Electronic system design methodology: Europe's positioning

Summary form only given. The engine that drives all ICT industries is microelectronics. By 2015, according to Mark Pinto of Bell Labs, the microelectronics industry "will be manufacturing 10 million silicon transistors per human being per day ... and the applications will exist to consume them....

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description Summary form only given. The engine that drives all ICT industries is microelectronics. By 2015, according to Mark Pinto of Bell Labs, the microelectronics industry "will be manufacturing 10 million silicon transistors per human being per day ... and the applications will exist to consume them." Microelectronics, through its dramatic increase in performance, is the enabler of this revolution. Soon entire products-such as mobile telephones, computers and camcorders-will be based on single silicon chips, reducing product cost and price, opening new markets and boosting manufacturing. Microelectronic chips, together with embedded software, drive the entire ICT industry, by doubling performance and halving cost every 18 months, allowing continuous innovation in products such as mobile phones and smart cards and in services like the Internet and e-commerce. The chips generate new products used by professionals and laymen: 60 percent of today's electronics applications have been made possible solely by the technical progress of microelectronics. How the evolution of electronic system design is changing the world is described.
doi_str_mv 10.1109/DATE.2001.915107
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identifier ISSN: 1530-1591
ispartof Proceedings Design, Automation and Test in Europe. Conference and Exhibition 2001, 2001, p.720
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Application software
Computer aided manufacturing
Costs
Design methodology
Europe
Humans
Manufacturing industries
Microelectronics
Search engines
Silicon
title Electronic system design methodology: Europe's positioning
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