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Unit 1 Assignment 1 Integrated Circuits

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Processor model Year Transistor count
Intel 4004 1971 2300
Intel 8008 1972 3500
Intel 8080 1974 4500
Intel 8085 1976 6500
Intel 8086 1978 29000
Intel 8088 1979 29000
Intel 80186 1982 55000
Intel 80286 1982 134000
Intel 80386 1985 275000
Intel 80486 1989 1180235
Pentium 1993 3100000
Pentium pro 1995 5500000
Pentium 2 1997 7500000
Pentium 3 1999 9500000
Pentium 4 2000 42000000
Itanium 2 McKinley 2002 220000000
Itanium 2 Madison 6M 2003 410000000
Itanium 2 with 9MB 2004 592000000
Core 2 duo 2006 241000000
Dual –core itanium 2 2006 1700000000
Core i7 2008 731000000
Six-core Xeon 7400 2008 1900000000
Six-core core i7 2010 1170000000
Quad-core itanium Tukwila 2010 2000000000
8-core Xeon-Nehalem EX 2010 2300000000
Quad-core +GPU corei7 2011 1160000000
Six-core corei7/8-core Xeon E5 2011 2270000000
10 core Xeon Westmore-EX 2011 2600000000
Quad-core + GPU core i7 2012 1140000000
8-core itanium poulson 2012 3100000000
62-core Xeon-Phi 2012 5000000000
15-core Xeon Ivy Bridge EX 2014 4310000000

On February 8, 2010 Intel places 2 billion transistors on a single processor chip. It was placed on its Quad- core intanium Tukwila model. When asked if the growth of the transistors used in the integrated circuits over the years are reasonable my answer would be yes. Because it stays within the terms of Moore’s law. Every two years the transistors count doubles the amount of the previous one. In my opinion the growth does seem to be both surprisingly fast and slow. At some point the growth seems to not move much. But there are some times that the growth picks up and it’s back to the pace that Moore’s law has set for every 2 years. Based on the facts and the pace that Intel seems to have thus far I predict that Intel would reach 100 billion by the year of 2023. I also believe that it would reach the number of one trillion by the year 2029.

Cite page: http;//en.wikipedia.org/wiki/transistor count…...

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