片上系统(SoC)要求集成电路和封装协同设计和协同验证

A. Fontanelli, S. Arrigoni, D. Raccagni, M. Rosin
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引用次数: 5

摘要

更复杂集成系统的技术竞赛正在加速,这导致了一系列的缺点:极高的引脚数和时钟速度,由于混合器件技术而增加的掩模成本和晶圆良率问题,以及无法实现的上市时间。近年来,包装技术取得了重大突破,导致了几种新型包装的工业化,更强大,更灵活。这两种技术趋势的结合正在推动集成电路和封装设计与验证的发展,这必须越来越多地作为一个整体来考虑。然而,对于这种演变,要想成功,需要三个要素:方法论的改变,EDA工具的新类别的可用性,以及所涉及的设计师和工程师的概况的重大转变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
System-on-chip (SoC) requires IC and package co-design and co-verification
The accelerating pace of the technology race towards more complex integrated systems is leading to a series of drawbacks: awfully high pin-count and clock-speed, increasing mask costs and wafer yield issues due to mixing device technologies, and unachievable time-to-market. In recent years, major breakthroughs have occurred in packaging technology, which have led to the industrialization of several kinds of new packages, more powerful, and yet more flexible. The combination of these two technological trends is driving the evolution of IC and package design and verification, which must be considered, more and more, as a single whole. For this evolution, to be successful, however, three ingredients are required: a change in methodology, the availability of a new category of EDA tools, and a major shift in the profile of the designers and engineers involved.
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