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基于FPGA的LVDS总线控制器的设计与实现

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为保证在高速、多负载条件下LVDS总线的运行状态和传输速率满足应用需求,基于FPGA设计LVDS总线控制器,协议上优化了LVDS的总线占用方式、信号传输逻辑,并在物理层优化了总线结构以及节点接口。为防止低压差分信号失真以及接口失锁问题,采取信号编码和失锁预防措施,保证信号的稳定,增强总线的可靠性。经验证,该方案可提高总线带负载能力,保持高速率下的可靠传输。
Design and Implementation of LVDS Bus Controller Based on FPGA
In order to ensure that the operation status and transmission rate of LVDS bus meet the application requirements un-der high-speed and multi-load conditions,the LVDS bus controller is designed based on FPGA.The bus occupation mode and sig-nal transmission logic of LVDS are optimized in the protocol,and the bus structure and node interface are optimized in the physical layer.In order to prevent low voltage differential signal distortion and interface lock-out,signal coding and lock-out prevention mea-sures are taken to ensure signal stability and enhance the reliability of the bus.It is verified that the scheme can improve the load ca-pacity of the bus and maintain reliable transmission at high speed.

LVDSbus8b/10b codingFPGA

文丰、黄浩然、贾兴中

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中北大学仪器科学与动态测试教育部重点实验室 太原 030051

LVDS 总线 8b/10b编码 FPGA

2024

舰船电子工程
中国船舶重工集团公司第709研究所 中国造船工程学会 电子技术学术委员会

舰船电子工程

CSTPCD
影响因子:0.243
ISSN:1627-9730
年,卷(期):2024.44(2)
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