设计一个针对不同IR下降目标的PnR流实现

Jagath A.P, Ganesh Moorthy G, Muthu Murugan M, Aarthi. V.P.M.B., Sibi Rajan R, M. Sohaib
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摘要

本文描述了针对不同IR下降目标的放置和路由(PnR)流实现的开发。在芯片设计中,IR下降是一个重要的问题,因为它可能导致不期望的影响,如时序违规和功率损失。因此,优化红外降对于高效的芯片设计至关重要。在这个项目中,我们开发了一个PnR流,可以处理不同的IR下降目标,这将通过修改放置和路由阶段来实现。该流程将与现有的PnR流程进行比较,并使用各种基准进行评估。结果将显示所建议的方法的效果如何,以及它如何处理各种IR下降目标。总的来说,该项目将通过提供灵活的PnR流程来处理不同的IR下降目标,从而有助于提高芯片设计的效率和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design a PnR Flow Implementation for Different IR Drop Targets
This paper describes the development of a Place-and-Route (PnR) flow implementation for different IR drop targets. IR drop is a significant concern in chip design, as it can lead to undesirable effects such as timing violations and power loss. Therefore, optimizing the IR drop is crucial for efficient chip design. In this project, we develop a PnR flow that can handle different IR drop targets, which will be achieved by modifying the placement and routing stages. The flow will be compared to existing PnR flows and evaluated using various benchmarks. The outcomes will show how well the suggested approach works and how it can handle various IR drop targets. Overall, this project will contribute to improving the efficiency and reliability of chip design by providing a flexible PnR flow that can handle different IR drop targets.
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