F5F Stay Refreshed Hardware Desktop Vcore voltage insufficient?

Vcore voltage insufficient?

Vcore voltage insufficient?

Pages (3): Previous 1 2 3
S
Saromine
Member
67
06-06-2023, 03:04 PM
#21
Absolutely not, I won’t take that route. It really messes with voltage control, just like how I handle things on a cockroach.
S
Saromine
06-06-2023, 03:04 PM #21

Absolutely not, I won’t take that route. It really messes with voltage control, just like how I handle things on a cockroach.

A
Athame_
Senior Member
734
06-06-2023, 05:04 PM
#22
The auto settings are likely at the second lowest level... At least my Asus units handle this. It shouldn't cause any issues. These are standard 65W components. They're not overloading the power rails much. Looks pretty good overall!
A
Athame_
06-06-2023, 05:04 PM #22

The auto settings are likely at the second lowest level... At least my Asus units handle this. It shouldn't cause any issues. These are standard 65W components. They're not overloading the power rails much. Looks pretty good overall!

B
BHLxNJx
Posting Freak
881
06-06-2023, 05:53 PM
#23
I just reviewed the GamersNexus video about LLC. Vdrop seems to be a protective feature according to my understanding. Could Vdrop be triggering the random crashes when the system runs with default settings except for memory (Auto everything)? I noticed these crashes occurred occasionally, around every 20 days on the Tomahawk board, and they were more common on the Asrock B450 HDV R4.0. Updated: If I set it to 3.45 GHz manually at 1 V, I can recreate the random failures.
B
BHLxNJx
06-06-2023, 05:53 PM #23

I just reviewed the GamersNexus video about LLC. Vdrop seems to be a protective feature according to my understanding. Could Vdrop be triggering the random crashes when the system runs with default settings except for memory (Auto everything)? I noticed these crashes occurred occasionally, around every 20 days on the Tomahawk board, and they were more common on the Asrock B450 HDV R4.0. Updated: If I set it to 3.45 GHz manually at 1 V, I can recreate the random failures.

T
TOR3IK_CHANEL
Member
56
06-08-2023, 06:58 PM
#24
The Load Line Calibration is specifically designed for the v-droop fix. You can experiment without needing the maximum; trying a lower level, such as lvl 2, might help identify if the problem appears more frequently. It offers flexibility in testing.
T
TOR3IK_CHANEL
06-08-2023, 06:58 PM #24

The Load Line Calibration is specifically designed for the v-droop fix. You can experiment without needing the maximum; trying a lower level, such as lvl 2, might help identify if the problem appears more frequently. It offers flexibility in testing.

Y
yalo29
Senior Member
641
06-08-2023, 07:06 PM
#25
Hello! Here’s a revised version of your update:

The issue remains unresolved. It seems to be related to low voltage on the CPU, though the exact cause isn’t clear yet. It might still be due to Vdroop, and even after adjusting LLC settings, it persists. I’ve noticed a slowdown in my cursor movement, which usually signals an impending crash. Fortunately, Hwinfo logged a very low CPU voltage around 0.54 V. According to MSI documentation for their boards, mode 1 appears to be the optimal setting instead of mode 8. I’m attempting mode 3 this time.
Y
yalo29
06-08-2023, 07:06 PM #25

Hello! Here’s a revised version of your update:

The issue remains unresolved. It seems to be related to low voltage on the CPU, though the exact cause isn’t clear yet. It might still be due to Vdroop, and even after adjusting LLC settings, it persists. I’ve noticed a slowdown in my cursor movement, which usually signals an impending crash. Fortunately, Hwinfo logged a very low CPU voltage around 0.54 V. According to MSI documentation for their boards, mode 1 appears to be the optimal setting instead of mode 8. I’m attempting mode 3 this time.

Pages (3): Previous 1 2 3