinera Corporation. All rights reserved. Infinera and logos that contain Infinera are trademarks or registered trademarks of Infinera Corporation in the United States and other countries.
iWDM is a trademark or registered trademark of Transmode Systems AB in the United States and other countries. All other trademarks are the property of their respective owners. Infinera
specifications, offered customer services, and operating features are subject to change without notice. DS-TPMRHEX-L16G-06-2016