The design of a bus controller based on SOC in industrial control system

Ma Yan, Wang De-li
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Abstract

Based on the analysis of PC104 bus protocol, a design of synchronous PC104 bus controller is proposed in a SOC(System-on-Chip). With the demands of quick interrupt response time, low power and high reliability for the application of aviation and the characteristic of SOC, lots of efforts are made on the these targets. These techniques mainly include internal module data path optimization, internal module bus cycle speed-up. Some key signals are processed by noise-reduced scheme. Over-delay logic is added for recovery from possible halt state. Experiments show that the operating system booting time has been reduced by 7.3%, and the energy consumed is reduced by 17.1% corresponding. A SOC integrating this controller has been manufactured and the real system is quite reliable and the interrupt response time is reduced by 14%.
基于SOC的工业控制系统总线控制器的设计
在分析PC104总线协议的基础上,提出了一种在片上系统中实现同步PC104总线控制器的设计方案。随着航空应用对中断响应时间快、功耗低、可靠性高的要求以及SOC的特点,在这些方面做了大量的努力。这些技术主要包括内部模块数据路径优化、内部模块总线周期加速等。对部分关键信号进行了降噪处理。添加了延迟逻辑以从可能的中断状态恢复。实验表明,操作系统的启动时间减少了7.3%,能耗相应减少了17.1%。集成该控制器的SOC已经制造出来,实际系统相当可靠,中断响应时间减少了14%。
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