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xapp336_8b10b
- 可编程器件大厂Xilinx提供的高速多状态编码8b_10b编码器,可直接使用在Xilinx公司器件的设计上-Xilinx programmable device manufacturers to provide high-speed multi-state coding 8b_10b encoder, direct access to the Xilinx devices on the design
8b_10b
- vhdl编写,8b—10b 编解码器设计 Encoder: 8b/10b Encoder (file: 8b10b_enc.vhd) Synchronous clocked inputs (latched on each clock rising edge) 8-bit parallel unencoded data input KI input selects data or contro
xapp336_8b10b
- 可编程器件大厂Xilinx提供的高速多状态编码8b_10b编码器,可直接使用在Xilinx公司器件的设计上-Xilinx programmable device manufacturers to provide high-speed multi-state coding 8b_10b encoder, direct access to the Xilinx devices on the design
8b_10b
- vhdl编写,8b—10b 编解码器设计 Encoder: 8b/10b Encoder (file: 8b10b_enc.vhd) Synchronous clocked inputs (latched on each clock rising edge) 8-bit parallel unencoded data input KI input selects data or contro
8b10b
- 8b_10b encoder/decoder
top_8b_10b_code
- 光纤通信8B_10b编码;8B/10B 编码顾名思义,即将发送方的 8bit 并行信号通过特殊的映射变成 10bit 并行信 号
8b_10b
- 8b_10b编码解码源码以及相应的测试文件基于14.2-8b_10b codec source code and the corresponding test file is based on 14.2
10B8B
- 8B_10B译码程序已通过验证,程序波形与输出没有问题-8B_10B decoding program has been validated, the program is no problem with the output waveform
8b_10b
- 8B10B 编解码实现 用VHDL实现的-8B10B encoding decoding
HIGH-8B_10B-DECODE-ASIC
- 本文重点研究了高速8b/10b解码器的设计与实现,在详细介绍了解码原理及 多种传统解码方案的基础上,采用流水线结构设计了高速8b/10b解码器。通过 仔细分析传统解码器的不足,精心设计流水线结构及触发器在关键路径上的插入 点,使得所设计电路的速度比传统解码器有了较大的提升。-This paper focuses on the 8b/l 0b decoder,including the decoding principles
ENCODE_8B_10B
- 8B_10B编码器FPGA设计,平台上验证,结果可用。(Design of FPGA encoder 8B_10B,reading out crc after calculating the value.)