Intel uses EUV tool to speed chips
News EUV is a new type of lithography -- the process traditionally used to print circuit patterns on chips -- known as photolithography. Developed by private and governmental researchers at the Livermore and Sandia national laboratories...
[April 23, 2002, 8:22]
Intel draws chips with extreme UV
News The chipmaker plans to reveal on Monday that it has installed the first commercial extreme ultraviolet light photolithography tool in a development facility on its Hillsboro, Oregon, campus. Intel has reached another milestone on the path to...
[August 2, 2004, 8:30]
Cymer Boosts Productivity With IBM eServer xSeries and Linux
White Papers Based in San Diego, California, Cymer, Inc.is one of the world's leading suppliers of Deep UltraViolet (DUV) illumination sources, the essential light source used in DUV photolithography systems in the semiconductor manufacturing process.
[April 5, 2007, 1:00]
Canon MP170
Downloads One key to its impressive printing performance: Canon Full-photolithography Inkjet Nozzle Engineering (FINE) uses an innovative print head with 1,472 nozzles that eject consistent, precise ink droplets as small as 2 picoliters.
[January 12, 2005, 7:00]
Seagate invests in nanotech
News The Londonderry plant will now become a nanotechnology centre of excellence in the development of thin film technology, specialising in next generation and leading-edge photolithography. Seagate Technology, a company that designs, manufactures and...
[December 14, 2005, 16:25]
Chipmakers on fast track to 10GHz
News This type of lithography, known as photolithography, works much like taking a picture. The semiconductor industry has reached an important milestone on the path to producing 10GHz chips. The Extreme Ultraviolet LLC, a joint development effort...
[January 16, 2001, 14:45]
IBM taking Moore's Law by the horns
News IBM says its V-Groove technique improves on current photolithography manufacturing techniques, which project an image of a transistor onto a chip, then physically remove excess silicon. New technology breakthroughs from IBM Research promise to...
[August 11, 2000, 15:03]
IDF - final day. Bring on the robots!
Blog It was an array of tiny glass beads each a tenth of a millimetre across: the significance is that these are perfectly spherical and produced via photolithography, making them ideal for the construction of programmable matter in ordinary chip fab...
[August 21, 2008, 21:13]
