F5F Stay Refreshed Power Users Overclocking Yes, voltage can influence performance following overclocking.

Yes, voltage can influence performance following overclocking.

Yes, voltage can influence performance following overclocking.

I
idinosev
Member
175
02-03-2021, 01:20 PM
#1
Hello,
I've been experimenting with overclocking recently and achieved a stable 4.4ghz at 1.28v. I'm curious if voltage influences performance. If the voltage is too low, would that result in worse performance, such as lower FPS in games? Many people use 1.30v at 4.4ghz, so I want to know if high voltage versus low voltage makes a noticeable difference. I'm just starting with overclocking and haven't done much beyond my old PC. Also, if the CPU runs too fast, could that actually lead to worse performance compared to lower speeds? Thanks.
I
idinosev
02-03-2021, 01:20 PM #1

Hello,
I've been experimenting with overclocking recently and achieved a stable 4.4ghz at 1.28v. I'm curious if voltage influences performance. If the voltage is too low, would that result in worse performance, such as lower FPS in games? Many people use 1.30v at 4.4ghz, so I want to know if high voltage versus low voltage makes a noticeable difference. I'm just starting with overclocking and haven't done much beyond my old PC. Also, if the CPU runs too fast, could that actually lead to worse performance compared to lower speeds? Thanks.

N
NiceBuddy05
Junior Member
18
02-03-2021, 02:31 PM
#2
The voltage and speed for one person will not work for another. The same goes for sweet spot. Different components, different requirements and there's always the cpu lottery. If voltage is too low, you'd be unstable. Too high is more heat and power usage. Performance would be the same as long as speed is the same. 4.4ghz is 4.4ghz. The higher the speed, the better performance. Push it as far as you can. Just keep is under safe voltage and safe temps.
N
NiceBuddy05
02-03-2021, 02:31 PM #2

The voltage and speed for one person will not work for another. The same goes for sweet spot. Different components, different requirements and there's always the cpu lottery. If voltage is too low, you'd be unstable. Too high is more heat and power usage. Performance would be the same as long as speed is the same. 4.4ghz is 4.4ghz. The higher the speed, the better performance. Push it as far as you can. Just keep is under safe voltage and safe temps.

T
Tropiko14
Member
201
02-04-2021, 06:49 PM
#3
Also what is the ideal range for your 5820k with Ghz and voltage?
T
Tropiko14
02-04-2021, 06:49 PM #3

Also what is the ideal range for your 5820k with Ghz and voltage?

_
_NeoBl0X_
Senior Member
635
02-05-2021, 07:40 AM
#4
Also what would be the ideal setting for my 5820k with ghz and voltage?
😛
Just increase the voltage if it helps stability, but raising it further won't boost performance. A higher clock speed will always make things faster.
_
_NeoBl0X_
02-05-2021, 07:40 AM #4

Also what would be the ideal setting for my 5820k with ghz and voltage?
😛
Just increase the voltage if it helps stability, but raising it further won't boost performance. A higher clock speed will always make things faster.

G
Goranius
Member
230
02-06-2021, 02:46 PM
#5
The voltage and speed for one person will not work for another. The same goes for sweet spot. Different components, different requirements and there's always the cpu lottery. If voltage is too low, you'd be unstable. Too high is more heat and power usage. Performance would be the same as long as speed is the same. 4.4ghz is 4.4ghz. The higher the speed, the better performance. Push it as far as you can. Just keep is under safe voltage and safe temps.
G
Goranius
02-06-2021, 02:46 PM #5

The voltage and speed for one person will not work for another. The same goes for sweet spot. Different components, different requirements and there's always the cpu lottery. If voltage is too low, you'd be unstable. Too high is more heat and power usage. Performance would be the same as long as speed is the same. 4.4ghz is 4.4ghz. The higher the speed, the better performance. Push it as far as you can. Just keep is under safe voltage and safe temps.