F5F Stay Refreshed Hardware Desktop Reduced turbo speeds for P-Cores during Cinebench R23 on an Intel i7-13700KF processor

Reduced turbo speeds for P-Cores during Cinebench R23 on an Intel i7-13700KF processor

Reduced turbo speeds for P-Cores during Cinebench R23 on an Intel i7-13700KF processor

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epiccoding
Member
56
08-23-2018, 02:55 AM
#21
Oh, okay didn't know that either... I tried multiple things, followed some guides and played with voltages (adaptive, static, etc...). But it seems that, the Power goes up to 253W, which means power limited. Intel does not recommend anything above this power value for this processor. The maximum frequency I achieved is 5088Mhz for the p-cores and 4000Mhz for the e-cores, giving me roughly 26000 Points in Cinebench (which is low compared to the 31000 which is the expected).
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epiccoding
08-23-2018, 02:55 AM #21

Oh, okay didn't know that either... I tried multiple things, followed some guides and played with voltages (adaptive, static, etc...). But it seems that, the Power goes up to 253W, which means power limited. Intel does not recommend anything above this power value for this processor. The maximum frequency I achieved is 5088Mhz for the p-cores and 4000Mhz for the e-cores, giving me roughly 26000 Points in Cinebench (which is low compared to the 31000 which is the expected).

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Ebolakisses
Junior Member
25
08-23-2018, 02:55 AM
#22
Have you attempted to use ThrottleStop to lower your CPU voltage? This method helps cut energy use, allowing your CPU to perform Cinebench at maximum performance while staying below the 253W turbo threshold.
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Ebolakisses
08-23-2018, 02:55 AM #22

Have you attempted to use ThrottleStop to lower your CPU voltage? This method helps cut energy use, allowing your CPU to perform Cinebench at maximum performance while staying below the 253W turbo threshold.

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yooooooomu
Member
148
08-23-2018, 02:55 AM
#23
Yes, this matches what you've attempted. It appears the voltage reduction on the CPU remains active, even with the 0x104 microcode version... Please let me know if you need further help. Thank you for your patience.
Y
yooooooomu
08-23-2018, 02:55 AM #23

Yes, this matches what you've attempted. It appears the voltage reduction on the CPU remains active, even with the 0x104 microcode version... Please let me know if you need further help. Thank you for your patience.

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gordo_craftr2
Member
200
08-23-2018, 02:55 AM
#24
Show a screenshot of the FIVR window. Reduce both core and P cache voltages. Avoid using ThrottleStop when Windows core isolation memory integrity is active. For best protection and CPU health, stick to the latest BIOS and skip undervolting entirely.
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gordo_craftr2
08-23-2018, 02:55 AM #24

Show a screenshot of the FIVR window. Reduce both core and P cache voltages. Avoid using ThrottleStop when Windows core isolation memory integrity is active. For best protection and CPU health, stick to the latest BIOS and skip undervolting entirely.

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VTx_Tays
Member
56
08-23-2018, 02:55 AM
#25
In summary, B760 motherboards generally don’t allow undervolting or overclocking. If you’re considering a 13-14 generation Intel CPU due to its power needs, I recommend opting for a Z-series board to explore performance improvements via undervolting. Thanks for your guidance, @unclewebb—your advice is appreciated. I’ll stick with the latest microcode (0x129) to ensure safety and security as you suggested.
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VTx_Tays
08-23-2018, 02:55 AM #25

In summary, B760 motherboards generally don’t allow undervolting or overclocking. If you’re considering a 13-14 generation Intel CPU due to its power needs, I recommend opting for a Z-series board to explore performance improvements via undervolting. Thanks for your guidance, @unclewebb—your advice is appreciated. I’ll stick with the latest microcode (0x129) to ensure safety and security as you suggested.

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