F5F Stay Refreshed Power Users Overclocking How to turn off the CPU overcurrent protection on Asus 970 Pro Gaming Aura

How to turn off the CPU overcurrent protection on Asus 970 Pro Gaming Aura

How to turn off the CPU overcurrent protection on Asus 970 Pro Gaming Aura

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Candy_737
Senior Member
254
06-07-2016, 04:04 AM
#1
Okay, so I'm trying to hit 5 GHz on my FX 6300. I have been able to get it stable and under temp, but what happens is after a few hours of having the voltages so high, the PC will shut down. When I bring it back up, it says "CPU Overvoltage Error". I know this has to do with CPU overcurrent protection, but I can't find an option to disable it in the bios. My board is an Asus 970 Pro Gaming Aura. Any and all help appreciated, thanks.
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Candy_737
06-07-2016, 04:04 AM #1

Okay, so I'm trying to hit 5 GHz on my FX 6300. I have been able to get it stable and under temp, but what happens is after a few hours of having the voltages so high, the PC will shut down. When I bring it back up, it says "CPU Overvoltage Error". I know this has to do with CPU overcurrent protection, but I can't find an option to disable it in the bios. My board is an Asus 970 Pro Gaming Aura. Any and all help appreciated, thanks.

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owldragonaxe
Member
223
06-07-2016, 05:16 PM
#2
I'm not aware that you can disable it. It's a feature designed to safeguard your components from any damage due to sustained voltages deemed 'too high'.
Honestly, if you need to run a voltage that results in an overvoltage error to achieve 5GHz........ you probably shouldn't be shooting for 5GHz.
As an FYI, it may not be directly related to the OC, but more the PSU as a result of the OC.
If you don't have a PSU that's suitable for OCing, then it may be unstable when pushing for anything substantial (like 5GHz). Please list the make/model of your PSU along with your full specs.
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owldragonaxe
06-07-2016, 05:16 PM #2

I'm not aware that you can disable it. It's a feature designed to safeguard your components from any damage due to sustained voltages deemed 'too high'.
Honestly, if you need to run a voltage that results in an overvoltage error to achieve 5GHz........ you probably shouldn't be shooting for 5GHz.
As an FYI, it may not be directly related to the OC, but more the PSU as a result of the OC.
If you don't have a PSU that's suitable for OCing, then it may be unstable when pushing for anything substantial (like 5GHz). Please list the make/model of your PSU along with your full specs.

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Haamuh
Member
107
06-10-2016, 07:42 AM
#3
I'm not aware that you can disable it. It's a feature designed to safeguard your components from any damage due to sustained voltages deemed 'too high'.
Honestly, if you need to run a voltage that results in an overvoltage error to achieve 5GHz........ you probably shouldn't be shooting for 5GHz.
As an FYI, it may not be directly related to the OC, but more the PSU as a result of the OC.
If you don't have a PSU that's suitable for OCing, then it may be unstable when pushing for anything substantial (like 5GHz). Please list the make/model of your PSU along with your full specs.
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Haamuh
06-10-2016, 07:42 AM #3

I'm not aware that you can disable it. It's a feature designed to safeguard your components from any damage due to sustained voltages deemed 'too high'.
Honestly, if you need to run a voltage that results in an overvoltage error to achieve 5GHz........ you probably shouldn't be shooting for 5GHz.
As an FYI, it may not be directly related to the OC, but more the PSU as a result of the OC.
If you don't have a PSU that's suitable for OCing, then it may be unstable when pushing for anything substantial (like 5GHz). Please list the make/model of your PSU along with your full specs.

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brightchild13
Junior Member
13
06-10-2016, 06:20 PM
#4
Barty1884 :
I'm not aware that you can disable it. It's a feature designed to safeguard your components from any damage due to sustained voltages deemed 'too high'.
Honestly, if you need to run a voltage that results in an overvoltage error to achieve 5GHz........ you probably shouldn't be shooting for 5GHz.
As an FYI, it may not be directly related to the OC, but more the PSU as a result of the OC.
If you don't have a PSU that's suitable for OCing, then it may be unstable when pushing for anything substantial (like 5GHz). Please list the make/model of your PSU along with your full specs.
Well I can get to 4.97 GHz stably without having to raise the voltage to the point of getting the error but I just really wanted 5. Using a Corsair CX750 power supply, a GTX 960, and 8 GB DDR3 RAM.
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brightchild13
06-10-2016, 06:20 PM #4

Barty1884 :
I'm not aware that you can disable it. It's a feature designed to safeguard your components from any damage due to sustained voltages deemed 'too high'.
Honestly, if you need to run a voltage that results in an overvoltage error to achieve 5GHz........ you probably shouldn't be shooting for 5GHz.
As an FYI, it may not be directly related to the OC, but more the PSU as a result of the OC.
If you don't have a PSU that's suitable for OCing, then it may be unstable when pushing for anything substantial (like 5GHz). Please list the make/model of your PSU along with your full specs.
Well I can get to 4.97 GHz stably without having to raise the voltage to the point of getting the error but I just really wanted 5. Using a Corsair CX750 power supply, a GTX 960, and 8 GB DDR3 RAM.

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glenroi
Member
164
06-23-2016, 06:52 AM
#5
5GHz represents a significant milestone on the FX-6300 (actually 4.4GHz appears to be the typical outcome). You're either far from achieving genuine stability or you've encountered some luck with the silicone. Regarding the overvoltage protection, what components would have been necessary to push it up to 4.97GHz? I suspect a voltage of at least 1.5V plus a top-tier liquid cooler were required. The CX series power supplies aren't built for serious overclocking, let alone the intense overclocking you're attempting. If you're managing to maintain stability at 4.97GHz, it's quite impressive—PSU should be able to handle it.
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glenroi
06-23-2016, 06:52 AM #5

5GHz represents a significant milestone on the FX-6300 (actually 4.4GHz appears to be the typical outcome). You're either far from achieving genuine stability or you've encountered some luck with the silicone. Regarding the overvoltage protection, what components would have been necessary to push it up to 4.97GHz? I suspect a voltage of at least 1.5V plus a top-tier liquid cooler were required. The CX series power supplies aren't built for serious overclocking, let alone the intense overclocking you're attempting. If you're managing to maintain stability at 4.97GHz, it's quite impressive—PSU should be able to handle it.

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petry123
Junior Member
5
06-23-2016, 07:23 AM
#6
Barty1884 shares insights on achieving 5GHz performance with the FX-6300, noting it's a significant milestone—likely around 4.4GHz. They question the stability of the setup and suggest possible causes for instability. Regarding overvoltage protection, they inquire about the components needed to reach 4.97GHz, implying a need for 1.5V+ and a high-end liquid cooler. They also mention that the CX line of PSUs isn't built for serious overclocking. The user expresses surprise at the PSU's stability at 4.97GHz and shares their voltage and cooling configuration.
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petry123
06-23-2016, 07:23 AM #6

Barty1884 shares insights on achieving 5GHz performance with the FX-6300, noting it's a significant milestone—likely around 4.4GHz. They question the stability of the setup and suggest possible causes for instability. Regarding overvoltage protection, they inquire about the components needed to reach 4.97GHz, implying a need for 1.5V+ and a high-end liquid cooler. They also mention that the CX line of PSUs isn't built for serious overclocking. The user expresses surprise at the PSU's stability at 4.97GHz and shares their voltage and cooling configuration.

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X_Legend_X
Junior Member
11
06-23-2016, 11:48 AM
#7
1.55V is the highest suggested voltage for an FX series processor, as exceeding this causes overcurrent and violates standards. I would avoid running the processor beyond 1.5V. The minimal performance boost you're aiming for in those tiny increments will likely reduce its lifespan when used at such high voltages.
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X_Legend_X
06-23-2016, 11:48 AM #7

1.55V is the highest suggested voltage for an FX series processor, as exceeding this causes overcurrent and violates standards. I would avoid running the processor beyond 1.5V. The minimal performance boost you're aiming for in those tiny increments will likely reduce its lifespan when used at such high voltages.

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Flack
Junior Member
38
06-23-2016, 07:42 PM
#8
I plan to adjust the memory rate from 1t to 2t and observe the outcome. I'll share the findings tomorrow.
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Flack
06-23-2016, 07:42 PM #8

I plan to adjust the memory rate from 1t to 2t and observe the outcome. I'll share the findings tomorrow.

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thebjmax1
Senior Member
395
06-25-2016, 02:59 PM
#9
Adjusting the memory timings didn't succeed, but I raised some other voltage settings from the BIOS, which allowed me to achieve stable 5 GHz operation. Thanks for your assistance!
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thebjmax1
06-25-2016, 02:59 PM #9

Adjusting the memory timings didn't succeed, but I raised some other voltage settings from the BIOS, which allowed me to achieve stable 5 GHz operation. Thanks for your assistance!