Telco Systems T-Metro 8001 Aggregation Platform – High Density Service Aggregation Platform and Cloud Gateway
Telco Systems’ T-Metro 8006 carrier grade cloud gateway and service aggregation platform based on open architecture standard and provides best in class carrier Ethernet and multiprotocol label switching (MPLS) density, scalability and price performance.
T-Metro 8001 is a next generation 10GE service aggregation solution for mobile backhaul and Ethernet business services, offering a breakthrough in Carrier Ethernet and multi-protocol label switching (MPLS) differentiated services.
Telco Systems’ T-Metro 8001 is a next generation high density service aggregation platform that provides Carrier Ethernet over both MPLS and Ethernet transport technologies, and is integrated with massive service scalability, carrier class resiliency, and an industry- leading feature set that supports Hierarchical QoS (HQoS), operations administration and management (OAM) capabilities. This best-in class service switch allows carriers to offer cloud-based, business Ethernet and mobile backhaul services to the edge. With 200GE capacity in a compact 1RU chassis, the T-Metro 8001 provides industry-leading throughput, port density, management and resiliency. Enabling a wide variety of services and an easy migration to a converged service environment, the T-Metro 8001 is the platform of choice to enable wide-scale Carrier Ethernet adoption, implementation, and transformation.
MPLS Cloud Services Solution
Cloud-based services pose new challenges for service providers. The T-Metro 8001 addresses these challenges using MPLS to provide low latency L2VPN, high availability, end-to-end service assurance using advanced OAM tools and increased scalability.
ETHERNET/MPLS/IP Multi 10GE Aggregation Device
Advanced Layer 2 networking allows total flexibility in deployment, provisioning, and delivery of Ethernet/MPLS/IP services. Physical and virtual networking capabilities provide automated address management and discovery, bandwidth profiles, advanced traffic classes, and complete control over how subscriber traffic is transported across a service provider’s network. Its reliable, non-blocking architecture and redundancy features ensure maximum uptime.
