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Quilt Packaging:A Revolutionary and Flexible Approach to High-Performance System in Package

机译:被子包装:一种用于包装中高性能系统的革命性灵活方法

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Introduction As processing nodes continue to decrease, and lighter integration is desired, packaging has become a prominent factor in electronic systems performance. To maintain the pace of innovation in microelectronics systems set by Moore's Law, industry has been focused on modify-ing or extending current technologies and implementing so-called 3D packaging (through-silicon-via (TSV), wafer level packaging, die stacking). Many applications exist where current 3D approaches are sufficient, but significant obstacles to wide-spread adoption remain. In many cases, current approaches simply will not work due to thermal issues, coefficient of thermal expansion (CTE) mismatch-es, and other difficulties. Indiana Integrated Circuits, LLC (IIC) (www.indianaic.com) offers an alternative solution, particularly for RF/microwave systems composed of dis-parate materials.
机译:引言随着处理节点的不断减少以及更轻巧的集成度,封装已成为电子系统性能的重要因素。为了保持摩尔定律所规定的微电子系统创新的步伐,业界一直致力于修改或扩展现有技术并实施所谓的3D封装(硅通孔(TSV),晶圆级封装,管芯堆叠)。 。当前的3D方法就足够了许多应用程序,但是广泛采用仍然存在重大障碍。在许多情况下,由于热问题,热膨胀系数(CTE)不匹配以及其他困难,当前的方法根本行不通。印第安纳州集成电路有限公司(IIC)(www.indianaic.com)提供了另一种解决方案,特别是针对由不同材料组成的RF /微波系统。

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