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Electronic Packaging Evolution in IBM

机译:IBM中的电子包装发展

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A quarter century of innovation in the development of packaging for semiconductors has culminated in the announcement of the IBM 4300 Series of computers and the IBM 3081. This technology has been built on a broad and expanding base starting with packaging for the 1400 Series in the late 1950s. In the next series, System/360, IBM chose to follow a unique approach which employed solder joints for the semiconductor connections, allowing ultimately a higher density and total number of interconnections compared to the rest of the industry. This has driven the packaging at the module level to achieve extremely high density and has led to multichip interconnections and multilayers on this first level of package. The dramatically increasing circuit function at the module level requires area arrays of pins to be able to get enough of them in a small area. Thus the next level (second level) of packaging has likewise been driven to provide many layers of dense interconnections to link to the module pins. New types of plated through holes join the many layers of interconnection. The highlights of the technical approaches which have been developed over the twenty-five-year period are discussed briefly in this paper.
机译:半导体包装开发方面经过25年的创新,最终宣布了IBM 4300系列计算机和IBM3081。该技术建立在广泛且不断扩展的基础上,从1400系列的后期包装开始1950年代。在下一个系列System / 360中,IBM选择采用一种独特的方法,该方法将焊点用于半导体连接,与业界其他部分相比,最终允许更高的密度和互连的总数。这驱使模块级的封装达到极高的密度,并导致在第一级封装上实现多芯片互连和多层化。在模块级别上急剧增加的电路功能要求引脚的区域阵列能够在较小的面积内获得足够的引脚。因此,包装的下一层(第二层)同样被驱动以提供多层密集互连以链接到模块引脚。新型的镀通孔连接了许多互连层。在本文中简要讨论了在25年间开发出的技术方法的重点。

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