IMEC Inaugurates New Nanoelectronics Laboratory 8 May 2004

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IMEC inaugurates new nanoelectronics laboratory 8 May 2004 Leuven, Belgium, May 7, 2004 – IMEC today competitiveness of Flanders, Belgium and Europe inaugurated its new nanoelectronics laboratory. by further developing high-tech know-how and will IMEC used the celebration to announce a new serve as a unique place where experts from core research partner in its sub-45nm research research institutes, semiconductor companies, platform, and excellent financial results for its fiscal material and equipment suppliers around the world year 2003. IMEC again succeeded in achieving an will jointly tackle the increasing technological increase in revenue, proving IMEC’s sound growth complexities of the nanoelectronics era." dynamics since its founding in 1984. Today’s announcements illustrate the success of IMEC’s Original press release can be found at business model to globally tackle the increasing www.imec.be intellectual and financial complexities of technology. The new nanoelectronics research facility will enable IMEC to maintain its world-leading role in research in nano-scaled technologies. Started under construction in early 2003, the facility represents a total investment of 84 million euro. Of that total, 37.2 million euro represents a grant from the local government, and the remaining 46.8 million was obtained as a loan, financially supported by the European Investment Bank ( EIB ), from Fortis Bank. Situated adjacent to the existing IMEC campus, the new facility includes a three-level fabrication (ie, fab) structure, as well as an office accommodations for more than 400 people and a central utility building. The fab has a total work surface of 16,280 m2 and includes a plenum, a 3,200 m2 ball room-style cleanroom, with 2,200 m2 of space sitting on a vibration-controlled waffle table, a clean subfab and a utility fab. The cleanroom, suitable for full 300 mm wafer processing, is now ready for equipment installation. "The presence of local officials, the European Commission and worldwide partners at the inauguration of our new facility proves the strong belief in IMEC’s initiative to set up a centralized research platform for global nanoelectronics research,” stated Prof. Gilbert Declerck, President and CEO of IMEC. “Our facility will strengthen the 1 / 2 APA citation: IMEC inaugurates new nanoelectronics laboratory (2004, May 8) retrieved 26 September 2021 from https://phys.org/news/2004-05-imec-inaugurates-nanoelectronics-laboratory.html This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. 2 / 2 Powered by TCPDF (www.tcpdf.org).

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ic process technologies process industry solutions industry power electronics power spectrum sensing body area networks hyp euv lithography ERS cognitive radio p IMEC NUMBERS E ct A CHALLENGE FOR EACH TALENT collaboration R al i sustainable mobility M wireless communication wireless efficient communication aging 1,850 660 imec academy Imec is a multidisciplinary environment. To accomplish our research we welcome electronic engineers, smart systems electromechanic engineers, chemists, physicists, material scientists, bio engineers, computer scientists... More than 1,850 people work at imec, 35% of 660 European universities and research centers joint R&D which are guest researchers and residents from get training and access to advanced knowledge Imec also welcomes industrially oriented engineers and people with even other backgrounds to support the academic and industrial world. and tools from imec. organic electronics worldwide imec’s development activitiesThe and ime cooporateC C withampus industry, universities, polytechnic schools, associated partnerships photovoltaics labs, and other research institutes. 37 66 300mm 37 is the average age of our staff. biomedical66 nationalities work at imec. To stay on the forefront of research on The imec campus also houses laboratories electronics future cleanroom nanotechnology and nanoelectronics, imec for solar cell research, research on sustain- disposes of an ultramodern research facil- able wireless communication, biomedical imeC vision systems 450mm compatible ity that is continuously expanding. The imec research and long-term brain research in your future 208 285 campus comprises 30,481m² office space, the framework of NERF. aT a glanCe nanoparticles READY TOsmall laboratories, APPLY training facilities and ? starts at imec technical and IT support rooms.
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