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Based IBIST auto-parallel reconfiguration of TSV defect in 3D-IC

机译:基于IBIST的3D-IC中TSV缺陷的自动并行重配置

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TSV or interconnect between chips have as a promising solution for overcoming interconnect and power bottlenecks in 3D IC. However, testing of 3D ICs remains a significant challenge, and breakthroughs in test technology are needed to make 3D integration commercially viable. This paper first presents an overview of TSV-related defects and the impact of TSVs in the form of new defects in devices and interconnects. Then, we propose an improvement of IBIST by a circuit reconfiguration to help us to use the same circuit in the presence of default interconnections. This paper first presented an overview of TSV defects. Then, we propose an improvement of IBIST (Interconnect Build-In Self-Test) by a circuit reconfiguration RIBIST in order to overcome the obstacles.
机译:TSV或芯片之间的互连作为克服3D IC中的互连和功率瓶颈的有希望的解决方案。然而,对3D IC的测试仍然是一个巨大的挑战,为了使3D集成在商业上可行,测试技术需要突破。本文首先以器件和互连中的新缺陷的形式概述了与TSV相关的缺陷以及TSV的影响。然后,我们提出通过电路重新配置来改善IBIST的方法,以帮助我们在存在默认互连的情况下使用同一电路。本文首先概述了TSV缺陷。然后,我们提出了通过电路重新配置RIBIST来改进IBIST(互连内置自测)的技术,以克服这些障碍。

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