A Study on the Comprehensive Analysis of Electro Migration for the Nano technology trends

Sankararao Majji, Tulasi Radhika Patnala, Manohar Valleti, Chandra Sekhar Pasumarthi, Srilekha Kothapalli, S. Karanam
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引用次数: 22

Abstract

As technology advances towards lower nodes, chip industry facing severe challenges from its counterpart node with the narrow interconnects. Density of current becomes more affected with these higher device currents and increasing on-chip temperature. The interconnect reliability and their possible degradation from electro migration is a severe concern. Perhaps the problem of carrier migration requires attention from fabrication industry at higher technology nodes, more specifically electro migration becomes a severe concern at 28nm and below. Beside power dissipation, speed of the IC and area on the chip, electro migration also becomes severe at technology nodes 28nm and below. In this brief a comprehensive analysis of electro migration and inter connect parasitic are described for various trends of nanometer technology.
综合分析电迁移对纳米技术发展的影响
随着技术向低节点发展,芯片产业面临着来自窄带互联的对应节点的严峻挑战。随着器件电流的增大和片上温度的升高,电流密度受到的影响更大。互连的可靠性及其可能因电迁移而退化是一个严重的问题。也许载流子迁移的问题需要制造业在更高的技术节点上予以关注,更具体地说,电迁移在28nm及以下成为一个严重的问题。除了功耗、集成电路的速度和芯片上的面积外,在28nm及以下的技术节点上,电迁移也变得非常严重。本文对纳米技术的各种发展趋势进行了全面的分析。
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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