电子制造中的新工艺和组装挑战

G. Farris
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引用次数: 0

摘要

半导体和半导体设备行业预计在未来几年内将出现强劲的好转,先进的封装技术将成为市场实力的重要受益者。5G、人工智能、边缘计算、永久存储器、集成电源管理以及向亚5nm硅技术的过渡都推动了对创新封装解决方案的需求。这些解决方案集成了由不同工艺节点生产的硅,并以最佳成本提供最大性能。异构集成,利用多种互连方法(从扇出到硅Interposer,再到Chiplet),解决了这一挑战,但需要独特的解决方案来实现高效、经济的模具放置。高速,高精度的多模放置,直接有效地从一系列不同尺寸的晶圆中提取,对于实现成本效益的组装至关重要。本文着眼于挑战和潜在的方法,为高效和经济有效的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Emerging Process and Assembly Challenges in Electronics Manufacturing
Semiconductor and Semi equipment industries expect to see a strong upturn in the next few years, with advanced packaging technologies a significant beneficiary of the markets strength. 5G, AI, Edge Computing, Persistent Memory, Integrated Power Management, and the transition to sub 5nm silicon technology are all driving the need for innovative packaging solutions. These solutions integrate silicon produced with disparate process nodes and deliver maximum performance at optimal cost. Heterogeneous Integration, utilizing a multitude of interconnect methodologies (from Fan-out to Silicon Interposer, to Chiplet), addresses this challenge but requires unique solutions for efficient, cost effective die placement. High speed, high precision multi-die placement, directly and efficiently extracted from a range of different sized wafers, is critical to enable cost effective assembly. This paper looks at the challenges and potential approaches for efficient and cost effective solutions.
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