DFT Aware Layout - Layout Aware DFT

S. Taneja
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Abstract

The era of the SOC and sub 100nm process technologies has created several new sets of challenges for the test engineer. One of these is the return to prominence of the effect of test infrastructure on the overall physical design of the device. This time it is not impact of logic overhead which is at the top of the list but the need for DFT to interact with the design implementation process at multiple critical points. Whether it is the floorplanning of MBIST controllers, the placement of MISR structures for test signature capture, the extraction of detailed timing for delay testing, the identification of candidates for bridge fault testing, even the use of testing diagnostics in the development of an effective DFM/DFY strategy, the interactions between test engineering and layout engineering are demanding new levels of integration. This talk will identify some of these areas, discuss ways in which they can be addressed, and a few of the consequences if they aren’t.
DFT感知布局-布局感知DFT
SOC和亚100nm制程技术的时代给测试工程师带来了几组新的挑战。其中之一是测试基础设施对设备整体物理设计的影响再次得到重视。这一次,最重要的不是逻辑开销的影响,而是DFT在多个临界点与设计实现过程交互的需求。无论是MBIST控制器的布局规划、用于测试信号捕获的MISR结构的放置、用于延迟测试的详细时序提取、用于桥接故障测试的候选对象的识别,甚至是在开发有效的DFM/DFY策略中使用测试诊断,测试工程和布局工程之间的相互作用都需要新的集成水平。本次演讲将指出其中的一些领域,讨论解决这些问题的方法,以及如果不解决这些问题的一些后果。
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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