F5F Stay Refreshed Power Users Overclocking Windows 10 crashes due to overclocking issues.

Windows 10 crashes due to overclocking issues.

Windows 10 crashes due to overclocking issues.

Y
yArthur
Member
169
08-04-2016, 05:30 AM
#1
Hello, I have Windows 10 and keep my system updated.
I have a Ryzen 3 2200G, overclocked to 3.75Ghz at 1.4V, and memory OC set to 2933 CL18 with 1.35V (Dual Channel).
My system is still safe for gaming and productivity, and I use an SSD, so I think there’s no failure.
I checked my PSU voltage and it’s normal, but the PC restarts on its own.
I see a post here about PSU voltage being normal and crashes during idle.
What should I do? Please help me...
Sorry if this is related to other posts, I can’t find articles linking overclocking with the system restarting by itself.
Y
yArthur
08-04-2016, 05:30 AM #1

Hello, I have Windows 10 and keep my system updated.
I have a Ryzen 3 2200G, overclocked to 3.75Ghz at 1.4V, and memory OC set to 2933 CL18 with 1.35V (Dual Channel).
My system is still safe for gaming and productivity, and I use an SSD, so I think there’s no failure.
I checked my PSU voltage and it’s normal, but the PC restarts on its own.
I see a post here about PSU voltage being normal and crashes during idle.
What should I do? Please help me...
Sorry if this is related to other posts, I can’t find articles linking overclocking with the system restarting by itself.

F
FatihKir
Member
50
08-04-2016, 07:17 AM
#2
Initialized the first run of prime 95 small ftt test to monitor CPU temperature. After approximately 25 minutes, if the CPU temperature reaches a maximum of 85°C, the issue likely lies elsewhere. Next, executed the prime 95 blend test to assess RAM performance. Around 10 minutes later, if no errors occur, the problem isn't related to RAM. Should both tests succeed without issues, the fault must be with the power supply unit.
F
FatihKir
08-04-2016, 07:17 AM #2

Initialized the first run of prime 95 small ftt test to monitor CPU temperature. After approximately 25 minutes, if the CPU temperature reaches a maximum of 85°C, the issue likely lies elsewhere. Next, executed the prime 95 blend test to assess RAM performance. Around 10 minutes later, if no errors occur, the problem isn't related to RAM. Should both tests succeed without issues, the fault must be with the power supply unit.

D
DantehIsGay
Posting Freak
902
08-07-2016, 05:04 AM
#3
How are thermals looking? If there is headroom, I would try either increasing the voltage a little or decreasing the clock speed slightly. I would also try easing back on the RAM speed and tighten the timings a bit to see if that has any effect.
D
DantehIsGay
08-07-2016, 05:04 AM #3

How are thermals looking? If there is headroom, I would try either increasing the voltage a little or decreasing the clock speed slightly. I would also try easing back on the RAM speed and tighten the timings a bit to see if that has any effect.

T
Taillowbird
Member
158
08-07-2016, 05:16 AM
#4
Initialized the first run of prime 95 small ftt test to monitor CPU temperature. After approximately 25 minutes, if the CPU temperature reaches a maximum of 85°C, the issue likely lies elsewhere. Next, executed the prime 95 blend test to assess RAM performance. Around 10 minutes later, if no errors occur, the problem isn't related to RAM. Should both tests succeed without issues, the fault must be with the power supply unit.
T
Taillowbird
08-07-2016, 05:16 AM #4

Initialized the first run of prime 95 small ftt test to monitor CPU temperature. After approximately 25 minutes, if the CPU temperature reaches a maximum of 85°C, the issue likely lies elsewhere. Next, executed the prime 95 blend test to assess RAM performance. Around 10 minutes later, if no errors occur, the problem isn't related to RAM. Should both tests succeed without issues, the fault must be with the power supply unit.