新的和不断发展的工作站的VLSI封装要求

H. L. Davidson
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引用次数: 2

摘要

建议工作站设计人员对未来系统需要进行四项技术改进:(1)区域垫连接到模具;(2)结对空气热阻低;(3)可靠、廉价的mcm(多芯片模块);和(4)“已知的好”裸模放在mcm上。通过面积焊盘连接到芯片可以完成两个关键的事情:它提供了系统架构师想要的引脚数量,并推动芯片连接技术向低串联电感方向发展。低热阻使系统设计人员能够经受住由噪音限制和非常紧密的机械包装造成的气流限制。mcm使设计人员能够将高速路径限制在模块内。这就缓解了当前单器件封装加剧的串扰和偏斜问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
VLSI packaging requirements for new and evolving work stations
It is suggested that there are four technological improvements that workstation designers need for future systems: (1) area pad connections to die; (2) low thermal resistance from junction to air; (3) reliable, inexpensive MCMs (multichip modules); and (4) 'known good' bare die to put on the MCMs. Having area pad connections to the die accomplishes two critical things: it provides the number of pins that the system architects want, and drives the die attach technology towards low series inductance. The low thermal resistance permits the system designer to survive the air flow constraint that has been placed on the box by acoustic noise limits and very tight mechanical packaging. MCMs enable the designer to confine high speed paths to the module. This eases the problems of crosstalk and skew that the current generation of single device packages aggravates.<>
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