Voltage level for the Ryzen 3200G is elevated beyond recommended limits.

F5F Stay Refreshed Hardware Desktop Voltage level for the Ryzen 3200G is elevated beyond recommended limits.

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IllusoryUser8
Junior Member

07-27-2019, 05:52 AM

#11

running Cinebench R20 in a short burst is fine, but it's running too fast. Is PBO related to the issue?

IllusoryUser8

07-27-2019, 05:52 AM #11

running Cinebench R20 in a short burst is fine, but it's running too fast. Is PBO related to the issue?

krak0202
Junior Member

07-28-2019, 05:11 PM

#12

It seems like you're asking about a brief issue. You might want to use Ryzen Master to inspect voltages, and also look into the BIOS settings for further checks.

krak0202

07-28-2019, 05:11 PM #12

It seems like you're asking about a brief issue. You might want to use Ryzen Master to inspect voltages, and also look into the BIOS settings for further checks.

mrocksoccer
Junior Member

08-08-2019, 06:12 PM

#13

reviewing voltages in BIOS helps identify issues. Low voltage readings appear in BIOS, idle HWInfo, and Ryzen Master reports when values drop below 1V. The concern lies with the load voltage, which can be dangerously high. Based on Intel and ASUS motherboard information, I need to test manually adjusting it to 1.25V to see how the system responds.

mrocksoccer

08-08-2019, 06:12 PM #13

epic_person2
Member

08-10-2019, 04:51 AM

#14

At idle it reads 1v, maybe adjust the voltage and see.

epic_person2

08-10-2019, 04:51 AM #14

At idle it reads 1v, maybe adjust the voltage and see.

ergaon18
Junior Member

08-14-2019, 07:18 PM

#15

Ignore the bios details. The measured voltage is 1.416V, fluctuating between 1.39 and 1.41V. In Windows HWINFO it displays 0.9V when idle.

ergaon18

08-14-2019, 07:18 PM #15

Ignore the bios details. The measured voltage is 1.416V, fluctuating between 1.39 and 1.41V. In Windows HWINFO it displays 0.9V when idle.

ItsTwist
Member

08-15-2019, 03:35 AM

#16

I'd rely on hwinfo64 for this assessment. It handles Ryzen voltage tracking effectively.

ItsTwist

08-15-2019, 03:35 AM #16

I'd rely on hwinfo64 for this assessment. It handles Ryzen voltage tracking effectively.

knevin246
Member

214

08-22-2019, 12:19 AM

#17

Turning off the 'core performance boost' resolved the issue, as it appeared to increase voltage too much. In stress tests, I now see 1.27V with spikes up to 1.28V, which is a big drop from the previous 1.50V. The CPU boost reached 3.6GHz on all cores, up from 3.8GHz before. It seems okay now. I might try manual overclocking later after getting more comfortable with AMD.

knevin246

08-22-2019, 12:19 AM #17

Max846
Senior Member

474

08-22-2019, 07:37 AM

#18

Absolutely, embracing Zen principles. Always keep voltage in offset mode and ensure negatives balance those tricky PBO choices.

Max846

08-22-2019, 07:37 AM #18

Absolutely, embracing Zen principles. Always keep voltage in offset mode and ensure negatives balance those tricky PBO choices.

MemerTheLemur
Junior Member

08-31-2019, 08:23 AM

#19

I turned it off completely. I’m okay with 3.6GHz across all cores. My motherboard has a weak CPU that runs at 1.5V to hit 3.8GHz with PBO, and the motherboard keeps supplying 1.5V by default.

MemerTheLemur

08-31-2019, 08:23 AM #19

I turned it off completely. I’m okay with 3.6GHz across all cores. My motherboard has a weak CPU that runs at 1.5V to hit 3.8GHz with PBO, and the motherboard keeps supplying 1.5V by default.

cgrebosky
Member

08-31-2019, 05:06 PM

#20

PBO on Zen+ ignores silicon quality, allowing you to use much lower voltages while keeping the same clock speeds.

cgrebosky

08-31-2019, 05:06 PM #20

PBO on Zen+ ignores silicon quality, allowing you to use much lower voltages while keeping the same clock speeds.

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