Progress in digital integrated electronics [Technical literaiture, Copyright 1975 IEEE. Reprinted, with permission. Technical Digest. International Electron Devices Meeting, IEEE, 1975, pp. 11-13.]

Moore, Gordon E.

doi:10.1109/n-ssc.2006.4804410

Cited by 126 publications

(89 citation statements)

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“…Cho et al [5] indicate that traffic at the Internet Exchange Point has been increasing at a rate of 1.3 to 1.5 times per year. This pace is almost the same as the pace Moore [6,7] predicted for the number of transistor components that would be added onto a single silicon chip: twice the current number every 1.5 to 2 years.…”

Section: Conventional Studymentioning

confidence: 53%

“…This paper sets 1997 as the base year in which the optical disc first appeared in the yearbook of machinery statistics, and sets the amount of storage data available in 1997 as 100 GB. The paper assumes that the incremental pace after a year is the same as the pace Moore [6,7] predicted （ twice per 1.5 year ） for the number of transistor components that would be available on a single silicon chip.…”

Section: ④ Purchase Refrainment By Fluctuation In Pricesmentioning

confidence: 99%

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Long-term Digital Storage by Switching Storage Medium

Kawanaka

Matsumaru

Rokugawa

2014

Int J Jpn Assoc Mgt Sys

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Section: Conventional Studymentioning

confidence: 53%

Section: ④ Purchase Refrainment By Fluctuation In Pricesmentioning

confidence: 99%

Long-term Digital Storage by Switching Storage Medium

Kawanaka

Matsumaru

Rokugawa

2014

Int J Jpn Assoc Mgt Sys

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“…In accordance with trends predicted by Moore [1] and scaling rules set forth by Dennard and coworkers [2], the scaling of silicon complementary metaloxide-semiconductor (CMOS) technology dimensions has led to simultaneous improvements in performance, density, and power dissipation for digital computing applications. In recent years, however, fundamental physical limitations have caused CMOS scaling to deviate from this path, and, in the interest of maintaining speed and density improvements, power dissipation has become a growing concern.…”

Section: Introductionmentioning

confidence: 60%

Practical Strategies for Power-Efficient Computing Technologies

et al. 2010

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| After decades of continuous scaling, further advancement of silicon microelectronics across the entire spectrum of computing applications is today limited by power dissipation. While the trade-off between power and performance is well-recognized, most recent studies focus on the extreme ends of this balance. By concentrating instead on an intermediate range, an $ 8Â improvement in power efficiency can be attained without system performance loss in parallelizable applicationsVthose in which such efficiency is most critical. It is argued that power-efficient hardware is fundamentally limited by voltage scaling, which can be achieved only by blurring the boundaries between devices, circuits, and systems and cannot be realized by addressing any one area alone. By simultaneously considering all three perspectives, the major issues involved in improving power efficiency in light of performance and area constraints are identified. Solutions for the critical elements of a practical computing system are discussed, including the underlying logic device, associated cache memory, off-chip interconnect, and power delivery system. The IBM Blue Gene system is then presented as a case study to exemplify several proposed directions. Going forward, further power reduction may demand radical changes in device technologies and computer architecture; hence, a few such promising methods are briefly considered.

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“…Gordon Moore projected that the number of components per chip would reach a doubling every two years (Moore, 1975). And the prediction is not going to stop soon.…”

Section: Nanocomposite Materials For Roll-to-roll and Nanoimprint Tecmentioning

confidence: 99%