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Summary Of: Moore's law

Moore's law describes this driving force of technological and social change in the late 20th and early... Moore's law as a target for industry and a self... Moore's law has been the name given to everything that changes exponentially... Moore's law became known as the limit for the number of transistors on the most complex chips... It is also common to cite Moore's law to refer to the rapidly continuing advance in computing performance per... Moore's law as a target for industry and a self... Moore's law as a target for industry and a self... Although Moore's law was initially made in the form of an... the cost for producers to fulfill Moore's law follows an opposite trend... that Moore's law will continue for several chip generations... Moore's Law has accelerated in the case of NAND... the new directions in research that may allow Moore's law to continue are... While this time horizon for Moore's law scaling is possible... Moore's law is a violation of... Kurzweil expansion of Moore's law from integrated circuits to earlier transistors... Kurzweil expansion of Moore's law from integrated circuits to earlier transistors... projects that a continuation of Moore's law until 2019 will result in transistor features just a few atoms in width... Moore's law of Integrated Circuits was not the first... and that Moore's Law will hold true long after 2020... of Moore's law will continue beyond the use of integrated circuits into technologies that will lead to the... belief that Moore's Law makes predictions regarding all forms of technology... Another popular misconception circulating Moore's law is the incorrect assumption that exponential processor transistor growth... Moore's law to roll on for another decade... Moore's Law original issue found... 2005 Infoworld article on Moore's law impact from rising costs and diminishing returns... Moore's Law article by Bob Schaller... a detailed study on Moore's Law and its historical evolution and... Moore's Law graph showing estimated end time... Understanding Moore's Law By Jon Hannibal Stokes... Moore's Law seen extended in chip breakthrough...

Encyclodia Page On: Moore's law

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Growth of transistor counts for Intel processors (dots) and Moore's law (logarithmic vertical scale). | | transistor counts | Intel | Mooers' law | history of computer hardware | integrated circuit | transistors | exponentially | Intel | Gordon E. Moore | exponential | Alan Turing | Douglas Engelbart | inventor | computer mouse | integrated circuits | Electronics Magazine | Caltech | VLSI | entrepreneur | Carver Mead | Intel | PC hard disk capacity (in GB). The plot is logarithmic, so the fitted line corresponds to exponential growth. | | PC | GB | logarithmic | exponential growth | Pixels per dollar based on Australian recommended retail price of Kodak digital cameras | | transistors | integrated circuits | photolithography | citation needed | unit cost | citation needed | Kryder's Law | hard disk | disk storage | error correcting codes | magnetoresistive effect | giant magnetoresistive effect | hard drive | RAM | Bell Labs | wavelength-division multiplexing | DWDM | dot-com bubble | Nielsen's Law | observation | forecast | marketing | engineering | semiconductor | self-fulfilling prophecy | consumer | capital | semiconductor fab | photoresists | petroleum | tape-out | microprocessors | silicon | Flash memory | MP3 | The aggressive trend of process design rule shrinks in NAND Flash memory technology effectively accelerates Moore's Law. | | trigate transistors | citation needed | IBM | Georgia Tech | germanium | helium | supercooled | K | citation needed | IBM | deep-ultraviolet | optical lithography | January 27 | 2007 | 45nm | Penryn | nanotechnology | memristor | CBRAM | RRAM | clarify | nanoscale | leakage currents | design | statistical | CMOS | interconnects | electrostatics | gate terminal | Dopant | Thermal | April 13 | 2005 | transistors | atomic | atoms | Digital | Alpha 21164 | Lawrence Krauss | Universe | Murphy's law | Kurzweil expansion of Moore's law from integrated circuits to earlier transistors, vacuum tubes, relays and electromechanical computers. | | integrated circuits | transistors | vacuum tubes | relays | electromechanical | Extrapolation | futurists | Vernor Vinge | Bruce Sterling | Ray Kurzweil | technological singularity | Kurzweil | photolithography | paradigm | 1890 U.S. Census | Newman | [Heath] Robinson | Nazi | Lorenz cipher | CBS | vacuum tube | Eisenhower | space launches | exponential growth | technological singularity | Law of Accelerating Returns | semiconductor | circuits | futurists | hardware | software | Wirth's law | computational complexity theory | complexity classes P and NP | scheduling | insertion sort | quicksort | computing technology | Random Access Memory (RAM) | hard drive | popular misconception | Megahertz Myth | MIPS | RISC | CISC | bus | peripherals | Pentium | microarchitecture | AMD64 | Pentium 4 | transistor density | multi-core | CPUs | unparallelised nature | Accelerating change | Amdahl's law | Bell's law | Metcalfe's law | Experience curve effects | Exponential growth | History of computing hardware (1960s-present) | Hofstadter's law | Kryder's law | Logistic growth | Nielsen's law | Observations named after people | Quantum computing | Rock's law | Second half of the chessboard | Semiconductor | Wirth's law | Electronics Magazine | 2006 | 11-11 | Intel Corporation | 2006 | 05-02 | Computer History Museum | November | 2007 | 10 February | 2003 | Turing, Alan | Mind | doi | ISSN | April 17 | 2005 | 2005 | 04-12 | 2006 | 06-24 | 2005 | 04-22 | 2007 | 07-10 | 2005 | 07-25 | 2006 | 10-29 | ISBN 311015630X | OCLC | 2006 | 04-19 | 2006 | 06-24 | 2008 | 05-01 | 2008 | 05-01 | 2006 | 06-20 | 2006 | 06-24 | 2006 | 06-20 | 2006 | 06-24 | 2007 | 01-27 | 2007 | 01-24 | doi | 2005 | 04-13 | 2006 | 06-24 | ISTE | John Wiley & Sons | ISBN 1847040020 | 2005 | 03-23 | 2006 | 06-24 | 2001 | 03-07 | 2006 | 06-24 | 2006 | 06-24 | 2006 | 06-24 | 2004 | 07-21 | 2007 | 12-12 | 2005 | 02-20 | 2007 | 12-12 | Wikibooks | Wikibooks | Ilkka Tuomi | 9 March | 2005 | John Markoff | Scientific American | 18 April | 2005 | 22 July | 2004 | 20 February | 2006 | 20 February | 2003 | Categories | Exponentials | Adages | Theoretical computer science | Electronic design | Rules of thumb | Digital media | Digital Revolution | Futurology | Technology strategy | Computing culture | Singularitarianism | All articles with unsourced statements | Articles with unsourced statements since February 2008 | Articles with unsourced statements since August 2007 | Articles with unsourced statements since February 2007 | Wikipedia articles needing clarification |
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