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By the time the program ended in 1990, commercial processors were far outperforming what the
Pentagon's program had produced; however, it did manage to subsidize US semiconductor equipment manufacturing, stimulating an industry that shipped much of its product abroad (mainly to Asia).
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in VLSI design automation. By contrast, the VHSIC program was comparatively less cost-effective for the funds invested over a contemporaneous time frame, though the projects had different final objectives and are not entirely comparable for that reason.
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More than $ 1 billion in total was spent for the VHSIC program for silicon integrated circuit technology development.
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42:(DOD) research program that ran from 1980 to 1990. Its mission was to research and develop very high-speed
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218:, OTA-B P-C IT-40, pp. 21–22 (Washington, DC: U.S. Government Printing Office, March 1986).
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1980s U.S. government program to research and develop very high speed integrated circuits
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materials, lithography, packaging, testing, and algorithms, and created numerous
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Beyond
Spinoff: Military and Commercial Technologies in a Changing World
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Government Policy
Towards Industry in the United States and Japan
78:(CAD) tools. A well-known part of the program's contribution is
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Microelectronics
Research and Development – A Background Paper
86:(HDL). The program also redirected the military's interest in
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Alic, John A.; Brooks, Harvey; Branscomb, Lewis M. (1992).
230:"Russia's long-time chips failure coming home to roost"
108:, having begun two years earlier in 1978, contributed
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VHSIC was launched in 1980 as a joint tri-service (
150:. Harvard Business School Press. pp. 269–270.
214:U.S. Congress, Office of Technology Assessment,
120:research design fab, and greatly furthered the
90:ICs back toward the commercial mainstream of
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265:Science and technology in the United States
70:) program. The program led to advances in
82:(VHSIC Hardware Description Language), a
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7:
104:project which ran concurrently, the
40:United States Department of Defense
28:Very High Speed Integrated Circuit
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167:. IEE Telecommunications Series.
194:. Cambridge University Press.
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228:Bryen, Stephen (2022-08-25).
84:hardware description language
21:Very Large Scale Integration
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164:Advanced Signal Processing
122:Mead and Conway revolution
48:United States Armed Forces
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161:David J. Creasey (1985).
19:Not to be confused with
188:John B. Shoven (1988).
76:computer-aided design
260:Integrated circuits
44:integrated circuits
72:integrated circuit
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106:VLSI Project
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254:Categories
239:2023-05-22
234:Asia Times
133:References
94:circuits.
68:Air Force
110:BSD Unix
46:for the
54:Program
36:Program
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116:, the
112:, the
38:was a
118:MOSIS
102:DARPA
32:VHSIC
196:ISBN
169:ISBN
92:CMOS
88:GaAs
80:VHDL
64:Navy
60:Army
26:The
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30:(
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