Mikewarrior2
Diamond Member
- Oct 20, 1999
- 7,132
- 0
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Its very obvious you work for thermaltake now.
Yes, it is still piece of crap. It will consistantly perform at temps higher than the thermistor will read.
ANd if you read my last page, there is unpredictability with socket-thermistors. Certian heatsinks exhibit different behaviors. Hence the thermistor measuring a fraction of core tmep change.
Its obvious that trying to explain science to a moron like yourself, who could very well be a PR person for Thermaltake is really petty.
C/W = Thermal resistance of heatsink
W = CPu Wattaage
C/W *W = C over ambient
C-orb: Tested C/W of .52C/W
T-bird at 1.85V 1ghz = 55W.
Average Case Temp = 32C
SO, with MATH, we get the C-orb running a 1ghz 1.85V T-bird at 60.6C.
AT 1.1ghz, 1.85V, you get a max of 65W. Therefore, a CPU CORE TEMP of around 66C.
That isn't made up science, its industry used science. C/W is the standard for measuring heatsink effectiveness.
NOw, for example, since you're a friggin' moron, here's a pal6035, with the same instances as above, save a thermal resistance of .37C/W
1ghz 1.85V t-bird = 52C CORE Temp.
1.1ghz 1.85V t-bird = 56C CORE TEMP
Ignore the science as you will, cause you're an idiot, but you can't disprove that.
Mike
P.S. Do you really think I care what you think about my page. For all I know, you're an operative of either ANandtech or TomsHardware or THermaltake.
Yes, it is still piece of crap. It will consistantly perform at temps higher than the thermistor will read.
ANd if you read my last page, there is unpredictability with socket-thermistors. Certian heatsinks exhibit different behaviors. Hence the thermistor measuring a fraction of core tmep change.
Its obvious that trying to explain science to a moron like yourself, who could very well be a PR person for Thermaltake is really petty.
C/W = Thermal resistance of heatsink
W = CPu Wattaage
C/W *W = C over ambient
C-orb: Tested C/W of .52C/W
T-bird at 1.85V 1ghz = 55W.
Average Case Temp = 32C
SO, with MATH, we get the C-orb running a 1ghz 1.85V T-bird at 60.6C.
AT 1.1ghz, 1.85V, you get a max of 65W. Therefore, a CPU CORE TEMP of around 66C.
That isn't made up science, its industry used science. C/W is the standard for measuring heatsink effectiveness.
NOw, for example, since you're a friggin' moron, here's a pal6035, with the same instances as above, save a thermal resistance of .37C/W
1ghz 1.85V t-bird = 52C CORE Temp.
1.1ghz 1.85V t-bird = 56C CORE TEMP
Ignore the science as you will, cause you're an idiot, but you can't disprove that.
Mike
P.S. Do you really think I care what you think about my page. For all I know, you're an operative of either ANandtech or TomsHardware or THermaltake.
