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Tera-Scale Three-Dimensional Integration (3DI) using Bumpless TSV Interconnects

机译:使用无扰通TSV互连的兆兆级三维集成(3DI)

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摘要

Bumpless interconnects prospected to the Tera-byte large scale integration using three-dimensional HD^ processes has been discussed. The key feature of bumpless as well as no bump interconnects is a second-generation alternative to the use of micro-bump for Wafer-on-Wafer (WOW). In our 3D interconnects technology is classified into Via-Last from the front side and stacking Back-to-Front in which any number of thinned 300 mm wafers and/or heterogeneous dies can be stacked realizing further large-scale devices with low cost rather than the use of extreme ultraviolet (EUV) lithoeranhv which will be expected at 18-22 nm and beyond. In the economic sense in many situations, WOW is the leading-edge process among 3D processes because stacking at the wafer level drastically increases the processing throughput and bumpless interconnects provide an appropriate yield using existing technology which is equivalent to or greater than that achievable with 2D scaling beyond 22 nm nodes. This paper is described by our recent studies as shown in references.
机译:已经讨论了预期的使用三维HD ^过程进行的兆字节大规模集成的无扰互连。无凸点互连和无凸点互连的关键特征是第二代替代产品,可替代晶圆上晶圆(WOW)的微型凸点。在我们的3D互连技术中,从正面将其分类为Via-Last,并从背面堆叠到正面,其中可以堆叠任何数量的300mm减薄晶片和/或异质裸片,从而以低成本而不是成本实现更多的大型器件使用极紫外(EUV)的lithoeranhv,预计在18-22 nm或更高波长下使用。从经济角度来看,在许多情况下,WOW是3D工艺中的最先进工艺,因为在晶圆级堆叠大大提高了处理吞吐量,并且无凸点互连使用与2D等效或更高的现有技术提供了合适的产量。扩展到22 nm以上的节点。我们的最新研究描述了本文,如参考文献所示。

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