The 50-Million Transistor Chip: The Quality Challenge for 2001. R. Merritt, and R. Goering. ISQED, page 15-18. IEEE Computer Society, (2001 ). 1. 1. Meta data.
The 50-Million Transistor Chip: The Quality Challenge for 2001. ISQED 2001: 15-18. [+][–]. Coauthor network. maximize. Note that this feature is a work in�...
The 50-Million Transistor Chip: The Quality Challenge for 2001. 15- Electronic Edition (link) BibTeX. Plenary Session. Tak Young: Monterey Design. 19-20
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Intel built the world's smallest transistor at 20nm (20 millionths of a meter) wide. Shrinking the size of transistors was key to upholding Moore's Law.
Three panel discussions with over 20 top specialists covered design topics and issues. The first, "The 50-Million Transistor Chip: The Quality Challenge for�...
The 50-Million Transistor Chip: The Quality Challenge for 2001Rick Merritt, Richard Goering. 15 [doi] � Monterey DesignTak Young. 19-20 [doi] � Future Platform�...
Hot Chips: Managing Moore's Law | Texas ECE
www.ece.utexas.edu › news › hot-chips-managing-moores-law
Apr 16, 2015 � Transistors get hot because they use electrons, subatomic particles that carry an electric charge, to perform calculations and transfer information.
Moore's Law has been an important benchmark for developments in microelectronics and information processing for over three decades.
Mar 12, 2016 � After a glorious 50 years, Moore's law—which states that computer power doubles every two years at the same cost—is running out of steam.