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Heat Generation Figures

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Processors tend to generate quite a lot of heat during operation. If the heat is not properly removed, overheating can occur. This can cause data corruption as well as severly damage the processor. This section is especially useful to the overclocking enthusiast.

Processor Clock Speed/MHz Heat Generation/W
AMD K6/166 166 (66x2.5)
17.2
AMD K6/200 200 (66x3)
20.0
AMD K6/233 233 (66x3.5)
28.3
Cyrix 6x86/PR166 133 (66x2)
23.2
Cyrix 6x86L/PR166 133 (66x2)
16.6
Cyrix 6x86L/PR200 150 (75x2)
18.2
Cyrix 6x86MX/PR2-200 166 (66x2.5)
18.1
Cyrix 6x86MX/PR2-233 188 (75x2.5)
20.6
Cyrix 6x86MX/PR2-233 200 (66x3)
22.0
Cyrix 6x86MX/PR2-266 225 (75x3)
24.0
Cyrix 6x86MX/PR2-266 233 (66x3.5)
24.7
Intel Pentium/166 166 (66x2.5)
14.5
Intel Pentium/200 200 (66x3)
15.5
Intel Pentium MMX/166 166 (66x2.5)
13.1
Intel Pentium MMX/200 200 (66x3)
15.7
Intel Pentium Pro/180 180 (60x3)
31.7
Intel Pentium Pro/200 200 (66x3)
35.0
Intel Pentium Pro/233 233 (O.C.)
40.6
Intel Pentium 2/233 233 (66x3.5)
34.8
Intel Pentium 2/266 266 (66x4)
37.0
Intel Pentium 2/300 300 (66x4.5)
43.0
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Last modified on December 26, 1997