Moore, G.E. "Lithography and the future of Moore's law", in Optical/Laser Microlithography VIII, Proc. SPIE Vol. 2440 (1995), 2- 17.G. E. Moore, "Lithography and the future of Moore's Law", Proc. SPIE, vol. 2440, pp. 2-17, 1995....
Podcast EP265: The History of Moore’s Law and What Lies Ahead with Intel’s Mr. TransistorDecember 8, 2024 Podcast EP264: How Sigasi is Helping to Advance Semiconductor Design with Dieter TherssenDecember 6, 2024 Podcast EP263: The Current and Future Impact of the CHIPS and Science Act ...
There have been many pronouncements about the slowing down of Moore's Law. Human enterprise, however, has managed to disprove these dim prophecies by producing ingenious solutions on a regular basis, to allow Moore's Law to continue its unabated march. The goal of this paper is to suggest th...
The future of Moore's Law is all smoke and mirrors. Companies like AMD, IBM, and Intel will continue using silicon to build smaller and faster microprocessors for at least another ten years, but not without the help of extreme ultraviolet (EUV) lithography, a new way of printing circuit pa...
the forbidden pitch phenomenon and its implication on future designs. We studied Forbidden pitches in context of 65 and 45 nm technologies using aerial imaging simulation. Aerial imaging simulation is computationally expensive and is not possible to perform on entire layout structures. Based on results...
Advanced materials for the protection and enhancement of optics, displays, and other microelectronics. 进一步了解 Protective Hard Coatings Optical Coatings 选择性表面改性 光刻 光刻 我们的产品系列涵盖整个光刻波长范围,是业界最全面的产品系列。 进一步了解 ...
The course will conclude with a wrap-up of EUVL’s current status, challenges and future. We encourage questions and discussion in this course and look forward to sharing our knowledge of EUVL. Students will receive a bound copy ofEUV Lithography(2ndEdition, SPIE Press) and a printed copy of...
Furthermore, by using water as the optical fluid, all of the existing optics, masks and photoresists could continue to be used. This was the best chance to keep Moore’s Law going. “Projecting light through highly purified water would allow significantly smaller chip features to be printed,...
Microchips are the engines of progress. Their computing power and energy efficiency are driving the digitalization of our economy and society. The roadmap for this progress is being written by ZEISS and its partners. Because the production of both current and future microchip generations requires tec...
EUV lithography makes scaling more affordable for chipmakers and allows the semiconductor industry to continue its pursuit of Moore’s Law. EUV systems are used to print the most intricate layers on a chip, with the rest of the layers printed using various DUV systems. Both types of technology...