F5F Stay Refreshed Power Users Overclocking Need some overclocking advice

Need some overclocking advice

Need some overclocking advice

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hummel99
Junior Member
7
11-25-2023, 06:18 AM
#1
Hello,
I've just successfully overclocked my CPU to 3.8GHz without raising the voltage. I'm curious if it's safe to lower the voltage until it becomes unstable so I can reduce temperatures. I don't want to settle for that voltage, just want to confirm if it's acceptable.

Additionally, I'm wondering whether lowering the voltage will affect performance considering the clock speed, and if it's harmful to push the voltage as low as possible.
H
hummel99
11-25-2023, 06:18 AM #1

Hello,
I've just successfully overclocked my CPU to 3.8GHz without raising the voltage. I'm curious if it's safe to lower the voltage until it becomes unstable so I can reduce temperatures. I don't want to settle for that voltage, just want to confirm if it's acceptable.

Additionally, I'm wondering whether lowering the voltage will affect performance considering the clock speed, and if it's harmful to push the voltage as low as possible.

U
UnicatPee
Junior Member
17
11-25-2023, 12:31 PM
#2
When adjusting the settings, aim for the minimal voltage and maximum clock speed that still maintain stability, manage temperature, and stay within power limits. Reducing voltage won<|pad|> can help without hurting performance, though slower clocks are the trade-off. Start by decreasing voltage in small steps—about 0.005v each—until instability occurs during a stress test lasting five minutes. After that, increase voltage by 0.010v and continue testing for 12 to 24 hours.
U
UnicatPee
11-25-2023, 12:31 PM #2

When adjusting the settings, aim for the minimal voltage and maximum clock speed that still maintain stability, manage temperature, and stay within power limits. Reducing voltage won<|pad|> can help without hurting performance, though slower clocks are the trade-off. Start by decreasing voltage in small steps—about 0.005v each—until instability occurs during a stress test lasting five minutes. After that, increase voltage by 0.010v and continue testing for 12 to 24 hours.

C
Colefusion
Senior Member
382
12-02-2023, 11:02 PM
#3
Reducing the vcore is the goal. Lowering voltage aids in managing temperatures, power use, and may extend lifespan.
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Colefusion
12-02-2023, 11:02 PM #3

Reducing the vcore is the goal. Lowering voltage aids in managing temperatures, power use, and may extend lifespan.

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tdawg65
Junior Member
4
12-03-2023, 02:05 AM
#4
When adjusting the settings, aim for the minimal voltage and maximum clock speed that still maintain stability, manage temperature, and stay within power limits. Reducing voltage won<|pad|> can help without hurting performance, though slower clocks are the trade-off. Start by decreasing voltage in small steps—about 0.005v each—until instability occurs during a stress test lasting five minutes. After that, increase voltage by 0.010v and continue testing for 12 to 24 hours.
T
tdawg65
12-03-2023, 02:05 AM #4

When adjusting the settings, aim for the minimal voltage and maximum clock speed that still maintain stability, manage temperature, and stay within power limits. Reducing voltage won<|pad|> can help without hurting performance, though slower clocks are the trade-off. Start by decreasing voltage in small steps—about 0.005v each—until instability occurs during a stress test lasting five minutes. After that, increase voltage by 0.010v and continue testing for 12 to 24 hours.

D
DRGNdragsYT
Senior Member
723
12-03-2023, 06:37 AM
#5
When adjusting overclock settings, aim for the minimal voltage and maximum clock speed that still maintain stability, manage temperature, and stay within power limits. Reducing voltage won’t harm CPU performance; it mainly affects clock rates. Start by decreasing voltage in small steps, about 0.005v each, until instability occurs during a stress test lasting five minutes. After reaching instability, increase voltage by 0.010v and continue testing for 12 to 24 hours.
D
DRGNdragsYT
12-03-2023, 06:37 AM #5

When adjusting overclock settings, aim for the minimal voltage and maximum clock speed that still maintain stability, manage temperature, and stay within power limits. Reducing voltage won’t harm CPU performance; it mainly affects clock rates. Start by decreasing voltage in small steps, about 0.005v each, until instability occurs during a stress test lasting five minutes. After reaching instability, increase voltage by 0.010v and continue testing for 12 to 24 hours.

T
TheCruelKiller
Junior Member
41
12-08-2023, 06:34 AM
#6
When overclocking, aim for the minimal voltage and maximum clock speed that still ensures stability, manageable temperature, and power efficiency. Reducing voltage won’t hurt performance but will slow clocks. Start by decreasing voltage in small steps—about 0.005v at a time—until instability occurs during a stress test lasting five minutes. After that, increase voltage by 0.010v and continue testing for 12 to 24 hours. Thanks!
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TheCruelKiller
12-08-2023, 06:34 AM #6

When overclocking, aim for the minimal voltage and maximum clock speed that still ensures stability, manageable temperature, and power efficiency. Reducing voltage won’t hurt performance but will slow clocks. Start by decreasing voltage in small steps—about 0.005v at a time—until instability occurs during a stress test lasting five minutes. After that, increase voltage by 0.010v and continue testing for 12 to 24 hours. Thanks!