SPIE Photomask Technology won praise from attendees for its strong technical program.
Monterey, California, USA (PRWEB) September 19, 2013
SPIE Photomask Technology won praise from attendees for the strong technical program at the 33rd annual event this year in Monterey, 10-12 September. Sponsored by SPIE, the international society for optics and photonics, the event is the industry’s largest meeting of semiconductor mask makers. Approximately 440 international attendees were there to exchange the latest progress on the industry’s biggest challenges such as EUV, OPC/simulation, contamination and durability.
Symposium Chair Thomas Faure (IBM Corp.) and Co-Chair Paul Ackmann (GlobalFoundries) were among participants who said they were very pleased with the quality of the talks. Sessions covered current technical issues, emerging technologies and future trends, with reports on research findings helping to inform discussions on how to meet the emerging technical challenges facing the industry.
Among technical highlights were a keynote talk by Michael Mayberry, Corporate VP of the Technology and Manufacturing Group and Director of Components Research at Intel Corp., on materials, functional compatibility, performance-power metrics and cost issues needing to be solved to meet needs of the future; and a panel discussion on "Big Bad Glass: Will It Return?" that considered whether changes in the wafer landscape and EUV require the move to larger glass, what the cost of not doing so would be, and whether another technique would support the technology.
The community honored two of its members for important innovations.
Constantine (Deno) Macricostas was presented with the Photomask 2013 Lifetime Achievement award. Macricostas, who founded Photronics in 1969, cited for his dedication to customer service, strategic acquisitions and partnerships. Today, Photronics has manufacturing operations in Europe, the U.S., Taiwan and Korea, with expertise from IC to FPD mask-making in all geometries.
Tadahiro Takigawa of ASML Japan was awarded the 2013 BACUS Prize in recognition of his contributions toward development and commercialization of high keV vector scanned beam photomask lithography tools. Close to half of all masks are now made with 50 keV VSB technology developed or influenced by Takigawa, first at Toshiba Machine Corp. and subsequently at NuFlare.
Outstanding students were recognized as well.
Bei Yu and Jhih-Rong Gao, PhD students at the University of Texas at Austin, received the 2013 BACUS Scholarship. They are investigating multiple patterning, DFM, E-beam lithography, RET, layout planning and networks-on-chip, and have produced 30 papers since 2008, on layout fracturing, self-aligned patterning and floor planning techniques to help extend device scaling to 10 nm and beyond.
Best Poster Awards went to:
- First Place: Natalia Davydova, ASML Netherlands, et al., for “Impact of an etched EUV mask black border on imaging and overlay, part II”
- Second Place: G. Ning, GlobalFoundries, et al., for “Alternative material to migate chrome degradation on high volume ArF layers”
- Third Place: Songbae Moon, Samsung Electronics Co., et al., for “A study on the chromium surface damage in the structure of a silicon oxynitride hard mask on the chromium surface of PSM blank”
Support for the meeting was provided by companies including Hoya, Applied Materials, Taiwan Mask Corp., JEOL, Zeiss, Mentor Graphics, Rave, NuFlare, DNP and Synopsys.
Proceedings are being published online in the SPIE Digital Library as manuscripts are approved. For the first time at an SPIE event, meeting attendees have free 90-day access to conference proceedings, beginning during the event, in addition to receiving a full-conference proceedings on CD when all submissions are in.
In a related new SPIE Newsroom video interview, industry veteran Brian Grenon, business unit manager for the Advanced Technical Instruments division of RAVE N.P., talks about the effect of costs driving a more intense focus on solving issues, citing source power and mask infrastructure as key challenges.
SPIE is the international society for optics and photonics, a not-for-profit organization founded in 1955 to advance light-based technologies. The Society serves more than 235,000 constituents from approximately 155 countries, offering conferences, continuing education, books, journals, and a digital library in support of interdisciplinary information exchange, professional networking, and patent precedent. SPIE provided over $3.2 million in support of education and outreach programs in 2012.