摘要
针对目前Cameralink数字图像光纤传输系统当中的不足,以实现高带宽的Cameralink-Full模式数字图像实时远距离传输为目的,对基于GTX串行收发器的数字图像光纤传输系统进行了研究;系统采用GTX串行收发器代替编解码芯片实现数据的串并转换功能,再通过数据通道的时分复用提高GTX串行收发器的传输带宽以及利用异步FIFO数据缓存处理等提高数字图像光纤传输系统的适应性;实验结果表明,GTX串行收发器的数据误码率达到10-12以下,光纤传输系统传输带宽达到4.19Gb/s。
In order to achieve high-bandwidth real-time Cameralink-Full mode digital image for the purpose of long-distance transmis-sion,the Cameralink digital image optical fiber transmission system based GTX serial transceiver is provided for the shortcomings of current systems.Increase the transmission bandwidth and the suitability of the digital image optical fiber transmission system by using GTX serial transceiver replace encoding and decoding chip to realize the serial data conversion function,time division multiplexing of channels and asyn-chronous FIFO.Experimental results show that,GTX serial transceivers data error rate of 10-12 or less,the transmission bandwidth of the optical fiber transmission system reach 4.19 Gb/s.
出处
《计算机测量与控制》
2016年第6期192-194,共3页
Computer Measurement &Control
基金
中国科学院三期创新工程(Y10532B110)
