Moores Law Dynamics of a Technological Revolution Thomas J. Misa Charles Babbage Institute .

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Moore’s Law Dynamics of a Technological Revolution Thomas J. Misa Charles Babbage Institute www.cbi.umn.edu

Transcript of Moores Law Dynamics of a Technological Revolution Thomas J. Misa Charles Babbage Institute .

Page 1: Moores Law Dynamics of a Technological Revolution Thomas J. Misa Charles Babbage Institute .

Moore’s LawDynamics of a Technological Revolution

Thomas J. MisaCharles Babbage Institute

www.cbi.umn.edu

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Plan for today

• Views of Moore’s Law (1965--)• What sort of “law”?• Turning points• Making a Law• Nothing about the future• CBI—what are we, who supports,

what do we do?

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Views of

Moore’s Law (1)

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Views of Moore’s Law (2)

Electronics

19 April 1965

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Views of Moore’s Law (3)

The complexity for minimum component costs has increased at a rate of roughly a factor of two per year ... Certainly over the short term this rate can be expected to continue…. Over the longer term … there is no reason to believe it will not remain nearly constant for at least 10 years.

Gordon Moore Electronics (19 April 1965)

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Views of Moore’s Law (4)

Gordon Moore

Electronics

19 April 1965

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Views of Moore’s Law (5)

TI integrated circuit (early 1960s)

Pentium-4 300mm wafer (2000)

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What kind of “law”?

Gordon Moore (1965)Carver Mead (c.1970)Regis McKenna (?)“The press called this ‘Moore’s

Law’ and the name has stuck.” GM

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What kind of “law”?

Gordon Moore (1975):• Larger die-size ~ 1/3 contribution• Die-size x smaller dimensions ~1/3• Device and circuit ‘cleverness’

~1/3

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What kind of “law”?

Bipolar to MOS (except 1965-68)X CCD memoriesDRAM (early)Microprocessors (later). . . hard drives (Kryder’s law). . . software (Wirth’s law)

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1965 | 1977 | 1987 | 1992 | 1998

• Insight• Investments• Expectations• Public policy • Popular understanding

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1965 | 1977 | 1987 | 1992 | 1998

• G. Moore “Progress in Digital Integrated Electronics” Technical Digest IEEE Intl Electron Devices (1975)

• R.Noyce “Large Scale Integration: What is Yet to Come?” Science (1977)

• R.Noyce “Microelectronics” Scientific American (1977)

• Carver Mead’s evangelism (Moore’s data)

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1965 | 1977 | 1987 | 1992 | 1998

• DSB “Task Force on Semiconductor Dependency” (1986)

• SEMATECH f. 1987 (14 firms + $100M DoD)

• Coop R&D across industry• IBM leads roadmapping inside

SEMATECH

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1965 | 1977 | 1987 | 1992 | 1998

• SIA starts National Technology Roadmap for Semiconductors (NTRS)

• NTRS as “most detailed reincarnation [of] Moore’s Law” (W.Maly CMU)

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1965 | 1977 | 1987 | 1992 | 1998

• NTRS -> ITRS (SIA’s of US, Japan, Europe, S.Korea; later Taiwan)

• Moore’s Law as “self-fulfilling prediction that drives industry-wide planning” (NSF 2000)

• 1980s nationalism -> globalism

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insight | invest | expect | public | popular

Insight• Role of science (GM, CM as PhDs)• Knowledge of technical field• (success after the fact)

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insight | invest | expect | public | popular

Investments (1)• Sequoia Capital’s Don Valentine:

“I just follow Moore’s Law and make a few guesses about its consequences.” (2005)

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insight | invest | expect | public | popular

Investments (2)• Intel’s Craig Barrett (2002): “we

don’t adhere to Moore’s Law for the hell of it. It’s a fundamental expectation that everybody at Intel buys into. We dangle Moore’s Law in front of the new young minds … and say, ‘Hey, your predecessors were smart enough to figure this out for the past 20 or 30 years—why the hell aren’t you?’”

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insight | invest | expect | public | popular

Expectations• “If we can stay on the SIA

Roadmap, we can essentially stay on the [Moore’s Law] curve. It really becomes a question of putting the track ahead of the train to stay on plan.” (G.Moore 1997)

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insight | invest | expect | public | popular

Public policy• U.S. trade policy• SEMATECH R&D consortium• Collective action (SIA ---> ITRS)

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insight | invest | expect | public | popular

• Popular understanding (feedback)

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What is CBI?

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What is CBI?• World’s leading

research collection on history of computing

• 200 archival collections

• 400 oral histories• 150,000 photos• “1 mile” of paper

records• 5 staff + students

Charles Babbage (1791-1871)

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Who supports us?

• University Library• IT Dean• History of Science, Technology &

Medicine (Ph.D. program)• ERA endowment• CBI Friends (annual)

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What do we do?

• Research • Archiving

• Publication•Infrastructure

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• Archiving = “boxes in attic” to research tool

• Records from companies, individuals, professional organizations, government

• Rare publications• Photos, films, videotapes

Archiving | Research | Publishing | Infrastructure

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• DARPA history (1989-94)• Software History (NSF 1999-2003)• Documenting Internet2 (NA 2004-5)• IBM Rochester study (2005-6)• Computer services industry• E-government (NSF’s FastLane)• “Moore’s Law”

Archiving | Research | Publishing | Infrastructure

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Archiving | Research | Publishing | Infrastructure

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• Social Infrastructure– 20+ CBI-Tomash fellows– Local/inter/national networks…– Researchers, practitioners, financial

supporters

• Physical infrastructure

Archiving | Research | Publishing | Infrastructure

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Archiving | Research | Publishing | Infrastructure

Blasting for caverns

July 1997

Tunnel entrance

December 1997

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Archiving | Research | Publishing | Infrastructure

Underground

caverns

Andersen Library

June 1999

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Archiving | Research | Publishing | Infrastructure

Andersen Library

Grand Opening April 2000

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The End