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Bruno Facca · 10-06-2002, 12:15 AM

@bigben2k and MadDogMe: Thanks

BENCHMARK RESULTS:

AMD Athlon XP 1700+ at 1467 MHz (stock speed), Vcore=1,76V, the following temperatures are taken when running at full load non stop for 4 hours:
All temps were taken from the mother board's thermal sensors so they may be reported highet than they actu ally are, for more info please read this: http://www.swiftnets.com/troubleshooting.htm
Heat dissipation is 64.7 Watts for the processor and (*IMPORTANT*) my 1200 Liters/h pump is rated at 12 Watts, I don't know how much of that is converted into heat, I will make it 6 Watts for the calculations, let me know what you think about this.
CPU temp: 37ºC
Case temp: 32ºC

We have a Cº/W ratio of 0,11!

Please let me know if you think any benchmarking methods I just described can be improved for more accuracy.

So what you think?

Thanks
Bruno Facca

10-06-2002, 12:15 AM	#82
Bruno Facca Cooling Neophyte Join Date: Jul 2002 Location: Brazil Posts: 70	@bigben2k and MadDogMe: Thanks BENCHMARK RESULTS: AMD Athlon XP 1700+ at 1467 MHz (stock speed), Vcore=1,76V, the following temperatures are taken when running at full load non stop for 4 hours: All temps were taken from the mother board's thermal sensors so they may be reported highet than they actu ally are, for more info please read this: http://www.swiftnets.com/troubleshooting.htm Heat dissipation is 64.7 Watts for the processor and (IMPORTANT) my 1200 Liters/h pump is rated at 12 Watts, I don't know how much of that is converted into heat, I will make it 6 Watts for the calculations, let me know what you think about this. CPU temp: 37ºC Case temp: 32ºC We have a Cº/W ratio of 0,11! Please let me know if you think any benchmarking methods I just described can be improved for more accuracy. So what you think? Thanks Bruno Facca