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On Haswell, Intel's speedstep technology doesn't seem to affecting overlocking that much. So, back in previous generations over clockers would disables these settings to prevent the CPU from under clocking itself at idle or low usage to lower the power draw. However, this setting doesn't seem to have the same affect on Haswell. However, you may want to look into the UEFI and look for SpeedStep and disable it if your having that issue.

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On Haswell, Intel's speedstep technology doesn't seem to affecting overlocking that much. So, back in previous generations over clockers would disables these settings to prevent the CPU from under clocking itself at idle or low usage to lower the power draw. However, this setting doesn't seem to have the same affect on Haswell. However, you may want to look into the UEFI and look for SpeedStep and disable it if your having that issue.

So what do I do?

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Disable any C states as well.

"It pays to keep an open mind, but not so open your brain falls out." - Carl Sagan.

"I can explain it to you, but I can't understand it for you" - Edward I. Koch

"I didn't die! I performed a tactical reset!" - Apollolol

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What CPU are you using and what voltage are you running at

Googled it and someone said this "Disabling speedstep doesn't do what you want it to do - it locks the CPU at its lowest frequency."

 

I have an i7 4770k at 1,1 volts, just started changing the settings

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Try changing "Minimum processor state" to 100% in your Advanced Power Management Settings in Windows. 

CPU: i5 4690K  CPU Cooler: Corsair H100   Motherboard: Gigabyte Z97X UD3H   Memory: G.Skill (2 x 4GB) DDR3-1866   Storage: Samsung 830 Series 128GB 2.5" SSD/Seagate Barracuda 1TB 3.5" 7200RPM   GPU: EVGA GeForce GTX 660 Ti SC 2GB   Case: Cooler Master CM 690 II (Black) ATX Mid Tower   PSU: CORSAIR Enthusiast Series TX650M 650W 80 PLUS BRONZE Certified   Optical Drive: MSI DH-24AAS-17 R DVD/CD Writer   Operating System: Windows 10 Pro (64 bit)

 

 

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C states should be in the same area as Speedstep. According to your other thread, you've figured out where C states are. Is that true?

"It pays to keep an open mind, but not so open your brain falls out." - Carl Sagan.

"I can explain it to you, but I can't understand it for you" - Edward I. Koch

"I didn't die! I performed a tactical reset!" - Apollolol

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C states should be in the same area as Speedstep. According to your other thread, you've figured out where C states are. Is that true?

Yep, and changing them is not going to solve my problem that is described in my other thread about voltages going over what i've set them to?

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