F5F Stay Refreshed Power Users Overclocking [email protected] only gets 4.1Ghz

[email protected] only gets 4.1Ghz

[email protected] only gets 4.1Ghz

K
Kangmiester18
Member
115
02-07-2016, 09:59 AM
#1
But my temperatures are fairly stable near 70 degrees Celsius when loading. I'm curious—would it be safe to increase the voltage slightly to reach about 4.4GHz, or would that risk damaging the CPU?
K
Kangmiester18
02-07-2016, 09:59 AM #1

But my temperatures are fairly stable near 70 degrees Celsius when loading. I'm curious—would it be safe to increase the voltage slightly to reach about 4.4GHz, or would that risk damaging the CPU?

M
moleman1203
Member
124
02-11-2016, 01:28 PM
#2
It's difficult to predict the outcomes when increasing voltage further. As long as you stay within the recommended limits, you can raise the voltage more, but there are no assurances of improved performance and risks of losing stability. If you decide to continue, do so carefully, using only tiny adjustments.

This is why it's referred to as the "silicon lottery"; each chip behaves differently in terms of performance and overclocking potential.
M
moleman1203
02-11-2016, 01:28 PM #2

It's difficult to predict the outcomes when increasing voltage further. As long as you stay within the recommended limits, you can raise the voltage more, but there are no assurances of improved performance and risks of losing stability. If you decide to continue, do so carefully, using only tiny adjustments.

This is why it's referred to as the "silicon lottery"; each chip behaves differently in terms of performance and overclocking potential.

S
sifumind
Member
137
02-18-2016, 08:17 AM
#3
It's difficult to predict the outcomes when increasing voltage. As long as you stay within the recommended limits, you can raise the voltage further, though there are no assurances of improved performance and risks of instability. If you decide to continue, do so carefully, using only tiny adjustments.

This is why it's referred to as the "silicon lottery"; each chip behaves differently in terms of performance and overclocking potential.
S
sifumind
02-18-2016, 08:17 AM #3

It's difficult to predict the outcomes when increasing voltage. As long as you stay within the recommended limits, you can raise the voltage further, though there are no assurances of improved performance and risks of instability. If you decide to continue, do so carefully, using only tiny adjustments.

This is why it's referred to as the "silicon lottery"; each chip behaves differently in terms of performance and overclocking potential.