BonzaiDuck
Lifer
- Jun 30, 2004
- 16,615
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QTTro
It could be the amount of thermal grease; it could be air-pockets in the thermal grease. I'm assuming you're using AS5.
What is "released" to the pubic as G0-stepping Q6600's would yield a statistical distribution of behaviors and over-clocking potential. Maybe you just got something on the bottom tail of the distribution. Maybe you have "air-pockets." Maybe you're cooler is not completely seated properly (although I doubt it with 60C cores at load).
If your room ambient is between 72 and 75F, 60C TJunction core-temperatures are not all that terrible at that over-clock. But you didnt' say what your VCore setting is. What about your other voltages? You haven't said anything about your case; the Tuniq is a good cooler, but how much CFM of air are you moving through it?
The G0 is supposed to be notably cooler than the B3, maybe more than 5C better. This thread goes toward proving that it's more over-clockable than the B3, and at lower VCore settings.
It could be the amount of thermal grease; it could be air-pockets in the thermal grease. I'm assuming you're using AS5.
What is "released" to the pubic as G0-stepping Q6600's would yield a statistical distribution of behaviors and over-clocking potential. Maybe you just got something on the bottom tail of the distribution. Maybe you have "air-pockets." Maybe you're cooler is not completely seated properly (although I doubt it with 60C cores at load).
If your room ambient is between 72 and 75F, 60C TJunction core-temperatures are not all that terrible at that over-clock. But you didnt' say what your VCore setting is. What about your other voltages? You haven't said anything about your case; the Tuniq is a good cooler, but how much CFM of air are you moving through it?
The G0 is supposed to be notably cooler than the B3, maybe more than 5C better. This thread goes toward proving that it's more over-clockable than the B3, and at lower VCore settings.