2.5/3D集成的驱动因素和方面可能会改变游戏规则

Carl Engblom
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摘要

只提供摘要形式。越来越明显的是,基于摩尔定律的性能和容量改进将不足以满足网络社会中预计的总体容量需求——事实上,需要的不仅仅是摩尔定律。满足这些需求的一种方法是在芯片级上实现2.5D和3D集成。在本文中,我们将从系统集成的角度讨论2.5/3D的技术和财务驱动因素。本文讨论了该领域的进一步趋势和不同的方法,包括优缺点以及技术和业务模式挑战。该报告还谈到了这些集成技术如何在与片上或“近片”光子集成相结合时得到进一步加强。这种组合似乎有潜力提供能够满足未来容量和性能要求的技术,考虑到其他技术限制(如功耗)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Drivers and aspects of 2.5/3D integration as a potential game-changer
Summary form only given. It is increasingly clear that performance and capacity improvements predicated on Moore's law will not be sufficient to meet projected overall capacity demands in a networked society - in fact more than Moore will be needed. One way to meet these demands is enabled by 2.5D and 3D integration on chip-level. In this note we discuss technical and financial drivers of 2.5/3D from a system integration perspective. Further trends and different approaches in this field are discussed with pros and cons as well with technical and business model challenges. The note also touches on how these integration techniques can be even further strengthened when combined with on-chip or “near-chip” integration of photonics. This combination seems to have the potential to deliver technologies that can meet future capacity and performance requirements given other technical constraints e.g. power consumption.
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