创新实践环节9C:产量提高:挑战与方向

B. Seshadri, B. Cory, S. Mitra
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引用次数: 0

摘要

在32/28nm及以下节点,参数和工艺边际性导致良率损失增加。此外,这种产量损失通常是在空间上断言的。更复杂的是,设计规则的交互在节点之间不断增加,需要更多的特征和建模。因此,为了快速诊断、消除和监测这些良率损失机制,需要显著提高电特性的数量和质量(包括全晶圆覆盖)。但是,必须保持当前的测试时间预算。我们的演讲集中在满足这些要求的方法上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Innovative practices session 9C: Yield improvement: Challenges and directions
At the 32/28nm node and below, parametric and process marginality contribute increasing yield loss. Additionally, this yield loss is often asserted spatially. A further complication is that the interaction of design rules is increasing node over node, requiring ever more characterization and modeling. Thus, a significant increase in the quantity and quality of electrical characterization — including full wafer coverage — is necessary to rapidly diagnose, eliminate, and monitor these yield loss mechanisms. However, present test time budgets must be maintained. Our presentation focuses on methods to meet these requirements.
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