PI7C9X798ME

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The PI7C9X798ME is a multiport high-speed, low latency, non-blocking, non-transparent Fast Ethernet switch featuring an internal 1GHz packet processor and low jitter that is ideal for industrial network applications. The switch includes 23 receivers, support for 25 link partners, 19 transmitters, and two forwarding engines. The 1GHz packet processor allows the switch to process large packets quickly, while the low jitter provides a low latency approach to Ethernet traffic.

The PI7C9X798ME is classified as an interface controller as it functions as an intermediary between the various components of an industrial network. It is able to take the data from a peripheral device and send it to the connected network. It also has the ability to receive data from the connected network and route it to the correct peripheral device. This allows for better control and regulation of the data being transmitted and received between the different components of an industrial network.

One of the main features of the PI7C9X798ME is its ability to provide non-blocking data communication. This means that multiple data streams can be sent and received simultaneously without any time delays. The switch has support for multiple speeds from 10Mbps up to 100Mbps. This means that it can handle the most demanding applications without problem.

The PI7C9X798ME also features an internal 1GHz packet processor. This allows for fast processing of the data passing through the switch. The low jitter of the switch also helps to reduce latency by providing a smooth flow of data. This has the advantage of reducing the response time of the system and making it more reliable overall.

The PI7C9X798ME also has two forwarding engines which are used to forward packets across the network. The forwarding engine will inspect the packet and then decide which port to send it to based on the predetermined rules set up by the user. This ensures that packets are sent to the correct destination.

The PI7C9X798ME is an excellent device for use in industrial network applications. It is able to handle large amounts of data with fast processing speeds and low latency. The non-blocking data communication allows for high speeds without any time delays and the two forwarding engines ensure that data is always sent to the correct destination.

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