F5F Stay Refreshed Hardware Desktop 7500f/7600 undervolt equalizer set to PBO -30

7500f/7600 undervolt equalizer set to PBO -30

7500f/7600 undervolt equalizer set to PBO -30

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David_PVP
Member
52
04-01-2023, 10:40 PM
#11
Sure, happy to help. Good luck with your underclocking!
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David_PVP
04-01-2023, 10:40 PM #11

Sure, happy to help. Good luck with your underclocking!

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ScopeZMLG
Member
50
04-07-2023, 10:26 AM
#12
This feature of the PBO Curve Optimizer sets it apart from standard voltage offset undervolt solutions. The level of offset changes along the voltage range—lower at smaller voltages (around 90mV) but higher at larger voltages (up to 150mV). This means there isn't a one-size-fits-all approach like in traditional undervolt methods.
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ScopeZMLG
04-07-2023, 10:26 AM #12

This feature of the PBO Curve Optimizer sets it apart from standard voltage offset undervolt solutions. The level of offset changes along the voltage range—lower at smaller voltages (around 90mV) but higher at larger voltages (up to 150mV). This means there isn't a one-size-fits-all approach like in traditional undervolt methods.

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morgame45
Junior Member
11
04-07-2023, 01:00 PM
#13
Needs to verify SOC voltage again. Previously lowering it caused system crashes if I recall. Right now, 0.08 v with auto SOC gives slightly better temps—89°C and 84 watts versus the original 90W and 91°C. This suggests a similar result, but further reductions bring scores down by about 300 to 400 while also dropping temperatures significantly into the low 70s.
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morgame45
04-07-2023, 01:00 PM #13

Needs to verify SOC voltage again. Previously lowering it caused system crashes if I recall. Right now, 0.08 v with auto SOC gives slightly better temps—89°C and 84 watts versus the original 90W and 91°C. This suggests a similar result, but further reductions bring scores down by about 300 to 400 while also dropping temperatures significantly into the low 70s.

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SkyInsane
Senior Member
718
04-11-2023, 05:28 PM
#14
I reached as low as 1.05V without any problems on my direct-die 7950x3D. Every other setup I've used set it to 1.15V and stayed stable, which is roughly a 100mV drop. This has covered about five different AM5 models so far, with a couple still untested. Keep in mind this applies to systems using dGPUs and 6000MT/sec EXPO/XMP RAM packages. The iGPU could struggle at full load when heavily undervolted via IOD, though that's just speculation.
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SkyInsane
04-11-2023, 05:28 PM #14

I reached as low as 1.05V without any problems on my direct-die 7950x3D. Every other setup I've used set it to 1.15V and stayed stable, which is roughly a 100mV drop. This has covered about five different AM5 models so far, with a couple still untested. Keep in mind this applies to systems using dGPUs and 6000MT/sec EXPO/XMP RAM packages. The iGPU could struggle at full load when heavily undervolted via IOD, though that's just speculation.

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dj_scully
Junior Member
42
04-17-2023, 09:31 PM
#15
I set it to 1.2 and all good. Though I don't see any reason to go below that. My cheap ram is stable at the moment at 6000 mt/s tuned up from 5200. I don't want my system to get unstable. What benifits i get if i set it to 1.15 and it won't crash
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dj_scully
04-17-2023, 09:31 PM #15

I set it to 1.2 and all good. Though I don't see any reason to go below that. My cheap ram is stable at the moment at 6000 mt/s tuned up from 5200. I don't want my system to get unstable. What benifits i get if i set it to 1.15 and it won't crash

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RaisedFist99
Junior Member
31
04-18-2023, 06:18 AM
#16
Identical with any stable low voltage, reduced energy use while maintaining the same output.
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RaisedFist99
04-18-2023, 06:18 AM #16

Identical with any stable low voltage, reduced energy use while maintaining the same output.

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