Putting all cores on 4690k to 39x multiplier without touching anything
- Thread starter Prontus
- Start date
Solution
iam2thecrowe
Glorious
- Jul 4, 2010
- 10,591
- 21
- 44,965
the max turbo frequency of 39x is not with all 4 cores. If you want to increase it you will have to go into BIOS and manually set the multiplier. You don't necessarily have to touch voltages it may run with all 4 cores stable at 39x on stock voltage, however it is best to get an aftermarket cooler. I even recommend a good aftermarket cooler if not OC'ing as those cpu's will throttle with the stock cooler under full load 4 cores.
geofelt
Titan
- Oct 9, 2006
- 54,277
- 4,132
- 174,240
Turbo will increase the multiplier of one core if the others are not under load.
First of all, do not worry much about heat. The stock cooler may get noisy under load, but no damage will happen.
The cpu will shut down if it reaches dangerous temperatures. That is about 100c.
If you leave voltages on auto, the motherboard will increase the vcore if you raise the multiplier.
You can monitor the vcore now with cpu-z.
Try a stress test now using OCCT. It will shut down the test at 85c.
If you then want, increase the multiplier a step at a time and see how you do.
Monitor the vcore. It should not exceed about 1.3v.
With an average chip, you should not have any problem to the 4.0-4.2 level with the stock cooler. That assumes your case has adequate airflow.
When you are satisfied, implement adaptive voltage and speedstep.
That will reduce the multiplier and vcore when the cpu is no longer under load.
First of all, do not worry much about heat. The stock cooler may get noisy under load, but no damage will happen.
The cpu will shut down if it reaches dangerous temperatures. That is about 100c.
If you leave voltages on auto, the motherboard will increase the vcore if you raise the multiplier.
You can monitor the vcore now with cpu-z.
Try a stress test now using OCCT. It will shut down the test at 85c.
If you then want, increase the multiplier a step at a time and see how you do.
Monitor the vcore. It should not exceed about 1.3v.
With an average chip, you should not have any problem to the 4.0-4.2 level with the stock cooler. That assumes your case has adequate airflow.
When you are satisfied, implement adaptive voltage and speedstep.
That will reduce the multiplier and vcore when the cpu is no longer under load.
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