Redefining IC packages with super-thin Substrates

C. Lee, P. C. Wilson Ang, B. Ang, W. Tan, K. Horng
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Abstract

In an industry which demands for continuous innovation and perfection, we are constantly deriving new processes and solutions to break the technological limits which will set us apart. We are striving to achieve denser integrated circuits for better performance as Moore's law perceives and also redefining the word, “Thin”. Driven by cost and in order to achieve thinner IC packages, we have created an innovative solution which enables us to produce ultra-thin substrates. This technology allows us to make use of conventional materials such as PICs(photo imagable coverlay) and merging them with substrates to create products as thin as 25um. Our aim is to showcase the advantages of our Super-thin substrates versus the Molded interconnect substrates in terms of process and capability. This project is done and carried out in QDOS Interconnect.
用超薄基板重新定义IC封装
在一个要求不断创新和完美的行业中,我们不断推出新的工艺和解决方案,以打破使我们与众不同的技术限制。我们正在努力实现更密集的集成电路,以获得更好的性能,正如摩尔定律所感知的那样,同时也重新定义了“薄”这个词。在成本的驱动下,为了实现更薄的IC封装,我们创造了一种创新的解决方案,使我们能够生产超薄基板。这项技术允许我们利用传统材料,如PICs(照片可成像覆盖层),并将它们与基板合并,以创建薄至25um的产品。我们的目标是展示我们的超薄基板相对于模制互连基板在工艺和性能方面的优势。本项目是在QDOS Interconnect中完成和实施的。
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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