BROCHURE
Infinera XTM Series AN INNOVATIVE PACKET
OPTICAL METRO NETWORK
Innovative Packet Optical Networks from Access to Core ■ Industry-leading key metro capabilities
The Infinera XTM Series packet optical networking platform delivers high-performance ■ From customer premises to 400G core
metro access, metro aggregation, and metro core networks with industry-leading
■ nabling revolutionary point-to-
E
capabilities in areas such as power, density, latency, and synchronization across Layers 0 multipoint optical architectures
to 2.5.
■ Cost-optimized for your application
Whether used to push WDM all the way up to the antenna or to the cell site in mobile
networks, to connect enterprises together or to the cloud, or to deliver high-speed
residential broadband services, the XTM Series provides all the capabilities needed to
meet your requirements for a flexible and future-proof metro network.
Supporting Layer 0 optical wavelengths to Layer 2.5 MPLS-TP and using technologies
such as Ethernet, OTN, SDH/SONET, Fibre Channel, and Intelligent WDM (iWDM®), the
XTM Series builds on key design philosophies such as low power, high density, and a
high level of scalability.
Most recently, we have extended the XTM Series with 400 Gb/s optics, a fully flexible-
grid optical layer, and SDN control via Infinera’s Transcend Software Suite. We are
now bringing XR optics intelligent coherent pluggables into the XTM Series to provide
scalable, flexible, and highly efficient transport and aggregation over point-to-point and
point-to-multipoint configurations in both fiber-pair and single-fiber networks.
TM-102II
Scaling beyond 400 Gb/s, the XTM Series supports open networking principles and 19”, ETSI, 23” 1RU,
higher-speed DWDM at both 600 Gb/s and 800 Gb/s via open transponders from one full-sized slot/
Infinera’s GX Series. one half-sized slot
Mobile xHaul and Auto-Lambda – Innovations Supporting
Mobile and Access Networks
The XTM Series offers a multitude of unique capabilities that make the platform ideal in a
number of key applications.
TM-301
Examples include: 19”, ETSI, 23” 3RU,
up to four full-sized slots/
four half-sized slots
■ Superior low-latency and synchronization capabilities that are vital in mobile
backhaul, especially as mobile operators roll out 5G xHaul networks
■ Auto-Lambda, enabling scalable access networks that are easy to install and
configure, making them ideal for fiber-deep access applications, such as 5G in
mobile networks or DAA in cable networks
■ Fully hardened networking portfolio from Layer 0 to Layer 2 for amplified DWDM
access networks
■ iSFPs enabling transparent delivery of SDH/SONET services over a packet optical
architecture, and eventually a smooth migration of legacy TDM networks to a
common Ethernet/TDM network that fulfills strict synchronization and availability TM-3000IIE
requirements 19”, ETSI, 23“ 11RU,
up to 17 full-sized slots/
■ True Layer 1/Layer 2 (FEC, OTN transport, MPLS-TP, long-reach optics) all on one 10 half-sized slots
blade
High Density + Low Power = Lower Cost
The XTM Series has a heritage of compact, low-power products and solutions, fitting ideally in metro
deployments or remote access sites where space is scarce and expensive. Single-slot transponders
and muxponders are successfully combined with ROADMs and/or packet optical transport switches
(EMXP) in configurations that prove our leading density and low-power capabilities for both Layer 1
optical and Layer 2 Ethernet services. For example, our 200G/400G solutions draw less than 20 W
per 100 Gb/s service – a figure that we believe is the lowest among comparable multi-service packet
optical platforms.
Add to this the XTM Series’ wide range of chassis options, from small 1RU chassis to large 11RU
chassis, and it becomes even easier to right-size your network, matching your requirements for low
power as well as space.
The XTM Series Is Ideal in a Broad Range of Network Applications
■ 5G xHaul mobile transport ■ Enterprise services
■ Residential PON/DSL backhaul ■ Access/metro/regional networking
■ Business Ethernet services ■ Wholesale services
C/DWDM, small chassis Examples: 20 W per 100 Gb/s
options, design options, service and 4 x 400 Gb/s
single fiber flexponders in 3RU
Evolutionary approach to Native small form-factor 2.0,
multi-vendor SDN CE 2.0-certified, cost-efficient
aggregation
Low-power and
Pluggable optics, Cost-efficient high-density SONET/SDH, Fibre Channel,
and scalable
short/long reach, SDN- Layer 1, 2, and 2.5 OTN, Ethernet, TDM over
reconfigurable enabled integrated Ethernet
hardware
Flexible CORE Multi-service
CAPABILITIES
eCPRI transport Multicast in Eliminate the need for
P-OTS edge routers in video
Enabling 5G
broadcast applications
xHaul networks
Low latency APPLICATION-ORIENTED CE 2.0
CAPABILITIES
Superior Legacy
synchronization migration
<4 ns at Layer 1 and less Hardened access Innovative MEF CE 2.0-certified
than 2 μs at networks architectures products
Layer 2/2.5
Layer 1 and Layer 2 Migration from TDM/SDH/
(SyncE/1588v2) SONET to packet optical
Broad hardened range Point-to-point and
performance
from Layer 0 to 2.5, point-to-multipoint
including amplification with XR optics
Figure 1: Outstanding metro capabilities
XTM Series Products
The next page shows a selection of the Infinera XTM Series products. Please contact your Infinera sales representative for a full product
range overview.
2 Infinera XTM Series
MUXPONDERS
10 client port multi-service muxponder. SDH/SONET, Ethernet, SAN, etc. Multiple traffic images. FEC
10G MS-MXP/10G
on line. Dual line ports for 1+1 line protection.
MXP10GOTN 10 client port OTU2 muxponder. STM-16/OC-48, GbE, 1G/2G/4G FC. GFEC and EFEC on line.
10 client port coherent CFP-based OTU4 muxponder. STM-64/OC-192, OTU2, OTU2e, 10 GbE LAN,
100G MXP100GOTN
8G FC in any mix.
14 client port coherent CFP2-based OTU4 muxponder supporting up to 20 client services.
200G MXP200GOTN
10/100GbE-LAN, STM-64/OC-192, OTU2/OTU2e/OTU4, 8/16/32G FC.
TRANSPONDERS
10G TPMRHEX-Lite 6 x transparent transponders on a one-slot unit. 614 Mb/s to 14 Gb/s; see data sheet for details.
TPHEX10GOTN 6 x OTU2/OTU2e transponders on a one-slot unit. 10 GbE, SDH/SONET, OTU2, OTU2e, 8G FC.
FHAU 12 client port fronthaul flexponder. 10 GbE-WAN, 10G eCPRI.
100G TP100GOTN Coherent CFP-based 100G transponder. OTU4, 100 GbE-LAN.
Dual 200G coherent CFP2-based transponder/muxponder on a one-slot unit. Supporting up to 4 x
200G FXP400GOTN
100G clients over 2 x 100G or 200G wavelengths. OTU4, 100GbE-LAN.
400G coherent CFP2-based transponder/muxponder on a one-slot unit. Supporting up to 4 x 100G
400G FXP400G-E
clients or 1 x 400G client over a 400G wavelength. OTU4, 100 GbE-LAN, 400 GbE-LAN
Layer 2
Ethernet Demarcation Unit. MEF9 + MEF14-certified. Multiple product models available; see data
1G, 10G EDU
sheet for details.
EMXP/IIe,
1G, 10G, Packet optical transport switch up to 1600G. CE 2.0, MEF9 + MEF14-certified; MPLS-TP, Sync-E,
EMXPIII, EMXP
100G, 200G 1588v2. Multiple product models available; see data sheets for details.
XH800, HDEA
Packet optical transport switch with frontplane-connected interface modules for 10G and 100G
10G, 100G PT-Fabric
services; see data sheet for details.
ROADMs
1x2 ROADM 2-degree ROADM, 50/100 GHz.
1x4 Flexgrid
4-degree ROADM, fully flexible grid with manageable channel width and central frequency.
ROADM
1x9 Flexgrid
9-degree ROADM, fully flexible grid with manageable channel width and central frequency.
ROADM
MISCELLANEOUS OPTICAL NETWORKING EQUIPMENT
CWDM/ Wide range of mux/demux/OADM units to support up to 80-/40-channel DWDM and eight-channel
DWDM CWDM over dual/single fiber(s).
OA-RAED,
Amplifiers Raman/EDFA hybrid amplifier, power extender C-band.
OA26C
OA17, OA20, Several EDFA amplifier models available with different gain characteristics, including hardened
OA21 EDFA.
VOA-8CH,
VOA Units Eight-channel (using VOA-SFP) and two-channel variable optical attenuators.
VOA-2CH
Power
OCM DWDM/CWDM optical channel monitoring units.
Meters
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Statements herein may contain projections regarding future products, features, or technology and resulting commercial or technical
benefits, which are subject to risk and may or may not occur. This publication is subject to change without notice and does not
constitute legal obligation to deliver any material, code, or functionality and is not intended to modify or supplement any product
specifications or warranties. 0031-BR-RevB-1222
