XDM-1000 

The XDM®-1000 is a future-proof converged multiservice optical platform optimized for metro and regional networks. The XDM-1000 offers unique convergence of SDH/SONET, TDM/ATM, Carrier Ethernet/MPLS, and all-range WDM/OTN ROADM on a single platform, leading the P-OTS’ (Packet Optical Transport System) market segment. With a 100% non-blocking E1 to STM-64 switching matrix of 120 Gbps, up to 400Gb of Ethernet / MPLS-TP switching capacity and variety of interfaces from E1 through STM-1/4/16/64 and FE/GE/10 GE up to 40/80 DWDM channels, it fits a broad range of applications and services, including mobile backhaul, business, MSOs, CoCs, and residential triple play. With extensive support of both data (L1, L2, EoS, MPLS) and optics (C/DWDM, WSS ROADM), it supports a smooth migration path to packets-based networks.

XDM-1000 works in concert with the entire ECI portfolio to provide a complete solution tied together by ECI's 1Net architectural framework.

FEATURES

• Hybrid+: Native Ethernet and TDM handling
• Unique convergence of SDH/SONET, TDM/ATM, Carrier Ethernet/MPLS and all-range WDM/OTN ROADM on a single platform – leading the P-OTS (Packet Optical Transport System) platform
• Hybrid and scalable platform for services – PDH (E1, E3, DS-3), SDH/SONET (STM-1/4/16/64/OC-3/12/48/192), data (ATM, FE/GE (Ethernet L1, L2, MPLS))
• Advanced optics – In-service scalability to handle terabit traffic via C/DWDM and support state of the art 10 degree ROADM for pure optical networks
• Full non-blocking 120 Gbps LO/HO matrix, from E1 to STM-64
• Topology agnostic – enabling mesh, ring, multi-ring, star, and point-to-point topologies
• Advanced Ethernet services – E-Line (point-to-point), E-LAN (multipoint-to-multipoint), E-Tree (rooted-multipoint)
• ASON/GMPLS support
• Build as you grow® modular design

BENEFITS

• Two networks (TDM and Ethernet) from the same network element
• Massive traffic concentrator
• Leverages existing infrastructure to deliver new services
• Reduces the risks associated with rolling out new services
• Smooth migration to carrier class Ethernet services over optical transport networks
• Uses same HW among various family members
• Carrier class protection, restoration, and resiliency