Novel through-silicon via technologies for 3D system integration

Paragkumar Thadesar, A. Dembla, Devin K. Brown, M. Bakir
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引用次数: 4

Abstract

To circumvent the performance and energy bottlenecks due to interconnects, novel interconnect solutions are needed both at the package and die levels. This paper reports (1) novel photodefined polymer-embedded vias within silicon interposers for improved through-silicon via insertion loss, and (2) ultrahigh density low-capacitance nanoscale TSVs with 100 nm diameter and 20:1 aspect ratio for fine-grain 3D IC implementation.
新颖的硅通孔3D系统集成技术
为了规避互连带来的性能和能量瓶颈,在封装和芯片层面都需要新颖的互连解决方案。本文报道了(1)新型的光定义聚合物嵌入硅中间体中的过孔,以改善通过硅的插入损耗;(2)直径为100 nm,宽高比为20:1的超高密度低电容纳米tsv,用于细晶粒3D集成电路的实现。
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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