使用差分信号即时测试和修复 TSV

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引用次数: 0

摘要

摘要 一个故障硅通孔(TSV)可能会破坏三维集成电路,并造成巨大损失,因为必须丢弃粘合在一起的潜在昂贵的已知好元件。这项研究提出了一种容错 TSV 方案,以避免这种灾难性的情况。我们的方法为每个要传输的二进制信号使用两个差分 TSV。与之前的容错 TSV 方案相比,我们的测试和修复方案不仅即时,而且更加简化,不需要全局测试结果分析和复杂的重新配置过程,因此特别适用于在多供应商 3D-IC 设计环境中,一些芯片供应商无法轻松支持涉及较多 TSV 测试和修复方案的某些情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Instant Test and Repair for TSVs using Differential Signaling

Abstract

A faulty Through Silicon Via (TSV) could spoil a 3D IC and cause hefty loss as the potentially expensive known-good-dies bonded together must be discarded. This work presents a Fault-tolerant TSV scheme to avoid such a disastrous situation. Our method uses two differential TSVs for each binary signal to be transmitted. Compared to the previous Fault-tolerant TSV schemes, our test and repair scheme is not only instant and much more simplified, requiring no global test result analysis and complex reconfiguration process, thereby making it especially suitable for some situations when the more involved TSV test and repair schemes cannot be easily supported by some die providers in multi-vendor 3D-IC design environment.

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