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Cymer reports major progress on EUV power source
Cymer was set to reveal significant improvements in EUV source power, availability and dose control. < br/ > < br/ > View the full article < a href="http://www.eetimes.com/electronics-news/4236411/Cymer-reports-major-progress-on-EUV-power-source-" > HERE < /a > .
TEL joins DSA, maskless litho projects
Japan's Tokyo Electron Ltd (TEL) is working with on two collaborative lithography research projects spearheaded by the CEA-Leti research institute.
Cymer reports major progress on EUV power source
Cymer Inc is expected to reveal that it has made significant progress in the development of a power source for EUV (extreme ultraviolet) lithography over the past few months.
E-beam production comes out of the shadows
Lithography gloom lifted a little as electron beam production lithography demonstrated 22nm dense lines and spaces and 22nm dense contact holes using positive chemically-amplified resist. "This demonstrated..
ASML Brion Introduces Solution for Faster, More Cost-Effective Mask Data Preparation for
ASML Brion Introduces Solution for Faster, More Cost-Effective Mask Data Preparation for Leading-Edge Chip Designs
Imec Announces World-First 300mm-Fab Compatible Directed Self-Assembly Process Line - Printed
Can DSA become the next patterning solution extending the limits of 193nm and EUV lithography
300mm DSA Imec 300mm fab compatible directed self assembly process line : Electronics News from
Imec announces world-first 300mm-fab compatible directed self-assembly process line : Electronics News from Electronic Specifier
Embedded Solutions Day - Thursday 22nd March 2012 | PRLog
Embedded Solutions Day - Thursday 22nd March 2012. An essential one-day workshop for engineers considering a new design containing either an embedded PC or RISC processor. - PR11791151
EUV Frequency Comb Debuts (photonics.com | Feb 2012 | Research & Technology)
The first “frequency comb” in the extreme ultraviolet band has the potential to advance nuclear cloc...
Researchers develop a frequency comb that can untangle the extreme ultraviolet spectrum
A frequency comb takes a single, intense burst of laser light and splits it into an evenly spaced set of wavelengths. Researchers have now built a frequency comb that operates in the extreme ultraviolet, which may us help develop the next generation of nuclear clocks.
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