Multichip modules fabrication, a transition from prototypes to production

J. Reche
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引用次数: 0

Abstract

The author presents an overview of the rationale behind a pilot facility for manufacturing multichip modules, using a high density multilayer interconnect (HDMI) technology. Although HDMI multichip module fabrication equipment and techniques are somewhat related to semiconductor fabrication, there are significant differences which are due to the size of finished parts and to the materials used in the fabrication of MCMs. Past its initial learning curve, minimized costs for second level interconnection are expected from the HDMI technology, because of its optimized geometries compared to other potential second level interconnect technologies. The recently completed pilot facility is to provide data in preparation for the construction of other future large facilities capable of producing parts in large volume, at low cost, for the commercial market. It is pointed out that in order to compete in the world market and to keep a leading edge over competitors, older labor intensive techniques of operating semiconductor plants must be replaced by aggressive automatization.<>
多芯片模块制造,从原型到生产的过渡
作者概述了使用高密度多层互连(HDMI)技术制造多芯片模块的试点设施背后的基本原理。虽然HDMI多芯片模块制造设备和技术在某种程度上与半导体制造有关,但由于成品零件的尺寸和mcm制造中使用的材料,两者之间存在显着差异。通过最初的学习曲线,HDMI技术有望将二级互连的成本降至最低,因为与其他潜在的二级互连技术相比,HDMI技术具有优化的几何形状。最近完成的试验设施是为了提供数据,为将来建造其他能够以低成本大批量生产零件的大型设施作准备,以供商业市场使用。有人指出,为了在世界市场上竞争并保持对竞争对手的领先优势,旧的劳动密集型操作半导体工厂的技术必须被积极的自动化所取代
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