
Cost-effectively addresses a variety of network applications
Lucent Technologies LambdaUnite® MultiService Switch (MSS) is a
In the metro network, the LambdaUnite® MSS system serves as a metro hub terminal efficiently aggregating multiple 2.5G and 10G rings to help eliminate stacked ADMs. An optional passive WDM unit can be integrated for fiber exhaust situations. In backbone networks, efficient use of existing fiber is critical to
Two complete LambdaUnite® MSS systems, with a capacity of 640G, fit into one rack.
satisfying bandwidth demands. The LambdaUnite® MSS efficiently aggregates and grooms traffic to help maximize bandwidth utilization and lower per bit cost. Its optional,
When deployed with Lucent DWDM systems, you can achieve significant equipment savings by using express optics, since expensive OTUs on the DWDM equipment are eliminated. The LambdaUnite® MultiService Switch is well suited for transoceanic applications. The transoceanic protocol mechanism supported by the system helps to effectively protect the groomed and consolidated traffic for your valuable undersea fiber route.
Supports traditional circuit and advanced data services
The LambdaUnite® MultiService Switch leverages your existing investments in SONET/SDH networks to support today’s traditional revenue generating services while enabling new Ethernet services. Combining SONET/SDH resilience and quality of service with the flexibility and ubiquity of Ethernet helps this system to deliver carrier grade Ethernet services in point to point and multipoint configurations. Lucent Technologies TransLAN® Card option contains efficient and flexible bandwidth assignment capabilities, including virtual concatenation and LCAS, enable voice and data transport, and help avoid separate overlay networks that are costly to build and manage.
Provides central office consolidation opportunities
The LambdaUnite® MSS system performs as a metro hub terminal efficiently aggregating multiple high- capacity rings in your central office. This can result in significant cost savings from the elimination of stacked add/drop multiplexers at metro hubs. The system’s centralized
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