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Design and implementation of fiber channel based high speed serial transmitter for data protocol on FPGA

机译:基于光纤通道的数据协议高速串行发射机的设计与实现

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As a result of continuous improvement in the computer processor speed and peripherals speed, there is a need of high speed data interconnecting medium in the Avionic Environment. The medium used for communication should be able to deliver reliable data over the long distance. In order to meet all these constraints, the interconnecting technology be serial and asynchronous. Fiber channel provides the high speed and low latency communication between the end systems. This paper gives an idea of designing the Fiber channel based data protocol for Avionics Environment. The said protocol is implemented in FPGA platform for its capability of high speed and concurrent execution which ideal for such protocol. Error detection mechanism is embedded in the protocol design in order to ensure the integrity of the data received at the end system. XILINX Spartan 6 based board provides the necessary hardware modules that are needed for the protocol implementation.
机译:由于计算机处理器速度和外围设备速度的不断提高,在航空电子环境中需要高速数据互连介质。用于通信的介质应能够在长距离上传递可靠的数据。为了满足所有这些限制,互连技术是串行和异步的。光纤通道可在终端系统之间提供高速和低延迟的通信。本文给出了为航空电子环境设计基于光纤通道的数据协议的想法。所述协议以其高速和并发执行的能力在FPGA平台中实现,这是该协议的理想选择。协议设计中嵌入了错误检测机制,以确保在最终系统中接收到的数据的完整性。基于XILINX Spartan 6的板卡提供了协议实现所需的必要硬件模块。

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