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Cluster Routing

The Fastest Internet in the Universe. So Far.
At The Gathering 2012, Altibox and Huawei demonstrated access to the world's fastest network – with an unprecedented network speed of 200Gbps to over 6,000 computer enthusiasts. The two parties have more to share on this successful cooperation.

Applicable on the backbone, metro and other network layers, the industry-leading end-to-end (E2E)100G solution can help enhance network capacity, simplify network architecture and enrich service offerings.

Challenges

The fast growing bandwidth demand poses higher requirements on the core routers. Single-chassis core routers are lagging behind in terms of capacity, reliability and evolution. Operators are expecting an IP core router with higher port capacity, data transmission capability, routing convergence and smooth evolution.

Our Solution

With rich experience in both the routers and optical networks, Huawei has rolled out the industry-leading end-to-end (E2E) 100G solution. First applied on the long-distance backbone network, the 100GE line cards and ports are further extended to the backbone edge and mero network.

Through the100GE port-based NE5000E cluster routers and the OSN6800/8800 OTN system supporting “40/80-channel x 100G”, the backbone network can realize 100Gbit/s long-distance transmission. This is expected to further open the network and improve reliability, while enhancing network planning, construction and O&M performance. In addition, the network structure is greatly simplified on the backbone edge and metro networks, by connecting directly the NE5000E cluster routers to the 100GE ports.

Applications & Benefits

Based on the distributed hardware forwarding and non-blocking switching technology, the cluster router NE5000E features 40G/100G interface, carrier-class reliability, line-speed forwarding, smooth expansion and high scalability to face the future customers' requirement of the IP/MPLS backbone network.

Related Success Story

In October 2010, NE5000E routers were deployed at four core nodes of China Unicom's China169 backbone network, providing faster speed to China Unicom's information superhighway.

In response to the pressures from surging traffic and network optimization, China Telecom Shaanxi has developed and implemented a whole set of solutions to deal with explosive bandwidth growth.

Related Article

The networks and services of today demand greater bandwidth and enhanced processing capability from the control plane. Legacy network devices that use single frames and process routes in a centralized manner are lagging behind, as core routers are gradually evolving towards multi-frame, multi-control board, multi-CPU, and multi-core architecture.
RaaS improves the overall capacity and efficiency of the OS by updating the operational status of service modules, helping operators build an intelligent network for dynamic IP data traffic. As a pioneer in RaaS, Huawei has implemented this technology in its innovative product series.
Publications
Issue 19(03/2014)