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Case Study of Testing a SoC Design with Mixed EDT Channel Sharing and Channel Broadcasting

机译:用混合EDT信道共享和信道广播测试SOC设计的案例研究

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Modern large SoC designs typically have many cores. Each core requires a certain number of input / output test channels. At the chip level, however, the total number of test channels is limited such that all core-level test channels cannot be accessed at the same time. One solution to this problem is obviously using hierarchical pattern retargeting, where cores can be wrapped and tested individually. Another solution is to use channel sharing / channel broadcasting. The first solution is scalable and good for very large designs. The second solution is good for medium-sized designs that can still run ATPG at the chip level. In this paper, we would like to share our SoC testing experience with one medium-sized case and using channel sharing / broadcasting methodology. Experimental results show that with the proposed SoC test methodology, the total test time can be reduced up to about 2X.
机译:现代大型SOC设计通常有许多核心。每个核心需要一定数量的输入/输出测试通道。然而,在芯片级别,测试通道的总数是有限的,使得所有核心级测试通道无法同时访问。这个问题的一个解决方案显然使用层次模式重试,其中核心可以单独包装和测试。另一种解决方案是使用频道共享/信道广播。第一种解决方案可扩展,适用于非常大的设计。第二种解决方案适用于仍然可以在芯片级别运行ATPG的中型设计。在本文中,我们希望与一个中型案例和使用频道共享/广播方法分享我们的SoC测试体验。实验结果表明,随着所提出的SOC测试方法,总测试时间可降低至约2倍。

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