By Bernardo Kastrup, ASML, Veldhoven, The Netherlands - ABSTRACT - Feature shrink is the force that drives the semiconductor industry forward. At each step along the technology roadmap, manufacturers need to be able to produce chips efficiently, cost effectively and with high yield. As feature sizes become ever smaller, the manufacturing challenges increase almost exponentially, putting extremely tight requirements on parameters such as overlay and critical dimension uniformity (CDU). Even the tiniest process variation can have a potentially disastrous effect. In order to remedy these challenges, this paper’s proposal for a holistic manufacturing approach claims to avoid these effects by looking at all of the essential steps and processes together as a whole.
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David Laidler, Philippe Leray, Koen D’Havé & Shaunee
Cheng, IMEC, Leuven, Belgium
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Oleg Kishkovich, Anatoly Grayfer & Frank V. Belanger,
Entegris, Inc., Franklin, MA, USA
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R. Singh, T. Boland, R. Mulye, G. Gaur, J.Steelman, D. Arya, N. Srinidhi and P.Deshmukh, Holcombe Department of Electrical and Computer Engineering and Center for Silicon Nanoelectronics, Clemson University, South Carolina, USA
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Uzodinma Okoroanyanwu, AMD, USA; Remo Kirsch & Marcel Grundkowski, AMD Fab 36, Germany; Rene Wirtz & Wolfram Grundke, AMD Saxony LLC, Germany
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By Eitan Herzel and Mike Adel, KLA-Tencor Corporation
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Stefan Hempel, Steffen Volt, & Wolfram Grundke, AMD, Dresden, Germany
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Peter Rabkin, Michael Hart & Daniel Gitlin, Xilinx, Inc., San Jose, California
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