采用覆盖互连工艺的MCM原型设计

L. Roszel, W. Daum
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引用次数: 3

摘要

复杂的多芯片模块的构建需要一种评估原型的方法,以确保正确的操作和表征。描述了一种灵活的原型方法,使用覆盖互连方法进行探测和验证。覆盖过程在裸模的顶部建立互连。给出了该过程的概述。覆盖互连方法具有几个主要的灵活性领域,可用于促进mcm的原型设计。访问焊盘的能力,无论是在第一层进行模具验证还是在顶层进行控制和观察,都可以恢复在尺寸减小中丢失的部分测试访问权限。使用焊盘测试分区设计,然后添加最终互连层的能力使当前设计更容易过渡到MCM格式。概述了使用覆盖工艺进行原型设计的许多优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MCM prototyping using overlay interconnect process
The construction of complex multichip modules requires a means of evaluating the prototype for correct operation and characterization. A flexible prototype method is described, using the overlay interconnect approach, for probing and verification. The overlay process builds the interconnect over the top of a bare die. An overview of the process is given. The overlay interconnect method has several major areas of flexibility that can be used to facilitate the prototyping of MCMs. The ability to access pads, either on the first layer for die verification or on the top layer for control and observation, brings back part of the access for test that was lost in the size reduction. The ability to use the pads to test a partitioned design and then add the final interconnect layer allows current designs to make the transition more easily to the MCM format. Many of the advantages of using the overlay process for prototyping are outlined.<>
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