Data Transmission System Design on 8b10b
Haishan Wang, Cheng Ma, Huibo Jia
International Journal of Web Applications, Vol. 2, No. 2, 2010.
DOI: 
Link: http://www.dline.info/ijwa/fulltext/v2n2/2.pdf
Abstract:
The large-scale seismic acquisition system (LSAS) is a kind of field data acquisition system in super scale. It can cover hundreds of square kilometers. To implement the real time transmission of so much data, speed and reliability are the most important criteria of the system. Based on 8b10b code, this paper discusses frame sync technology, error correction code (ECC), and a co-design method of them. The co-design of frame sync and Reed-Solomon (RS) code can optimize the resources of data transmission system. Generally, decoding of RS code is more complex than frame sync; so we suggest to design RS code by priority, and then consider the frame sync scheme. By this way, the requirement to the performance of RS code becomes lower. Simulation experiments show that data transmission system can be designed more efficiently by using this model.