F5F Stay Refreshed Power Users Overclocking The maximum safe voltage for the Ryzen 3700X is 3.3V.

The maximum safe voltage for the Ryzen 3700X is 3.3V.

The maximum safe voltage for the Ryzen 3700X is 3.3V.

B
224
08-21-2019, 06:08 PM
#1
Hello
I'm stable at 4.35Ghz with all cores at 1.325V, and I'm planning to test 1.3V. Is 1.325V suitable for an all-core overclock?
Thanks
B
Buddy_The_Hero
08-21-2019, 06:08 PM #1

Hello
I'm stable at 4.35Ghz with all cores at 1.325V, and I'm planning to test 1.3V. Is 1.325V suitable for an all-core overclock?
Thanks

I
Itz_Seby_PvP
Member
102
08-23-2019, 02:31 AM
#2
There isn't much room left, and once you reach 4375GHz with stable performance, it's best to stop there. You're free to try manual overclocking if you wish, but for better longevity, it's better to leave it as is. I usually turn off boost and manually increase all cores to 4.2GHz, while also turning off any "C" states or power-saving settings. Too much voltage creates more heat quickly, so keeping the core voltage as low as possible helps maintain stability.
I
Itz_Seby_PvP
08-23-2019, 02:31 AM #2

There isn't much room left, and once you reach 4375GHz with stable performance, it's best to stop there. You're free to try manual overclocking if you wish, but for better longevity, it's better to leave it as is. I usually turn off boost and manually increase all cores to 4.2GHz, while also turning off any "C" states or power-saving settings. Too much voltage creates more heat quickly, so keeping the core voltage as low as possible helps maintain stability.

A
Aero_Reflex
Junior Member
43
08-24-2019, 07:21 PM
#3
Ryzen performs optimally with CPU voltages around 1.35-1.37V. Higher voltages up to 1.45V are feasible but demand a strong AIO water cooling system and could reduce CPU lifespan, making it unsuitable unless you're comfortable with the trade-offs. If your setup remains stable at the current configuration, that's acceptable.
A
Aero_Reflex
08-24-2019, 07:21 PM #3

Ryzen performs optimally with CPU voltages around 1.35-1.37V. Higher voltages up to 1.45V are feasible but demand a strong AIO water cooling system and could reduce CPU lifespan, making it unsuitable unless you're comfortable with the trade-offs. If your setup remains stable at the current configuration, that's acceptable.

L
Leiwar
Member
146
08-26-2019, 03:09 PM
#4
Does it make sense to push it further? It’s currently running at 4375Mhz with the default configuration, and I’m unsure if it’s using just one core.
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Leiwar
08-26-2019, 03:09 PM #4

Does it make sense to push it further? It’s currently running at 4375Mhz with the default configuration, and I’m unsure if it’s using just one core.

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_F1ex_
Junior Member
15
08-26-2019, 10:20 PM
#5
There isn't much room left, and once you reach 4375GHz with stable performance, it's best to stop there. You're free to try manual overclocking if you wish, but for better longevity, it's better to leave it as is. I usually turn off boost and manually increase all cores to 4.2GHz, while also turning off any "C" states or power-saving settings. Too much voltage creates more heat quickly, so keeping the core voltage as low as possible helps maintain stability.
_
_F1ex_
08-26-2019, 10:20 PM #5

There isn't much room left, and once you reach 4375GHz with stable performance, it's best to stop there. You're free to try manual overclocking if you wish, but for better longevity, it's better to leave it as is. I usually turn off boost and manually increase all cores to 4.2GHz, while also turning off any "C" states or power-saving settings. Too much voltage creates more heat quickly, so keeping the core voltage as low as possible helps maintain stability.