This wasn't really a true comparison of thermal paste vs. arctic silver, but rather the Taisol heatsink with paste vs. FOP32 with arctic silver.
Taisol with paste:
Idle 45-47 degrees celsius
Load 55-60 degrees celsius <--- kinda scary temps
FOP32 with arctic silver:
Idle 30-33 degrees celsius
Load 36-38 degrees celsius
Load defined as 10-20 minutes of Quake III
Ambient temp is a toasty 26 degrees celsius
Well, I can imagine that replacing the Taisol with the FOP32 made a big difference, but some of that credit goes to the arctic silver as well.
I wanted to include some RC5 stuff, but didn't think about it until I switched the heatsinks.
edit: Ran the RC5 client for 10 minutes, the temp peaked at 42 degrees celsius
A question for Mikewarrior: is the thermistor reading the temp too low or too high?
edit2: The dramatic difference can also be attributed to my inexperiance in installing heatsinks on Socket A CPUs. But still, my other thread did show a dramatic improvement when using arctic silver as opposed to thermal paste.
Taisol with paste:
Idle 45-47 degrees celsius
Load 55-60 degrees celsius <--- kinda scary temps
FOP32 with arctic silver:
Idle 30-33 degrees celsius
Load 36-38 degrees celsius
Load defined as 10-20 minutes of Quake III
Ambient temp is a toasty 26 degrees celsius
Well, I can imagine that replacing the Taisol with the FOP32 made a big difference, but some of that credit goes to the arctic silver as well.
I wanted to include some RC5 stuff, but didn't think about it until I switched the heatsinks.
edit: Ran the RC5 client for 10 minutes, the temp peaked at 42 degrees celsius
A question for Mikewarrior: is the thermistor reading the temp too low or too high?
edit2: The dramatic difference can also be attributed to my inexperiance in installing heatsinks on Socket A CPUs. But still, my other thread did show a dramatic improvement when using arctic silver as opposed to thermal paste.
