@Nas
ich schrieb "da", nicht "hier" im Thread, aber extra hier für dich nochmal kopiert:
Ich hatte meinen dafür sogar auf 1200 MHz bei 1,0 VCore, aber dieses brachte gegenüber 2000 MHz bei 1,1 VCore nur 1° C Unterschied.
ich schrieb "da", nicht "hier" im Thread, aber extra hier für dich nochmal kopiert:
Idle Temperature Calibration:
If you are interested in this feature then you need a way to find out if your processor reads too high or too low at idle. The method I use is I set my processor to run at a front side bus speed of 266 MHz and then I set the multiplier to 6.0 which results in approximately 1600 MHz. I also lower the core voltage as low as it will go. My Asus board goes as low as 1.08 volts which is fine for this test. You could also use SpeedStep and set C1E to on in the bios to accomplish the same thing. The goal is to reduce the heat output of your processor to a minimum.
By reducing your processor down to a common fixed value, I've found that a well air cooled processor's cores will idle at approximately 5C above the ambient temperature. If your reported idle temperatures are going below the ambient temperature then you need to use a positive correction factor to boost them up into a more believable range. If your CPU is like my E8400 and you notice reported temperatures that are significantly higher than 5C above room temperature at idle, then you'll need to use a negative Idle Temperature Calibration factor to bring them down to a reasonable range. That's all there is to it. As long as TjMax is chosen correctly and you do a simple calibration, your reported Core Temperatures will be very accurate and comparable to other users who are using the same software and have also individually calibrated their processor.
This is not an exact setting. It's just a way to compensate for a DTS sensor that was never designed or calibrated for reporting idle temperatures. With most processors, it will help you get much closer to your actual idle temperature.
To set these values you need to open and edit the RealTemp.ini file. A unique value for each core can be set. The Q6600 that I am presently using was set up like this:
Idle0=1
Idle1=1
Idle2=2
Idle3=1
This eliminates any below ambient temperatures and also helps to equalize all 4 cores at idle as shown in the first picture.
Possible settings are -3, -2, -1, 0, 1, 2, 3
Ich hatte meinen dafür sogar auf 1200 MHz bei 1,0 VCore, aber dieses brachte gegenüber 2000 MHz bei 1,1 VCore nur 1° C Unterschied.