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Test Compression Improvement with EDT Channel Sharing in SoC Designs

机译:利用SoC设计中的EDT通道共享来改善测试压缩

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This paper proposes an innovative test compression technology for system-on-chip (SoC) designs to share scan input channels across multiple cores which use EDT [1] compression. A new DFT compression architecture is proposed to separate control and data channels such that the control channels can be individually accessible, whereas data channels can be shared among a group of cores. The paper illustrates the benefits of the proposed technology in both the enhancement of compression ratios and the flexibility of test compression planning in a core-based SoC design flow. Experimental results with a few large industrial SoCs demonstrate that using the proposed technology the compression can be improved up to 1.87X.
机译:本文为片上系统(SoC)设计提出了一种创新的测试压缩技术,以在使用EDT [1]压缩的多个内核之间共享扫描输入通道。提出了一种新的DFT压缩架构,以分离控制通道和数据通道,以便可以分别访问控制通道,而可以在一组内核之间共享数据通道。本文说明了该技术在基于内核的SoC设计流程中提高压缩率和测试压缩规划灵活性方面的优势。几个大型工业SoC的实验结果表明,使用建议的技术,压缩率可以提高到1.87倍。

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