先进封装解决方案的未来

Dae-woo Kim, Taejoo Hwang
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引用次数: 2

摘要

随着第四次工业革命进入半导体行业,对半导体器件提出了高计算能力和高数据带宽的要求。这些需求导致了对先进封装技术的适应。在移动应用方面,由于外形小巧,散热性能好,扇出技术被用于智能手机。对于服务器应用,在高内存带宽和大芯片方面,云计算和人工智能采用2.5D和3D技术。然而,有两个重要的问题需要解决的先进封装。一个是热问题,另一个是电问题。新的热材料和封装结构有望改善热性能。再分配衬底和硅通孔将减少高速信号的电损耗。在本文中,我们将探讨包装技术在未来的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Future of Advanced Package Solutions
As the 4th industry revolution emerges into the semiconductor industry, high computing power and high data bandwidth are required for semiconductor devices. These demands lead to the adaption of the advanced packaging technology. For mobile application, fan-out technologies are used for smart phones due to small form factors and thermal performances. For server applications, 2.5D and 3D technologies are employed for cloud and artificial intelligence in terms of high memory bandwidth and a big die. However, there are two significant issues to resolve for advanced packaging. One is a thermal issue and the other is an electrical issue. Novel thermal materials and package structures are expected to improve the thermal performances. Redistribution substrate and through silicon via will reduce electrical loss for high speed signals. In this paper, we will investigate how the packaging technologies evolve in the future.
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