F5F Stay Refreshed Power Users Overclocking i7 6800k - Asus Optimal OC leading to BSOD

i7 6800k - Asus Optimal OC leading to BSOD

i7 6800k - Asus Optimal OC leading to BSOD

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kervinc
Posting Freak
804
10-14-2016, 11:35 PM
#1
I frequently encounter a BSOD when trying to activate the 'Asus Optimal' OC setting in the BIOS, which is meant to be a minor adjustment within my system's capabilities. The error displayed on the screen reads: (PAGE_FAULT_IN_NONPAGED_AREA IO64.sys). Is this related to RAM problems? Should I consider using a different type of RAM for my motherboard? Additionally, anyone have any advice on preventing this issue? If manual overclocking is an option, could you suggest starting points and BIOS settings to explore?

Specs:
Model: Asus X-99E
CPU: Intel 6800k @ 3.4GHz
RAM: G.SKILL Ripjaws Series 16GB (2x8GB) DDR44 @ 2133MHz
GPU: Strix Asus GTX 1080
Power Supply: Corsair TX750
Cooler: Corsair H80i v2 CPU liquid cooling
K
kervinc
10-14-2016, 11:35 PM #1

I frequently encounter a BSOD when trying to activate the 'Asus Optimal' OC setting in the BIOS, which is meant to be a minor adjustment within my system's capabilities. The error displayed on the screen reads: (PAGE_FAULT_IN_NONPAGED_AREA IO64.sys). Is this related to RAM problems? Should I consider using a different type of RAM for my motherboard? Additionally, anyone have any advice on preventing this issue? If manual overclocking is an option, could you suggest starting points and BIOS settings to explore?

Specs:
Model: Asus X-99E
CPU: Intel 6800k @ 3.4GHz
RAM: G.SKILL Ripjaws Series 16GB (2x8GB) DDR44 @ 2133MHz
GPU: Strix Asus GTX 1080
Power Supply: Corsair TX750
Cooler: Corsair H80i v2 CPU liquid cooling

H
HappyLobster
Member
86
10-21-2016, 12:33 PM
#2
I advise against using fixed profiles, as they might be applying excessively high voltages beyond what you require or your cooler can manage. A safer beginning would be 4GHz on the cores with standard voltages. If issues arise or you encounter BSOD, try raising the voltage slightly by about 0.05 volts and monitor stability, continuing until you reach a stable state or temperatures become excessive. Don't forget to reset everything back to default BIOS settings before proceeding.
H
HappyLobster
10-21-2016, 12:33 PM #2

I advise against using fixed profiles, as they might be applying excessively high voltages beyond what you require or your cooler can manage. A safer beginning would be 4GHz on the cores with standard voltages. If issues arise or you encounter BSOD, try raising the voltage slightly by about 0.05 volts and monitor stability, continuing until you reach a stable state or temperatures become excessive. Don't forget to reset everything back to default BIOS settings before proceeding.

S
slayer__is
Senior Member
521
10-22-2016, 06:24 PM
#3
The ASUS automatic OC utilized specific settings for clock speed and voltages.
S
slayer__is
10-22-2016, 06:24 PM #3

The ASUS automatic OC utilized specific settings for clock speed and voltages.

E
EndrEclipse
Junior Member
4
10-22-2016, 07:22 PM
#4
I advise against using fixed profiles, as they might be applying excessively high voltages beyond your requirements or the cooler's capabilities. A safer beginning would be 4GHz on the cores with standard voltages. If issues persist or you encounter BSOD, attempt to raise the voltage slightly by about 0.05 volts and monitor stability, continuing until you reach a stable state or temperatures become excessive. Don't forget to reset all settings back to defaults in the BIOS before proceeding.
E
EndrEclipse
10-22-2016, 07:22 PM #4

I advise against using fixed profiles, as they might be applying excessively high voltages beyond your requirements or the cooler's capabilities. A safer beginning would be 4GHz on the cores with standard voltages. If issues persist or you encounter BSOD, attempt to raise the voltage slightly by about 0.05 volts and monitor stability, continuing until you reach a stable state or temperatures become excessive. Don't forget to reset all settings back to defaults in the BIOS before proceeding.