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3D Stacked Package Technology and Its Application Prospects

机译:3D堆积包技术及其应用前景

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摘要

In recent years, the increasing demands for the high performance integrated circuit devices have led to the development of multi-die stacked technology in a single package form. The 3D (three dimension) stacked package technology is developing trend of the integrated circuit advanced high-density packaging, which can easily meet the developing of smaller footprint, lower profile, multi-function, lower power consumption and lower cost for the cell phones and consumer products like digital cameras, MP4, PDA and other wireless devices. Some correlative concepts of the 3D stacked package have been proposed in this paper. Firstly, the development trends and the general classifications of 3D stacked package have been introduced. Furthermore, in order to compare with the traditional 2D package (MCM), the advantages of the 3D stacked package technology have been discussed, and it also briefly states the technical challenges that 3D stacked package technology must be faced. In addition, the potential applications that may take advantage of 3D stacked package technology are discussed in the end.
机译:近年来,对高性能集成电路器件的不断增加导致了单个封装形式的多模堆叠技术的开发。 3D(三维)堆叠封装技术正在开发集成电路先进的高密度包装的发展趋势,可以很容易地满足较小的占地面积,较低的轮廓,多功能,较低功耗和较低的手机成本的开发。消费产品如数码相机,MP4,PDA和其他无线设备。本文提出了一些3D堆叠包的相关概念。首先,介绍了发展趋势和3D堆叠包的一般分类。此外,为了与传统的2D封装(MCM)进行比较,已经讨论了3D堆叠封装技术的优点,并且还简要地说明了3D堆叠包技术必须面临的技术挑战。此外,最终讨论了可能利用3D堆叠封装技术的潜在应用。

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