F5F Stay Refreshed Power Users Overclocking Check if it's secure to push the clock speed of a Ryzen 3 1200.

Check if it's secure to push the clock speed of a Ryzen 3 1200.

Check if it's secure to push the clock speed of a Ryzen 3 1200.

A
AZX_YNLaCoste
Junior Member
13
05-23-2017, 07:07 AM
#1
Checking if it's safe to increase the clock speed of your Ryzen 3 1200 is a good idea.
A
AZX_YNLaCoste
05-23-2017, 07:07 AM #1

Checking if it's safe to increase the clock speed of your Ryzen 3 1200 is a good idea.

G
GanonCannon
Member
177
05-25-2017, 04:18 AM
#2
Align with volkgren. Cooler performance matters here. At 1.4v the CPU will overheat, and the standard cooler isn’t enough.
Begin at a lower setting rather than just adjusting settings you assume will work. Start at your maximum boost clock (3.4) around 1,275-1.3v. Use Prime 95 small ffts to monitor temperatures via HWMon/info. If temperatures remain below 80°C, it’s acceptable as long as Prime runs smoothly without issues. Gradually raise the CPU speed until it fails Prime at a specific voltage. Then increase the voltage slightly and retest, aiming for stable operation with no errors on Prime and temperatures under 80°C. You should be ready to proceed.
My 1600x is running at 3.9 with 1.3v. The goal is to keep the voltage as low as possible.
G
GanonCannon
05-25-2017, 04:18 AM #2

Align with volkgren. Cooler performance matters here. At 1.4v the CPU will overheat, and the standard cooler isn’t enough.
Begin at a lower setting rather than just adjusting settings you assume will work. Start at your maximum boost clock (3.4) around 1,275-1.3v. Use Prime 95 small ffts to monitor temperatures via HWMon/info. If temperatures remain below 80°C, it’s acceptable as long as Prime runs smoothly without issues. Gradually raise the CPU speed until it fails Prime at a specific voltage. Then increase the voltage slightly and retest, aiming for stable operation with no errors on Prime and temperatures under 80°C. You should be ready to proceed.
My 1600x is running at 3.9 with 1.3v. The goal is to keep the voltage as low as possible.

I
iTzDrVansPT
Member
165
05-31-2017, 06:16 PM
#3
Which motherboard are you using? If your model is B350 or newer, that's fine, though the built-in cooler may hit its thermal threshold.
I
iTzDrVansPT
05-31-2017, 06:16 PM #3

Which motherboard are you using? If your model is B350 or newer, that's fine, though the built-in cooler may hit its thermal threshold.

I
ishpish2
Member
60
06-01-2017, 12:57 AM
#4
Align with volkgren. Cooler performance matters here. At 1.4v the CPU will overheat, and the standard cooler isn’t sufficient.
Begin at a lower setting rather than just adjusting settings you assume will work. Start at your maximum boost clock (3.4) around 1,275-1.3v. Use Prime 95 small ffts to monitor temperatures via HWMon/info. If temperatures remain below 80°C, it’s acceptable as long as Prime runs smoothly without issues. Gradually raise the CPU speed until it fails Prime at a specific voltage. Then increase the voltage slightly and retest, aiming for stable operation with no errors on Prime and temperatures under 80°C. You should be ready to proceed.
My 1600x is running at 3.9 with 1.3v. The goal is to keep the voltage as low as possible.
If you have any questions, feel free to message me. I’m happy to assist further.
I
ishpish2
06-01-2017, 12:57 AM #4

Align with volkgren. Cooler performance matters here. At 1.4v the CPU will overheat, and the standard cooler isn’t sufficient.
Begin at a lower setting rather than just adjusting settings you assume will work. Start at your maximum boost clock (3.4) around 1,275-1.3v. Use Prime 95 small ffts to monitor temperatures via HWMon/info. If temperatures remain below 80°C, it’s acceptable as long as Prime runs smoothly without issues. Gradually raise the CPU speed until it fails Prime at a specific voltage. Then increase the voltage slightly and retest, aiming for stable operation with no errors on Prime and temperatures under 80°C. You should be ready to proceed.
My 1600x is running at 3.9 with 1.3v. The goal is to keep the voltage as low as possible.
If you have any questions, feel free to message me. I’m happy to assist further.