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Debugging methodology and timing analysis in CDC solution

机译:CDC解决方案中的调试方法和时序分析

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As the design complexity of system LSI increasing, the number of clock domains also increases for system LSI designs. Due to the sheer volume of crossing signals and the different ways of crossing implementation, verifying clock domain crossings (CDC) has become a very important yet challenging task. Specialized CDC verification solution needs to be deployed to perform analysis of the design to accurately detect CDC issues as well as efficiently debug the root causes of these problems. This paper describes a case study on CDC verification for FPGA designs using Meridian CDC, Real Intent's clock domain crossing verification solution.
机译:随着系统LSI的设计复杂度增加,系统LSI设计的时钟域数量也增加。由于交叉信号的数量巨大,并且交叉实现的方式不同,因此验证时钟域交叉(CDC)已成为一项非常重要但具有挑战性的任务。需要部署专用的CDC验证解决方案来执行设计分析,以准确检测CDC问题并有效调试这些问题的根本原因。本文介绍了使用Meridian CDC(Real Intent的时钟域交叉验证解决方案)的FPGA设计进行CDC验证的案例研究。

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