Evolution of Semiconductor Packaging. Present and Future

C. Cognetti
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引用次数: 2

Abstract

Summary form only given. Evolution of semiconductor packaging has taken impressive acceleration, under the pressure of new applications, combining very high volumes, innovation and cost effectiveness. Conventional single chip package completed its cycle, by reaching a die-to-package ratio close to one. And also wire bonding technology is getting close to its physical limits, at about 25-30 micron bonding pad pitch. New 3D interconnection technologies, like system in package (SiP), package on package (PoP) and, package in package (PiP), offer the unique advantage of integrating heterogeneous functions in the three dimensions of the package, which can be in some extent competitive with chip-level integration (system on chip - SoC)
半导体封装的演变。现在和未来
只提供摘要形式。在新应用的压力下,半导体封装的发展已经取得了令人印象深刻的加速,结合了非常高的产量,创新和成本效益。传统的单芯片封装完成了其周期,达到了接近1的模包比。此外,金属丝键合技术正接近其物理极限,键合垫间距约为25-30微米。新的3D互连技术,如系统中封装(SiP)、包中封装(PoP)和包中封装(PiP),提供了在封装的三维空间中集成异构功能的独特优势,在某种程度上可以与芯片级集成(片上系统- SoC)相竞争。
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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