DATASHEET
7100 Series
Intelligent Services Modules
Advanced Data Transport for TDM, Packet, and OTN
The Coriant® 7100 Packet Optical Transport Solutions including the Coriant® 7100
Optical Transport System (OTS), Coriant® 7100 Nano™ Packet Optical Transport
Platform, and Coriant® 7100 Pico™ Packet Optical Transport Platform support a suite
of intelligent services modules enabling a wide range of TDM, packet, and OTN
applications. The DWDM line side interfaces for all services modules are fully tunable
across the 88 channels and are supported by each system. Offering a versatile set
of features and support for a wide variety of applications, the intelligent services
modules can be deployed in point-to-point, ring, or mesh optical transport networks
using the 7100 Series amplifiers, ROADMs, and fixed filters.
CUSTOM-DESIGNED SOLUTIONS FOR NUMEROUS
NETWORK APPLICATIONS
Customers require system configurations that support the flexibility to expand
services and options with the cost-effective adaptability to change functions easily
and conveniently for evolving network demands. By offering an advanced portfolio
of intelligent services modules, supporting everything from simple point-to-point
configurations to complex mesh networks, from transparent transport to OTN/SDH/
SONET/packet switched solutions, and from 2.5G grey light to 100G ROADM DWDM
configurations, Coriant empowers customers to optimize their networks and leverage
resources creating exceptional service agility, reliability, and cost savings.
INCREASING RELIABILITY WITH SYSTEM-ON-A-BLADE
ARCHITECTURE
The 7100 Series modules are designed as virtual, independent systems. Each
module supports a local processor, local non-volatile memory, complete software for
all module functions, a complete copy of its local database and configuration, and
integrated switch fabric when applicable. This design provides significant benefits
including efficient flexibility and independent initialization and recovery.
With the benefit of efficient flexibility, each intelligent services module contains all
of the functions necessary for its own operation, eliminating wasted resources on
the shelf. For example, due to the independent functionality, a central switch fabric
is not needed in switching applications. A network operator can deploy switching
modules, transponder modules, and multiplexing modules (muxponders) on the same
shelf without wasting capital on unused switching capacity. This architecture enables
network operators to adapt to changing network needs by deploying whichever
module is necessary at any given time without using unnecessary shelf resources or
reconfiguring the system.
BENEFITS OF THE CORIANT®
7100 SERIES INTELLIGENT
SERVICES MODULES
■■ System-on-a-blade architecture
improves resiliency, reduces cost,
and improves flexibility
■■ SONET/SDH ADM modules
support integrated ADM with STS1 and VC-4 grooming granularity,
SONET/SDH protection, and
multi-protocol support via GFP
and VCAT
■■ Transponders and muxponders
support point-to-point DWDM
transmission and sub-rate
multiplexing with OTN
encapsulation
■■ OTN switching and multiplexing
modules provide integrated OTN
switching with ODU0 granularity
■■ Packet switching modules offer
full-featured MEF 2.0 certified
packet switching supporting pointto-point and bridging capabilities
Each intelligent services module is capable of initializing and functioning independently of the shelf processors and the other modules.
Every intelligent services module will fully operate – including protection switching – even if every other module and the shelf processors
fail. Therefore, in the event of a power failure, every intelligent services module is capable of restoring full individual functionality even if the
shelf processors do not recover.
PRIMARY MODULE FUNCTIONS
Supported interface module functions include point-to-point transponder, multiplexing, and/or switching functions based on the module type.
The services modules support the following maintenance features:
■■
Optical power measurements (transmit and receive on both line and client interfaces)
■■
Performance Monitoring (equipment, SONET, optical, Ethernet, OTN, STS path, protection switches)
■■
Pseudo Random Binary Sequence (PRBS) for traffic validation without an external test box
■■
BER tests to check the integrity of transmission spans
■■
Maintenance signals (AIS, LF/RF, client signal fail, 8B/10B)
■■
Derive and transmit synchronization timing with Synchronous Status Messages (SSM)
■■
In-field firmware upgrades and module patching to enable new features without truck roll
■■
Configuration and provisioning stored on the SPM controller for pre-provisioning and module replacement
Refer to the tables in this datasheet for further information about the intelligent services modules.
OPTICAL TRANSPORT POINT-TO-POINT TRANSPONDER AND MULTIPLEXING MODULES
Transponder modules including the HDTG, HDTG2, FGTM-E, HGTM, and HGTM-S transport data over optical fibers. These modules provide
a one-to-one relationship between the client signal and the line side interfaces. The client side signal is mapped into a G.709 frame, if it is
not received as an OTN signal, and transmitted out the line side of the module on a user-selected, tunable DWDM wavelength. With their
point-to-point functionality, the transponders provide optical connectivity across an optical network.
Multiplexer modules including the OMM-X, FGTM-M, HGTM-M, and HGTM-MS combine multiple input signals into one output signal. For
example, the HGTM-M multiplexes 10x 10G signals into 100G coherent single wavelengths with 4QAM/QPSK modulation. The OMM-X
supports full grooming between ports on a single card. This enables configurations including 1x 10G muxponder and 2x 10G muxponders
with client ports steered to either of the line ports, OTN ADM with the line ports acting as east and west optics and supporting full add/drop
to the client ports, and an ODU1 mux, aggregating two client interfaces into a third client interface. The multiplexing modules offer optical
transport of TDM, packet, or other fully aggregated client signals.
2
7100 Series Intelligent Services Modules
TRANSPONDERS
Module
Function
Client Interfaces
Line Side Interfaces
HDTG
Multi-Port 10G Transponder
5x XFP
5x XFP
•OC-192/STM-64
•10GBASE-R
•10GBASE-W
•OTU1e, OTU1f
•OTU2, OTU2e with G.709 GFEC
•FC-800, FC-1200
•OTU1e, OTU1f
•OTU2, OTU2e
•Supports G.709 GFEC or G.975.1 I.4
EFEC
•88 channel tunable
•Single HDTG OEO regeneration:
•Up to 2 GFEC to GFEC, GFEC to EFEC, or EFEC to EFEC OEO regens
•Up to 5 GFEC to GFEC, GFEC to EFEC OEO regens
•OEO regeneration with paired slots
•Y-cable protection with paired slots
•ODU2 pass through for OTU2 client signals
HDTG2
Multi-Port 10G Transponder
8x SFP+
8x SFP+
•OC-192/STM-64
•10GBASE-R
•OTU2 and OTU2e with G.709 GFEC, G.975.1 I.4
EFEC, or G.975.1 I.7 EFEC
•FC-800, FC-1200
•OTU2 and OTU2e with G.709 GFEC,
G.975.1 I.4 EFEC, or G.975.1 I.7 EFEC
•88 channel tunable
•Single HDTG2 OEO regeneration:
•Up to 6 GFEC to GFEC, GFEC to EFEC, or EFEC to EFEC OEO regens
•OEO regeneration with paired slots
•Y-cable protection with paired slots
•ODU2 pass through for OTU2 client signals
•GCC access from OTU2 and OTU2e
FGTM-E
40G Transponder
1 CFP or QSFP+
1x Integrated Line Port
•OC-768/STM-256
•40GBASE-R
•OTU3 with G.709 GFEC
•OTU3 with G.975.1 I.4 EFEC
•88 channel tunable
•2 slots wide
•Y-cable protection with paired slots
HGTM
100G Transponder
1x CFP
1x Integrated Line Port
•100GBASE-R
•OTU4 with G.709 GFEC
•OTU4v with SD-FEC
•88 channel tunable
•2 slots wide
•Y-cable protection with paired slots
HGTM-S
Single Slot 100G Transponder
1x CFP4
1x CFP
•100GBASE-R
•OTU4 with G.709 GFEC
•OTU4v with SD-FEC
•88 and 96 channel tunable
•GCC access from OTU4 signal
•Y-cable protection with paired slots
3
7100 Series Intelligent Services Modules
MUXPONDERS
Module
Function
Client Interfaces
Line Side Interfaces
OMM-X
10G OTN Muxponder,
30G OTN ADM-on-a-blade
8x SFP
Up to 2 XFP
•OC-3/STM-1
•OC-12/STM-4
•OC-48/STM-16
•1000BASE-SX/LX/ZX
•OTU1 with G.709 GFEC
•OTU2 with G.709 GFEC, G.975.1 I.4 EFEC, or
G.975.1 I.7 EFEC
•FC-100, FC-200, FC-400
•OTU1 or OTU2 with G.709 GFEC
•OTU2 with G.975.1 I.4 EFEC or G.975.1
I.7 EFEC
•88 channel tunable
•Supports a 30G single module switch fabric enabling line-to-line and client-to-client grooming
including 2x ODU0 to ODU1 multiplexing
•GCC1 and GCC2 from OTUk as aggregation port
•SNC protection
FGTM-M
40G Muxponder
4x XFP
1x Integrated Line Port
•OC-192/STM-64
•10GBASE-R
•10GBASE-W
•OTU1e, OTU2, and OTU2e with G.709 GFEC
•OTU3 with G.975.1 I.4 EFEC or
overclocked OTU3 with G.975.1 I.4
EFEC
•88 channel tunable
•Supports OEO regeneration through the backplane on paired slots
HGTM-M
100G Muxponder
10x SFP+
1x Integrated Line Port
•OC-192/STM-64
•10GBASE-R
•OTU2 and OTU2e with G.709 GFEC or G.975.1 I.4
EFEC
•OTU4v with SD-FEC
•88 channel tunable
•Client interfaces can be supported by tunable DWDM SFP+
•Line side can be supported with tunable DWDM interface
•Y-cable protection
HGTM-MS
Single Slot 100G Muxponder
10x SFP+
1x CFP
•OC-192/STM-64
•10GBASE-R
•OTU2 and OTU2e with G.709 GFEC, G.975.1 I.4
EFEC, or G.975.1 I.7 EFEC
•FC-800
•OTU4v with SD-FEC
•88 and 96 channel tunable
•Client interfaces can be supported by tunable DWDM SFP+
•Line side can be supported with tunable DWDM interface
OTN SWITCHING AND MULTIPLEXING MODULES
The ITU-T Optical Transport Network (OTN), as defined by recommendation G.709, provides a network-wide framework that adds
comprehensive OAM features to WDM equipment creating a transparent, hierarchical network designed for use on a WDM network. OTN
offers multiple advantages relative to SONET/SDH, such as forward error correction, transparent transport of client signals, switching
scalability, timing transparency, tandem connection monitoring, and interfaces greater than 40G. Furthermore, OTN is effective and efficient
for very high rate private line services, such as those operating at speeds greater than 1 Gbps. As the number of 1 GbE and 2.5 Gbps services
increases within a metro area, muxponding becomes a less efficient approach at each node compared to distributed OTN switching.
The 7100 Series OTN switching modules include the OSM20 and the OMM-X.
■■
4
The OSM20 supports non-blocking grooming across an entire 7100 Nano or a 7100 OTS shelf for 20G of OTN switching capacity per
module. Supported OTN features include OTU2/OTU1 termination and ODU0, ODU1, and ODUflex switching and grooming. When
deployed on the 7100 OTS, OSM20s require a central switch fabric and a shelf processor. The OSM20 is equipped with 36G (2x OTU2
+ 16x ODU0) of front panel interfaces and supports a maximum of 20G of active interfaces at one time. Valid OSM20 configurations
include 2x ODU2, 1x ODU2 + 8x ODU0, or 16x ODU0.
7100 Series Intelligent Services Modules
■■
The OMM-X supports OTN grooming across all ports of a single module. The OMM-X has a 30G switch fabric enabling all interfaces
on the module to be active at the same time for powerful applications such as, but not limited to:
■■
10G OTN ADM-on-a-blade with both 10G interfaces acting as the east and west optics on the ring and the client interface
grooming into either or both of the line side interfaces
■■
2x 10G muxponder with some client side interfaces grooming into one line side interface and other client interfaces grooming
into the other line side interface
■■
1x 10G muxponder + Nx 2.5G muxponder with some client interfaces grooming into line side interfaces and other client interfaces
grooming into ODU1 client side interfaces
SONET/SDH ADM SWITCHING MODULES
The SONET/SDH ADM modules accept multiple client signals and aggregate or multiplex the signals into a higher speed G.709 framed
DWDM wavelength or other high speed interface. SONET/SDH ADMs are multiplexers with SONET/SDH add/drop and protection
switching functions. The SONET/SDH ADM modules include:
■■
The SMTM-UX is often referred to as an ADM-on-a-blade. The module supports protocols including SONET/SDH (down to STS-1/
STM-1 level switching), SAN, GFP-T, GFP-F, APS 1+1 (client), UPSR/SNCP ring (client and line), and SNC/N. A single SMTM-UX acts
as a multi-service multiplexer. The SMTM-UX can also be deployed in pairs to work as an ADM with add/drop and ring functionality
using the line side interfaces on both cards as east/west optics. A pair of SMTM-UXs supports client side linear and ring protection
capabilities. The SMTM-UX can operate in pairs on both the 7100 Nano and 7100 OTS without the need for additional switching
modules. Full shelf non-blocking switching is only supported on the 7100 OTS and only in conjunction with central switch fabric
modules.
■■
The SSM-X is often referred to as a Hybrid ADM-on-a-blade. The module supports all of the features of the SMTM-UX (except for
SAN services) in addition to supporting some L2 grooming capabilities. With the SSM-X, VLANs can be groomed from all client ports
(including the 10G client port) and steered into STS-1/STM-1 VCAT groups before hitting the SONET/SDH fabric. For example, the
SSM-X can take individual VLANs from multiple client ports and aggregate them into a single flow which is then encapsulated using
GFP into a SONET/SDH VCAT group. Like the SMTM-UX, on the 7100 OTS the SSM-X supports grooming across paired slots without
a central fabric and non-blocking grooming across the entire shelf with a central switch fabric. However, unlike the SMTM-UX, which
supports grooming only across paired modules on the 7100 Nano, the SSM-X supports non-blocking grooming across the entire
shelf creating a 120G hybrid SONET/SDH grooming platform.
PACKET SWITCHING MODULES
The combination of TDM and Ethernet switching capability in the 7100 Packet Optical Transport product portfolio facilitates a costeffective transition to packet transport. The two primary benefits of packet transport are:
■■
Reducing the number of router ports required to operate the network by enabling aggregated and oversubscribed hand-offs
■■
Diminishing the cost of transport networks by more efficiently using transport capacity when services flexibly share resources.
The ESM20 and PSM-1S support packet switching features on the 7100 Packet Optical Transport Solutions. Both modules support full
shelf grooming on the 7100 platforms including the Nano and OTS for the ESM20 and Nano and Pico for the PSM-1S. When deployed
in the 7100 OTS, the ESM20 requires central switch fabrics and shelf processor modules. Both modules are MEF 2.0 certified with a
comprehensive set of Carrier Ethernet features. The PSM-1S also provides MPLS-TP capabilities.
5
7100 Series Intelligent Services Modules
SWITCHING MODULES
Module
Function
Interfaces
Supported Protocols
OSM20
OTN Switch
(20G per card,
120G per
shelf)
16x SFP/SFP+
(SFP+ for 4G FC & 5G
Infiniband only)
•OC-3/STM-1, OC-12/STM-4, OC-48/STM-16
•OTU1 with G.709 GFEC
•Gigabit Ethernet
•FC-100, FC-200, FC-400
•1/2/4G FICON
•1/2G ISC
•InfiniBand SDR, DDR
•DVB-ASI, SD-SDI, HD-SDI, 3G-SDI
•Anyrate (125 Mbps to 5 Gbps)
2x XFP
•OTU2 with G.709 GFEC, G.975.1 I.4 EFEC, or G.975.1 I.7 EFEC
•88 channel tunable
•Valid configurations include 16x SFP, 8x SFP + 1x XFP, or 2x XFP
•Tandem Connection Monitoring (TCM) of ODU entities
•GCC0 access from OTU1 or OTU2
•GCC1/2 access from ODU0, ODU1, ODU2, and ODUF
•SNC and Y-cable protection
ESM20
Ethernet
Switch
(20G per card,
120G per
shelf)
16x SFP
•100BASE-FX/LX
•1000BASE-X
•100BASE-R
2x XFP
•OTU2 with G.709 GFEC or G.975.1 I.4 EFEC
•10GBASE-R and OTU2
•88 channel tunable
•Valid configurations include 16x SFP, 8x SFP + 1x XFP, 2x XFP, or 12x1GbE + 1x10G
•MEF Carrier Ethernet 2.0 Certified Services
•Y.1731 AIS and performance management
•Ethernet protection: 802.1AX LAG, RSTP, MSTP, G.8031, G.8032
PSM-1S
Packet Switch
(92G per card,
552G per
shelf)
12x SFP
•10/100/1000BASE-T
•1GbE
4x SFP+
•10GbE
4x SFP+
•10GbE/OTU2
•OTU2 with G.709 GFEC, G.975.1 I.4 EFEC, or G.975.1 I.7 EFEC
•88 channel tunable
•MEF Carrier Ethernet 2.0 Certified Services
•Y.1731 AIS and performance management
•RFC2544 benchmark test functions
•MPLS-TP features including LSP label operation, pseudo wire emulation of Ethernet client, MPLS-TP OAM, static
VPLS functions, and traffic management
•Ethernet protection: 802.1AX LAG, RSTP, MSTP, G.8031, G.8032
SMTM-UX
SONET/SDH
ADM
10x SFP
•OC-3/STM-1, OC-12/STM-4, OC-48/STM-16
•100BASE-FX/LX
•1000BASE-X
•FC-100, FC-200, FC-400
•ESCON
•DVB-ASI
1x XFP
•OTU2 with G.709 GFEC or G.975.1 I.4 EFEC
•88 channel tunable
•VC-4 and STS-1 switching
•UPSR and SNCP on client side SONET/SDH facilities
•1+1 APS for SONET/SDH client side facilities with paired modules
•1+1 APS, SNCP, and UPSR for line side protection
6
7100 Series Intelligent Services Modules
SWITCHING MODULES CONTINUED
SSM-X
SONET/
SDH ADM
with Ethernet
Switch
12x SFP
1x XFP
•OC-3/STM-1, OC-12/STM-4, OC-48/STM-16
•100BASE-FX/LX
•1000BASE-X
•10/100/1000BASE-T
•10GBASE-R
1x XFP
•OC-192/STM-64
•OTU2 with G.709 GFEC or G.975.1 I.4 EFEC
•88 channel tunable
•VLAN grooming on client interfaces
•VCAT/LCAS support for EoS services
•Y.1731 AIS
•UPSR and SNCP on client side SONET/SDH facilities
•1+1 APS for SONET/SDH client side facilities with paired modules
•LAG protection for Ethernet facilities
•1+1 APS, SNCP, and UPSR for line side protection
ESM20 AND PSM-1S ETHERNET PROTOCOLS
Ethernet Protocol
Ethernet Protection
Ethernet
OAM Features
Traffic Management
ESM20
PSM-1S
802.1AX LAG: Active-Active, Active-Standby modes
X
X
G.8031 1:1 Linear VLAN Protection
X
X
G.8032 Ethernet Ring Protection
X
X
RSTP, MSTP
X
X
802.3 MAC including Auto Negotiation, Flow Control, Link Level OAM, LAG, & RMON
X
X
802.1Q, 802.1ad with various bridge types
X
802.3 Link OAM
X
X
802.1ag Ethernet connectivity fault management
X
X
Y.1731 AIS and performance management
X
X
RFC2544 benchmark test functions
X
End-to-end MPLS-TP OAM based on IETF and ITU-T
X3
Port and flow mirroring
X
X
MEF 10.2 based policing for Ethernet
X
X
RFC 4115 and 2698 based policing for MPLS-TP
X
Port, VLAN, and LSP based policing, 2 level hierarchical
X1
X
RED, WRED, and tail drop congestion avoidance
X
X
4 queues per VLAN/LSP, 8 queues per port
X2
X
2 level hierarchical scheduling
X
X
WFQ and strict priority scheduling algorithms
X
X
X
X
2 level hierarchical shaping
1
7
Excluding LSP and L2 hierarchical
7100 Series Intelligent Services Modules
2
Including LSP
3
Excluding ITU
DATA CENTER INTERCONNECT AND STORAGE AREA NETWORK
The 7100 OTS and 7100 Nano are certified by IBM, Brocade, and EMC for Data Center (DC) interconnect and Storage Area Network (SAN)
applications. These certifications allow enterprise customers and service providers to effectively extend the reach of their DC networks and
SAN using DWDM and ROADM technologies.
METRO ETHERNET FORUM CARRIER ETHERNET CERTIFICATION
The ESM20 and PSM-1S are also Metro Ethernet Forum (MEF) Carrier Ethernet (CE) 2.0 certified. This certification delivers new and
more powerful Carrier Ethernet capabilities such as multi-class of service (multi-CoS) across more than one service provider. CE 2.0 is a
standardized, carrier-class service and network defined by the Metro Ethernet Forum, a global industry alliance, and provides definitions for
E-LAN, E-Line, E-Tree, and E-Access services to ensure predictable, reliable, and robust services.
TRANSPORTING VIDEO CONTENT WITH PROTOCOL SPECIFIC AND ANYRATE
TECHNOLOGY
As video streaming becomes the dominant traffic type for both fixed and wireless networks, broadcasters, film, and TV content creators are
looking for cost-effective ways of transporting video content. Using optical technology for video transport provides an effective solution to
move compressed video or uncompressed native video and meet objectives for high service quality, strong reliability, and low cost. With
anyrate interfaces that support almost any discrete rate within a specified range, the 7100 Series is ideal for handling video client signals
including uncompressed (SD-SDI, HD-SDI, 3G-SDI) or compressed (DVB-ASI). Furthermore, the 7100 Series modules help to eliminate video
media converter (VMC) racks in a media center for simplified system architecture and cost reduction in video transport. Video interfaces are
supported on the OSM20 and SMTM-UX. Anyrate interfaces are supported on the OSM20.
DEPLOYING THE 7100 SERIES INTELLIGENT SERVICES MODULES
Detailed deployment and configuration information for each interface module is available in the individual module practice technical
documents. To add or update an intelligent services module in your 7100 Series system, please contact your local Coriant sales
representative.
These trademarks are owned by Coriant or its affiliates: Coriant®, Coriant Dynamic Optical Cloud™, mTera™ , Nano™, Pico™, and
Coriant Transcend™. Other trademarks are the property of their respective owners. Statements herein may contain projections
regarding future products, features, or technology and resulting commercial or technical benefits, which may or may not occur.
This publication does not constitute legal obligation to deliver any material, code, or functionality. This document does not modify
or supplement any product specifications or warranties. Copyright © 2015 Coriant. All Rights Reserved. 74C.0032 Rev. A 06/15
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