使用HandoffQC实现SoC设计的质量和进度可预测性

Bhaskar J. Karmakar, V. Chakravarty, R. Venkatraman, J. Rao
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引用次数: 1

摘要

最先进的soc设计通常需要在参与其开发的子团队之间进行多次设计数据切换。在SoC开发过程中,切换质量问题占据了浪费精力的很大一部分——主要是由于切换的不同元素的完整性、正确性和一致性。由于涉及到重做工作,这些问题会影响硅的质量和进度的可预测性。HandoffQC已经发展成为一个集成的QC系统来验证传入的交接,这确保了交接和硅问题被检测和预先修复。交接qc也允许从一个设计应用到下一个设计,促进持续的过程改进。系统的架构在质量检查方面易于扩展,是用户可配置的,并且可以轻松集成到设计流程中。HandoffQC已经应用于许多生产设计中,在这些问题导致下游设计返工之前,它已经成功地识别了几个移交和潜在的硅问题
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enabling quality and schedule predictability in SoC design using HandoffQC
Design of state-of-the-art SoCs often require multiple design data handoffs between sub-teams involved in its development. Handoff quality issues account for a significant portion of the wasted effort during SoC development-principally due to completeness, correctness and consistency of different elements of the handoff. Such issues impact silicon quality and schedule predictability, due to the re-work effort involved. HandoffQC has been developed as an integrated QC system to qualify incoming handoffs, which ensures handoff and silicon issues are detected and fixed up-front. HandoffQC also allows for applying learnings from one design to the next, promoting continuous process improvement. The system has been architected to be easily extensible in terms of the quality checks, is user configurable and can easily be integrated into design flows. HandoffQC has been deployed on many production designs where it has successfully identified several handoff and potential silicon issues before they resulted in downstream design re-work
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