Outlook of device and assembly technologies enabling high-performance mobile computing - IRDS view (Invited)

M. Badaroglu
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Abstract

We are living in a connected world with access to data in vast amounts. This connectivity is enhanced by more intelligent sensors and human-computer interfaces bringing people closer to computation in a more natural and accessible way. Instant data generation requires ultra-low-power devices with an “always-on" feature at the same time with high-performance devices that can generate the data instantly. Big data requires abundant computing, communication bandwidth, and memory resources to generate services and sensible information that people need. But transfer of data becomes a limitation for the scaling of systems where both on-chip and off-chip interconnects become quite scarce in meeting this demand. In this paper we will present about these challenges, how they impact the outlook of More Moore technologies and 3D architectures in this interconnect-scarce era.
实现高性能移动计算的设备和装配技术展望- IRDS视图(邀请)
我们生活在一个互联的世界,可以访问大量的数据。更智能的传感器和人机界面增强了这种连接,使人们以更自然、更方便的方式更接近计算。即时数据生成需要具有“始终在线”功能的超低功耗设备,同时需要能够即时生成数据的高性能设备。大数据需要丰富的计算、通信带宽和内存资源,才能产生人们需要的服务和感知信息。但是数据传输成为系统扩展的一个限制,片上和片外互连在满足这种需求方面变得相当稀缺。在本文中,我们将介绍这些挑战,以及它们如何在这个互连稀缺的时代影响摩尔技术和3D架构的前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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