GFX-NG730L16-5C

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GFX-NG730L16-5C, a field of application and working principle of interface board, is used for high performance applications. It is a FPGA based I/O interface board that supports a variety of interface protocols, out of which, one of the most popular one is the G.fast protocol. This board has been specifically developed for applications such as transmission of video and audio content over a wireless network, and other scenarios where latency and reliability is a concern.

The device uses 16 FPGA cores for efficient circuit-level operation in its working. There are 3 main stages in the working principle which are Protocol Definer, Input/Output Switch and Protocol Interpreter.

The Protocol Definer stage is responsible to detect, classify and decode the incoming data on a packet-by-packet basis. It uses FPGAs for efficient and speedy feature identification. This stage also helps the device to handle complex protocols like G.fast co-existence effectively.

The Input/Output Switch stage is responsible for providing a switch where the data coming in can be switched and routed to different processing cores. This stage also provides the flexibility of defining custom rules for input and output connections. This flexibilty helps the device to route the data to multiple outputs.

The Protocol Interpreter stage parses and interprets the incoming data and performs the necessary operations before the data is routed to the required application. This stage is responsible for providing customized output according to the input data. It is also responsible for ensuring data integrity and reliability.

With its flexibility and high performance, GFX-NG730L16-5C has wide application in multiple scenarios like security camera systems, multimedia content servers, streaming video content, as well as network infrastructure equipment. In a nutshell, this device provides a platform for high performance data transfer from one point to the other with low latency and high reliability.

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