All,
My AthlonXP/3200 Barton is just too darn hot. Even though it idles or runs at low loads a majority of the day, it is pumping out a lot of heat. My home office is noticably warmer than the rest of my home.
I've been investigating the power aspects of the new Athlon64 Paris (E) core. Although I read that it tends to draw about 10%-15% more power than similar Winchester (D) cores at the same core speed, articles have hinted that it supports a more advanced version of AMD's Cool & Quiet.
From my understanding, a mainboard with the properly equipped BIOS can throttle CPU core speeds to as low as 1GHz, offering much lower power draw and decreased heat dissipation.
So the big question is, how well do MSI BIOSes work with Cool & Quiet? Is there anything extra with the new Paris core that it can control?
My AthlonXP/3200 Barton is just too darn hot. Even though it idles or runs at low loads a majority of the day, it is pumping out a lot of heat. My home office is noticably warmer than the rest of my home.
I've been investigating the power aspects of the new Athlon64 Paris (E) core. Although I read that it tends to draw about 10%-15% more power than similar Winchester (D) cores at the same core speed, articles have hinted that it supports a more advanced version of AMD's Cool & Quiet.
From my understanding, a mainboard with the properly equipped BIOS can throttle CPU core speeds to as low as 1GHz, offering much lower power draw and decreased heat dissipation.
So the big question is, how well do MSI BIOSes work with Cool & Quiet? Is there anything extra with the new Paris core that it can control?