Wafer scale integration

D. Patterson, S. Seccombe
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引用次数: 33

Abstract

With lowering defect densities in LSI fabrication technologies interest in wafer scale integration has revived. The process holds the promise of higher performance, lower cost, and increased packing density, particularly at the system level. However, it is necessary to consider if recent advances are sufficient to outweigh problems in testing, repairability and system configuration, ancl flexibility. To be assessed too are the problems that limited early implementations in the 60s and if they can be overcome; and if wafer scale integration will provide new opportunities such as systolic arrays, connection-oriented architectures and other related disciplines . . . Panelists will discuss unique technological approaches and the future potentials along with limitations that may arise.
晶圆规模集成
随着大规模集成电路制造技术中缺陷密度的降低,对晶圆级集成的兴趣已经恢复。该工艺具有更高的性能、更低的成本和更高的封装密度,特别是在系统级。然而,有必要考虑最近的进展是否足以克服测试、可修复性和系统配置以及灵活性方面的问题。还需要评估限制60年代早期实施的问题,以及这些问题是否可以克服;如果晶圆规模集成将提供新的机会,如收缩阵列、面向连接的架构和其他相关学科……小组成员将讨论独特的技术方法和未来的潜力以及可能出现的限制。
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