F5F Stay Refreshed Power Users Overclocking 8700k Voltages @ 5 Ghz

8700k Voltages @ 5 Ghz

8700k Voltages @ 5 Ghz

I
iDanito_
Junior Member
3
10-18-2017, 08:53 AM
#1
So I've finally managed to experiment with overclocking without using any automated tools. I followed a guide that suggested starting the voltages at 1.28 and stopping before reaching 1.35v. When the processor clocks at 5 ghz, the voltages have been around 1.4 to 1.46v. Is this typical? Should I be concerned about it being too high? Do I need to try lowering it?
I
iDanito_
10-18-2017, 08:53 AM #1

So I've finally managed to experiment with overclocking without using any automated tools. I followed a guide that suggested starting the voltages at 1.28 and stopping before reaching 1.35v. When the processor clocks at 5 ghz, the voltages have been around 1.4 to 1.46v. Is this typical? Should I be concerned about it being too high? Do I need to try lowering it?

T
Thefacebreaker
Junior Member
10
10-18-2017, 01:52 PM
#2
1.35v works best for the 8700k at 5ghz. Begin there, perform stress tests, then gradually adjust the voltage until it stabilizes.
T
Thefacebreaker
10-18-2017, 01:52 PM #2

1.35v works best for the 8700k at 5ghz. Begin there, perform stress tests, then gradually adjust the voltage until it stabilizes.

D
DoubleOhNothin
Junior Member
7
10-19-2017, 10:00 PM
#3
It seems the CPU voltage is currently set to auto. Switch it to manual and input the desired voltage. 1.46v falls into a risky range; monitor CPU temperatures closely as well. Excessively high temps are also problematic. Consider doing more research before proceeding.
D
DoubleOhNothin
10-19-2017, 10:00 PM #3

It seems the CPU voltage is currently set to auto. Switch it to manual and input the desired voltage. 1.46v falls into a risky range; monitor CPU temperatures closely as well. Excessively high temps are also problematic. Consider doing more research before proceeding.

B
Bombartia
Senior Member
430
10-21-2017, 07:00 AM
#4
It seems your CPU voltage is set to auto. Switch it to manual and input the desired voltage. The 1.46V range is in a risky area—monitor temperatures closely. High temps aren’t ideal either. You should look into this more before proceeding. My current readings are stable: idle at 5GHz, under 30°C; at 80% load, around 51°C, and at full load it stays below 76°C. I noticed some discussions about whether 1.4V is safe or not.
B
Bombartia
10-21-2017, 07:00 AM #4

It seems your CPU voltage is set to auto. Switch it to manual and input the desired voltage. The 1.46V range is in a risky area—monitor temperatures closely. High temps aren’t ideal either. You should look into this more before proceeding. My current readings are stable: idle at 5GHz, under 30°C; at 80% load, around 51°C, and at full load it stays below 76°C. I noticed some discussions about whether 1.4V is safe or not.

K
KingPandino
Member
98
10-21-2017, 07:41 AM
#5
1.35v is typically the optimal setting for the 8700k at 5ghz. Begin there, perform stress tests, and gradually adjust the voltage until stability is achieved.
K
KingPandino
10-21-2017, 07:41 AM #5

1.35v is typically the optimal setting for the 8700k at 5ghz. Begin there, perform stress tests, and gradually adjust the voltage until stability is achieved.

S
shelbywood99
Member
172
10-21-2017, 09:11 AM
#6
The optimal setting for the 8700k at 5ghz is around 1.35v. I’d begin there and conduct stress tests, adjusting the voltage gradually until stability is achieved.
S
shelbywood99
10-21-2017, 09:11 AM #6

The optimal setting for the 8700k at 5ghz is around 1.35v. I’d begin there and conduct stress tests, adjusting the voltage gradually until stability is achieved.

R
RemorsEcoDe
Junior Member
3
10-22-2017, 11:19 PM
#7
The optimal setting for the 8700k at 5ghz is around 1.35v. I’d begin there and conduct stress tests, adjusting the voltage gradually until stability is achieved.
R
RemorsEcoDe
10-22-2017, 11:19 PM #7

The optimal setting for the 8700k at 5ghz is around 1.35v. I’d begin there and conduct stress tests, adjusting the voltage gradually until stability is achieved.