F5F Stay Refreshed Power Users Overclocking Optimal vCore setting for i7 13700K

Optimal vCore setting for i7 13700K

Optimal vCore setting for i7 13700K

K
KoncubineKate
Member
56
11-19-2022, 03:17 PM
#1
Hello all,
I'm looking for guidance on a safe voltage setting (vCore) for continuous use. My temperatures are within normal range, and I'm using a Liquid Freezer Cooler 360 AIO. Currently, I'm running at 5.5GHz with 1.474v. Could anyone advise on the maximum vCore for Rocket Lake? Thanks a lot!
K
KoncubineKate
11-19-2022, 03:17 PM #1

Hello all,
I'm looking for guidance on a safe voltage setting (vCore) for continuous use. My temperatures are within normal range, and I'm using a Liquid Freezer Cooler 360 AIO. Currently, I'm running at 5.5GHz with 1.474v. Could anyone advise on the maximum vCore for Rocket Lake? Thanks a lot!

A
AapenStaartje
Member
164
11-20-2022, 06:59 AM
#2
Each chip has its own unique characteristics. Raising the voltage raises the likelihood of early failure. If you're willing to replace the CPU whenever needed, the risk becomes entirely your responsibility.
But if you can reduce 100Mhz and .1 volts simultaneously, I believe the benefits in power usage and temperatures are worth it.
A
AapenStaartje
11-20-2022, 06:59 AM #2

Each chip has its own unique characteristics. Raising the voltage raises the likelihood of early failure. If you're willing to replace the CPU whenever needed, the risk becomes entirely your responsibility.
But if you can reduce 100Mhz and .1 volts simultaneously, I believe the benefits in power usage and temperatures are worth it.

D
DominoCraft_
Member
166
11-20-2022, 07:51 AM
#3
Raptor Lake remains in the 11th generation and operates on 14nm++++ technology. Intel's 10nm (N7) process should offer a tighter safety margin at the higher end. I think 1.3 volts is the ideal upper limit, while hardcore overclockers often consider 1.45 safe. For everyday use, I’d likely aim for about 1.35 volts. I’ve used my 7700k at 1.419 volts for years without problems, though it’s still a 14nm node. Going to 1.474 would definitely be pushing the limits.
D
DominoCraft_
11-20-2022, 07:51 AM #3

Raptor Lake remains in the 11th generation and operates on 14nm++++ technology. Intel's 10nm (N7) process should offer a tighter safety margin at the higher end. I think 1.3 volts is the ideal upper limit, while hardcore overclockers often consider 1.45 safe. For everyday use, I’d likely aim for about 1.35 volts. I’ve used my 7700k at 1.419 volts for years without problems, though it’s still a 14nm node. Going to 1.474 would definitely be pushing the limits.

M
Marcustheduke
Senior Member
679
11-25-2022, 12:18 PM
#4
Raptor Lake, yes. The 1.45v max is the recommended safe threshold for this design.
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Marcustheduke
11-25-2022, 12:18 PM #4

Raptor Lake, yes. The 1.45v max is the recommended safe threshold for this design.

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LeMasterHD
Junior Member
2
11-25-2022, 03:35 PM
#5
Each chip has its own unique characteristics. Raising the voltage raises the likelihood of early failure. If you're willing to replace the CPU whenever needed, the risk becomes entirely your responsibility.
But if you can reduce the frequency to 100Mhz and lower the voltage by 0.1 volts at the same time, I believe the benefits in power usage and temperatures are worth it.
L
LeMasterHD
11-25-2022, 03:35 PM #5

Each chip has its own unique characteristics. Raising the voltage raises the likelihood of early failure. If you're willing to replace the CPU whenever needed, the risk becomes entirely your responsibility.
But if you can reduce the frequency to 100Mhz and lower the voltage by 0.1 volts at the same time, I believe the benefits in power usage and temperatures are worth it.

K
Ka1eb_1999
Junior Member
12
11-25-2022, 04:03 PM
#6
Thank you for your response. I truly value it.
K
Ka1eb_1999
11-25-2022, 04:03 PM #6

Thank you for your response. I truly value it.