F5F Stay Refreshed Hardware Desktop Choose the appropriate drivers for your AM5 B650E chipset.

Choose the appropriate drivers for your AM5 B650E chipset.

Choose the appropriate drivers for your AM5 B650E chipset.

Pages (3): Previous 1 2 3
K
Kassara
Member
55
08-31-2022, 08:59 AM
#21
I'll look into that. Have you noticed similar issues with crashes at 6000mhz? You mentioned it booted normally after reseating and switching to full EXPO 1, but then it entered safe mode and only booted to 5600. How did you determine it wasn't stable?
K
Kassara
08-31-2022, 08:59 AM #21

I'll look into that. Have you noticed similar issues with crashes at 6000mhz? You mentioned it booted normally after reseating and switching to full EXPO 1, but then it entered safe mode and only booted to 5600. How did you determine it wasn't stable?

L
LeandroVski97
Junior Member
13
09-01-2022, 08:13 AM
#22
That voltage corresponds to SOC level. With your current memory rate of 4800MT/s, it should be around 1V. When you increase to 6000, it should adjust to about 1.25V if the BIOS functions properly. Doing a memory stress test could help, though it might cause occasional boot issues at higher speeds, suggesting a possible BIOS rather than a hardware problem.
L
LeandroVski97
09-01-2022, 08:13 AM #22

That voltage corresponds to SOC level. With your current memory rate of 4800MT/s, it should be around 1V. When you increase to 6000, it should adjust to about 1.25V if the BIOS functions properly. Doing a memory stress test could help, though it might cause occasional boot issues at higher speeds, suggesting a possible BIOS rather than a hardware problem.

S
SoloDroid
Member
180
09-01-2022, 11:02 PM
#23
In BIOS it displays 4800 while the actual setting is 5600; in Windows it shows 5600. This discrepancy might lead to problems. Adjusting the SOC voltage will likely set the maximum allowed voltage or keep it stable at 1.3V. Running continuously at 1.3V could potentially damage the CPU, as some videos warn about this risk.
S
SoloDroid
09-01-2022, 11:02 PM #23

In BIOS it displays 4800 while the actual setting is 5600; in Windows it shows 5600. This discrepancy might lead to problems. Adjusting the SOC voltage will likely set the maximum allowed voltage or keep it stable at 1.3V. Running continuously at 1.3V could potentially damage the CPU, as some videos warn about this risk.

X
xanderzone317
Posting Freak
957
09-02-2022, 11:48 PM
#24
I'm checking with Task Manager, but it seems to give inaccurate readings. It tends to stay active at 1.3V, while 1.4V could damage the CPU. 1.3V is considered safe.
X
xanderzone317
09-02-2022, 11:48 PM #24

I'm checking with Task Manager, but it seems to give inaccurate readings. It tends to stay active at 1.3V, while 1.4V could damage the CPU. 1.3V is considered safe.

Pages (3): Previous 1 2 3