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LoopStar® Metro 3600

The LoopStar® Metro 3600 is an advanced, next-generation SONET multi-service transmission platform that allows service providers to cost-effectively aggregate, deploy, and manage TDM and Ethernet services. With its compact design and ability to scale from an OC-3 to an OC-192 network, the Metro 3600 provides a low-cost, high-growth solution for adding services at the central office or at the edge of the network. | LoopStar Metro 3600 SONET Multi-Service Transmission Platform The LoopStar Metro 3600 is an advanced next-generation SONET multi-service transmission platform that allows service providers to cost-effectively aggregate deploy and manage TDM and Ethernet services. With its compact design and ability to scale from an OC-3 to an OC-192 network the Metro 3600 provides a low-cost high-growth solution for adding services at the central office or at the edge of the network. When used with the LoopStar 800 LoopStar 810 or LoopStar 1600 products the Metro 3600 provides a cost-effective aggregation point for multiple subtending rings. The Metro 3600 also can function as multiple virtual Add-Drop Multiplexers ADMs for hub node applications. In addition with its versatile cross-connect architecture and high port count this platform is an efficient alternative to existing cross-connect systems that require significantly more rack space at two to three times the cost. Benefits SPEC SHEET Aggregates and delivers TDM and Ethernet services over a single transport platform. Provides efficient support for point-to-point point-to-multipoint or multipoint-to-multipoint traffic. Supports network interfaces from an OC-3 to OC-192 and tributary interfaces from OC-3 to OC-48. Scales Ethernet services from sub10BaseT rates up to Gigabit Ethernet using QoS in conjunction with EoS features. Offers modular slot design to grow the network cost-effectively and add services when required. Provides multiple network protection schemes including UPSR BLSR and LAPS. Prevents tributary card failures from affecting customer traffic with economical n 1 tributary card protection. Protects equipment cross-connections and management with redundant cross-connect and management cards. Reduces CAPEX by providing MADM and 3 1 DACS functionality in a single platform. Provides sufficient traffic grooming capabilities to reduce the need for costly DACs ports. Utilizes the same management systems as those for the