The efficient DTCO Compact Modeling Solutions to Improve MHC and Reduce TAT

Yohan Kim, U. Monga, Jungmin Lee, Minkyoung Kim, Jaesung Park, C. Yoo, Kyungjin Jung, Sungduk Hong, Sung Jin Kim, D. Kim, Hokyu Kang
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引用次数: 2

Abstract

This paper introduces the recent modeling challenges of the Process Development Kit (PDK) development due to the limitations of transistor scaling and the impact of new process technologies. And a new modeling solution, Agile PDK is presented to break though these development challenges by enabling the Design Technology Co-Optimization (DTCO) activities in the manufacturing levels. A series of advanced algorithms are newly introduced to not only reduce the PDK development time (TAT), but also improve the model accuracies and Model-to-Hardware Correlation (MHC). It is applied to the latest DRAM technology and dramatically reduces the development TAT up to 50% with improved model accuracies.
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有效的DTCO紧凑型建模解决方案,以提高MHC和降低TAT
本文介绍了由于晶体管缩放的限制和新工艺技术的影响而导致的工艺开发套件(PDK)开发的最新建模挑战。提出了一种新的建模解决方案——敏捷PDK,通过在制造层面实现设计技术协同优化(DTCO)活动来突破这些开发挑战。引入了一系列先进的算法,不仅缩短了PDK开发时间(TAT),而且提高了模型精度和模型-硬件相关性(MHC)。它应用于最新的DRAM技术,并大幅降低开发TAT高达50%,提高了模型精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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