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Design and implementation of receiver for high data rate fiber channel communication protocol

机译:高数据速率光纤通道通信协议接收机的设计与实现

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Communication protocols with the features like high data transmission rate, high bandwidth, low latency, flexible topology and long distance communication are being considered to be utmost important in the communication world. Fiber Channel communication protocol caters to these requirements and is a reliable communication protocol in present systems. The design and implementation of the Fiber Channel communication protocol based receiver on the FPGA have been proposed in this paper. The system is designed to work in accordance to the point to point topology with the Class 3 services of Fiber Channel protocol. The receiver is designed to receive the data through Gigabit Transceiver Port (GTP) from optical fiber. The proposed design was implemented on the Spartan-6 SP605 FPGA which has Small Form Factor Pluggable (SFP) which converts electrical signals into light signals to transmit data through optical fiber cable and vice versa.
机译:具有高数据传输速率,高带宽,低延迟,灵活的拓扑结构和长距离通信等功能的通信协议在通信领域被认为是最重要的。光纤通道通信协议可满足这些要求,并且在当前系统中是可靠的通信协议。提出了基于FPGA的基于光纤通道通信协议的接收机的设计与实现。该系统旨在根据光纤通道协议的Class 3服务根据点对点拓扑工作。接收器旨在通过千兆位收发器端口(GTP)从光纤接收数据。拟议的设计在Spartan-6 SP605 FPGA上实现,该FPGA具有小型可插拔(SFP)功能,可将电信号转换为光信号以通过光纤电缆传输数据,反之亦然。

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