Huawei launches NetEngine 9000 (NE9000) Core Router Platform
Huawei has unveiled its NetEngine 9000 (NE9000) core router platform at its 2015 Global Analyst Summit. The petabit core router has the largest capacity in the industry, meeting operators’ demands of delivering next-generation data center (DC)- centric networks.
The new product supports the industry’s first 2T router line card and leading SDN/NFV technology meets the requirement of the next-generation DC-centric network. NE9000 supports the maximum capacity of 8 Tbit/s per slot. The cluster system capacity scales to 8 Pbit/s, resulting in a download speed of 12,000 4K videos per second. The industry’s 2T line card can provide high port density of 100GE with wire speed. It can help operators to simplify the network, reduce the network delay, and bring an inspiring experience to users.
Based on a programmable chipset and elastic distributed operation system, the NE9000 can fully support SDN/NFV and enable network capability. Opening network capability, through virtualized, automated, and intellectualized technologies, it can flexibly adjust the network routing, quickly adapt to the dynamic variation of DC backbone traffic and effectively improve network resources utilization. It will optimize OAM efficiency and build an open, smart, and efficient next-generation DC-centric backbone network... See more
The new product supports the industry’s first 2T router line card and leading SDN/NFV technology meets the requirement of the next-generation DC-centric network. NE9000 supports the maximum capacity of 8 Tbit/s per slot. The cluster system capacity scales to 8 Pbit/s, resulting in a download speed of 12,000 4K videos per second. The industry’s 2T line card can provide high port density of 100GE with wire speed. It can help operators to simplify the network, reduce the network delay, and bring an inspiring experience to users.
Based on a programmable chipset and elastic distributed operation system, the NE9000 can fully support SDN/NFV and enable network capability. Opening network capability, through virtualized, automated, and intellectualized technologies, it can flexibly adjust the network routing, quickly adapt to the dynamic variation of DC backbone traffic and effectively improve network resources utilization. It will optimize OAM efficiency and build an open, smart, and efficient next-generation DC-centric backbone network... See more
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