F5F Stay Refreshed Hardware Desktop The recommended basic PBO configuration for the AMD Ryzen 9 9950X is typically set to 2.0.

The recommended basic PBO configuration for the AMD Ryzen 9 9950X is typically set to 2.0.

The recommended basic PBO configuration for the AMD Ryzen 9 9950X is typically set to 2.0.

Pages (3): Previous 1 2 3 Next
S
Sheikrik
Senior Member
441
06-06-2023, 11:54 AM
#11
Yes, you're on the right track. Using Curve Optimizer with PBO enhancement is possible. Setting negative values like -10 or -20 for all CCDs and cores should work, followed by running Cinebench and OCCT tests to evaluate performance.
S
Sheikrik
06-06-2023, 11:54 AM #11

Yes, you're on the right track. Using Curve Optimizer with PBO enhancement is possible. Setting negative values like -10 or -20 for all CCDs and cores should work, followed by running Cinebench and OCCT tests to evaluate performance.

Y
yBluue
Junior Member
9
06-06-2023, 06:48 PM
#12
Yes, combining them works. Run a cinebench first, record the results, then proceed directly to -20 and re-run. If the new numbers are better or show different temperatures for the same setting, that's ideal.
Y
yBluue
06-06-2023, 06:48 PM #12

Yes, combining them works. Run a cinebench first, record the results, then proceed directly to -20 and re-run. If the new numbers are better or show different temperatures for the same setting, that's ideal.

K
Koalacat101
Member
139
06-06-2023, 08:29 PM
#13
Sure, I'm here to assist you. Just let me know if you encounter any issues during the test.
K
Koalacat101
06-06-2023, 08:29 PM #13

Sure, I'm here to assist you. Just let me know if you encounter any issues during the test.

G
Grifo24O
Member
181
06-06-2023, 10:58 PM
#14
Alright, no worries! And please let me know if you encounter any issues, so I can keep track. I'm here for the updates, whether positive or not!
G
Grifo24O
06-06-2023, 10:58 PM #14

Alright, no worries! And please let me know if you encounter any issues, so I can keep track. I'm here for the updates, whether positive or not!

H
126
06-12-2023, 05:06 AM
#15
90°C meets requirements for Ryzen 7000, ensuring stability during short sessions. For quieter performance, lowering the threshold to 85°C is optional, but your existing PBO configuration works well for regular tasks and gaming.
H
HUNGERGAMEMARK
06-12-2023, 05:06 AM #15

90°C meets requirements for Ryzen 7000, ensuring stability during short sessions. For quieter performance, lowering the threshold to 85°C is optional, but your existing PBO configuration works well for regular tasks and gaming.

L
Lollypop666
Junior Member
31
06-13-2023, 07:32 PM
#16
PBO Enhancement activated produced the outcomes you mentioned. The setup was 90°C at full load. I used Curve Optimizer with PBO enabled, configured all cores to Negative and adjusted the value to -10. Unfortunately, this caused a minor decrease in clock speeds, so I discarded that configuration.
L
Lollypop666
06-13-2023, 07:32 PM #16

PBO Enhancement activated produced the outcomes you mentioned. The setup was 90°C at full load. I used Curve Optimizer with PBO enabled, configured all cores to Negative and adjusted the value to -10. Unfortunately, this caused a minor decrease in clock speeds, so I discarded that configuration.

S
SlayFuzzy
Member
180
06-13-2023, 08:48 PM
#17
I also included screenshots in the earlier message. The system performs well even under heavy use. My results seem solid. I rarely put extra strain on the processor. I only increase performance when focusing on projects.
S
SlayFuzzy
06-13-2023, 08:48 PM #17

I also included screenshots in the earlier message. The system performs well even under heavy use. My results seem solid. I rarely put extra strain on the processor. I only increase performance when focusing on projects.

T
52
06-14-2023, 01:19 AM
#18
The design ensures stability if your benchmarks are solid and temperatures remain manageable. The Ryzen 7000 handles close to its thermal boundaries well. To boost efficiency or reduce fan noise, consider minor adjustments: tweak PPT/TDC/EDC settings in Curve Optimizer by a few millivolts per core (10–15mV) for each core, or set the maximum temperature cap at 85°C. Both options won’t affect daily performance but can improve power usage and quiet operation. For your light gaming and project workload, the current configuration is ideal.
T
thebigcheese22
06-14-2023, 01:19 AM #18

The design ensures stability if your benchmarks are solid and temperatures remain manageable. The Ryzen 7000 handles close to its thermal boundaries well. To boost efficiency or reduce fan noise, consider minor adjustments: tweak PPT/TDC/EDC settings in Curve Optimizer by a few millivolts per core (10–15mV) for each core, or set the maximum temperature cap at 85°C. Both options won’t affect daily performance but can improve power usage and quiet operation. For your light gaming and project workload, the current configuration is ideal.

K
KinderMaxie
Junior Member
3
06-21-2023, 01:06 PM
#19
Testing the advanced limit settings now. Mobo Scalar auto boost overrides to +100 MHz, curve optimizer set to negative per CCD. CCD0 and CCD1 adjustments at -20. Looking forward to seeing the results after work today. What are your thoughts?
K
KinderMaxie
06-21-2023, 01:06 PM #19

Testing the advanced limit settings now. Mobo Scalar auto boost overrides to +100 MHz, curve optimizer set to negative per CCD. CCD0 and CCD1 adjustments at -20. Looking forward to seeing the results after work today. What are your thoughts?

M
muldrik
Member
114
06-23-2023, 12:30 PM
#20
Baseline performance looks solid with -20 across all cores, though individual CCDs may vary. Testing separate CCD0 and CCD1 at -25/-15 could boost efficiency slightly. The 85C setting also improves overall quality while maintaining noise control.
M
muldrik
06-23-2023, 12:30 PM #20

Baseline performance looks solid with -20 across all cores, though individual CCDs may vary. Testing separate CCD0 and CCD1 at -25/-15 could boost efficiency slightly. The 85C setting also improves overall quality while maintaining noise control.

Pages (3): Previous 1 2 3 Next