How to address metallization and reliability challenges in today and tomorrows technology nodes?

A. Preusse, J. Hahn, T. Chowdhury, B. Hintze, R. Liske, M. Nopper, U. Stoeckgen
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Abstract

While dual damascene integration for current technologies is often cited for its challenges in regard to patterning and demands on lithography hardand software. Metallization for features with aspect ratios in the range of 4:1 as well as line widths with 40nm and shrinking is thought to be manageable with established technologies. Void free fill of lines and vias is mandatory yet reliability and line resistance gaining importance from one technology node to the next. Methods to enhance reliability are abound however which of the solutions are extendible to future technology nodes depends on a variety of parameters. The before mentioned topics on metallization challenges as well as choices to enhance reliability will be discussed in the paper.
如何应对当今和未来技术节点的金属化和可靠性挑战?
而当前技术的双大马士革集成通常被引用为其在模式和对光刻硬件和软件的需求方面的挑战。金属化特征的纵横比在4:1范围内,线宽40nm和缩小被认为是可管理的现有技术。线路和通孔的无空隙填充是强制性的,但可靠性和线路阻力从一个技术节点到下一个技术节点越来越重要。提高可靠性的方法有很多,但哪一种解决方案可扩展到未来的技术节点取决于各种参数。本文将讨论前面提到的金属化挑战以及提高可靠性的选择。
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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