Juniper and NSN provides Carrier Ethernet Solutions

October 18, 2009

The two companies have different specialties, the Juniper Networks and Nokia Siemens Network to joint for deliver end-to-end carrier Ethernet solutions to their customers.Carrier Ethernet is the development of traditional Ethernet, so this technology can be used not just for the local network (LAN) but also for the wider network such as WAN (Wide Area Network).

To further clarify, in terms of coverage, traditional Ethernet can only connect the computers in one building, while carrier Ethernet can reach the computers in one city, one country, even other countries.

Meanwhile, if using only ordinary ethernet CAT5 cable, fiber or wireless transport technology, while carrier Ethernet can use other transport technologies such as T1 / E1, T3/E3 or SONET / SDH.

Both Juniper and Nokia Siemens, agreement to a joint venture to provide carrier Ethernet solutions for mobile backhaul, business services, as well as for residential broadband networks.

Carrier Ethernet is believed to offer the comprehensive functionality in terms of scalability, service quality, reliability and availability of networks and services in the service IP / MPLS, who claimed to be able to provide cost savings of up to 30 percent.

“Our solution provides network management systems ‘point and click’ to the operator to ensure the achievement of quality of service,” said Ben Jacobson, Global Alliance Director, Juniper Networks.

The solution combines Juniper’s expertise in the field of network devices with Nokia Siemens Networks’ expertise in optical technology. He combines IP routing technology on products Juniper MX Series Ethernet Services Routers with optical technology, Nokia Siemens, the product A-Series Carrier Ethernet Switches.

Juniper routers, such as the MX960, MX480, MX240 provides the ability to hi-density ports routing and switching that allows the electric power saving, space and cooling costs by 50 percent.

While the A-series products Carrier Ethernet switching property of Nokia Siemens to provide the evolution path from TDM (Time Division Multiplexing) to the generation of the next ethernet transport technologies (SDH class).

Thus, this solution is believed will be able to carry voice and data traffic with a higher volume, with lower costs. According to Jacobson, most of the existing network is designed specifically for transmitting voice information (voice).

And so the day of the separation of voice and data is increasing. Therefore, technology that can modify the voice, allowing existing networks to deliver video, data, and voice with a variety of hard ware as well with a cheaper fare


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