FC7000.A32 adopts 1U rack-mounted structure, supports 32*100G input and output. The whole machine owns 3200G input and output . It can be widely used in such scenarios as data collection, splitting, filtering, and copy processing.

FC7000.A32 provides such core capabilities as ultra-high interface density, high-speed processing performance, and low latency, able to undertake high-density link data acquisition access tasks, and provide customers with accurate traffic splitting and filtering functions as well, in order to provide users expandable cost-effective business value-added solutions.

?   High density of interface

Provide 32 100GE interfaces, all compatible with 40GE interfaces, each 100GE interface can be split into four 10GE or four 25GE interfaces.

?  Wire speed processing

Along the provision of high-density interface, the equipment can process service flow at full line-rate, to provide protection for the convergence and processing of large flow data.

?  Copy business

As a traffic access device, FC7000.A32 can either make 1: N copy of the original traffic on the input interface, to provide a flexible and convenient means of access for the traffic to be simultaneously used by multiple downstream devices. The same interface can be placed in a copy interface group, or simultaneously in a load balanced HASH interface group, to meet the complex field application scenarios.

?  Traffic classification

The device classifies the traffic according to the flexible combination of such aspects as IP five-tuple, the message characteristics and the input interface of the incoming traffic, and carries out the in-depth processing on specific types of messages and policy output according to the result of traffic classification.

It also supports filtering and advance traffic according to inner IP

?  Intelligent load balancing

FC7000.A32 has the capability of intelligent detection of back-end server link status. If the interface chain of the load balancing interface group is broken, the device outputs the traffic load of the interface to other interfaces of the interface group to avoid huge loss of data.