向极紫外光刻技术过渡

S. Wurm
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引用次数: 5

摘要

如今的材料和工具基础设施正在支持EUVL在中试生产线的应用,业界正致力于解决在2014/15年将EUV引入22纳米半间距HVM的剩余挑战。确保EUV可扩展到低于16纳米半间距需要额外的努力,例如使研发工具能够支持下一代EUV电阻和EUV掩模技术的材料开发。SEMATECH正在引领这一行业的努力。随着EUVL的引入,SEMATECH的光刻重点正在转向解决≤10nm半间距的图案挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transition to EUV lithography
Today's materials and tool infrastructure is supporting EUVL for pilot line applications with industry efforts focused on addressing the remaining challenges to introduce EUV into HVM at the 22 nm half-pitch in 2014/15. Ensuring EUV extendibility to the sub-16 nm half-pitch will require additional efforts, such as enabling the research and development tools to support the materials development for next generation EUV resist and EUV mask technology. SEMATECH is leading this industry effort. With the introduction of EUVL, SEMATECH's lithography focus is shifting towards addressing the challenges for patterning at the ≤ 10 nm half-pitch.
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