F5F Stay Refreshed Power Users Overclocking Optimal configurations for an i9-11900K

Optimal configurations for an i9-11900K

Optimal configurations for an i9-11900K

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F
frenero
Member
171
01-28-2022, 02:33 AM
#11
In my bios there is an option to remove limitations on the amount of power that the cpu can draw. This can be done if you are overclocking highly.
It is found in the settings for overclocking.
The default power limit, is to my mind, aggressive enough.
F
frenero
01-28-2022, 02:33 AM #11

In my bios there is an option to remove limitations on the amount of power that the cpu can draw. This can be done if you are overclocking highly.
It is found in the settings for overclocking.
The default power limit, is to my mind, aggressive enough.

R
RauloMenino
Member
224
02-04-2022, 09:39 AM
#12
I won't be touching that. Just a multi-core boost, but it doesn't relate to power limits?
R
RauloMenino
02-04-2022, 09:39 AM #12

I won't be touching that. Just a multi-core boost, but it doesn't relate to power limits?

M
mayawaya11
Member
116
02-04-2022, 05:55 PM
#13
I still require some guidance to grasp what needs to be turned on here.
Up to now, I have adjusted the following in BIOS:
XMP1
Adaptive Boost Technology = Enabled
Asus Multicore Enchantment = Enabled (remove all limits)
Intel Speedstep = Auto
Intel SpeedShift = Auto
Intel Turbo Boost Max Technology 3.0 = Enabled
Turbo Made = Enabled
CPU C-states = Auto
Thermal Monitor = Enabled
Dual Tau Boost = Disabled
Could anyone clarify if these settings are correct or if I should modify anything?
Thanks.
M
mayawaya11
02-04-2022, 05:55 PM #13

I still require some guidance to grasp what needs to be turned on here.
Up to now, I have adjusted the following in BIOS:
XMP1
Adaptive Boost Technology = Enabled
Asus Multicore Enchantment = Enabled (remove all limits)
Intel Speedstep = Auto
Intel SpeedShift = Auto
Intel Turbo Boost Max Technology 3.0 = Enabled
Turbo Made = Enabled
CPU C-states = Auto
Thermal Monitor = Enabled
Dual Tau Boost = Disabled
Could anyone clarify if these settings are correct or if I should modify anything?
Thanks.

M
mcbudder2004
Senior Member
687
02-11-2022, 08:14 AM
#14
ABT and MCE are both automatic overclocking solutions.
MCE remains constant, maintaining all cores at the CPU's maximum turbo speed.
ABT adapts dynamically; it lacks a fixed boost threshold, unlike MCE. Factors such as silicon quality, cooling efficiency, and power delivery shape the performance you achieve with this option.
Clearly, both require higher power usage and voltage compared to simply turning on Turbo Boost plus Thermal Velocity Boost with a balanced power plan.
You could compensate for increased consumption with a negative Vcore offset, though this approach also applies to TB + TVB + balanced plan; it offers faster performance while staying cooler.
The choice is yours—MCE is largely ineffective in this context...
Speed Step and Speed Shift. These are both energy-saving options: one relies on software (Step), the other on hardware (Shift). You don’t need both active. Shift is the better choice.
I’m uncertain if either works properly with ABT or MCE enabled. Someone else might have more insight.
Max 3.0 is supported.
This feature was first introduced in X299 through a downloadable driver, but it often caused issues, breaking frequently. I eventually removed it—though it didn’t help much.
With newer chips, the driver runs via Windows, which should improve stability.
Turbo Mode. Keep it on unless you prefer the CPU to stay at base clock speed.
C-states. Enabled by default, unless you intend to set a fixed operating frequency. I’m not sure if this works with MCE.
Thermal monitor. Leave enabled, unless you want the CPU to bypass its thermal limits unexpectedly...
Dual Tau Boost. Uncertain, but it seems the search suggests another power-saving function. It’s probably unnecessary to enable this alongside Speed Shift...
M
mcbudder2004
02-11-2022, 08:14 AM #14

ABT and MCE are both automatic overclocking solutions.
MCE remains constant, maintaining all cores at the CPU's maximum turbo speed.
ABT adapts dynamically; it lacks a fixed boost threshold, unlike MCE. Factors such as silicon quality, cooling efficiency, and power delivery shape the performance you achieve with this option.
Clearly, both require higher power usage and voltage compared to simply turning on Turbo Boost plus Thermal Velocity Boost with a balanced power plan.
You could compensate for increased consumption with a negative Vcore offset, though this approach also applies to TB + TVB + balanced plan; it offers faster performance while staying cooler.
The choice is yours—MCE is largely ineffective in this context...
Speed Step and Speed Shift. These are both energy-saving options: one relies on software (Step), the other on hardware (Shift). You don’t need both active. Shift is the better choice.
I’m uncertain if either works properly with ABT or MCE enabled. Someone else might have more insight.
Max 3.0 is supported.
This feature was first introduced in X299 through a downloadable driver, but it often caused issues, breaking frequently. I eventually removed it—though it didn’t help much.
With newer chips, the driver runs via Windows, which should improve stability.
Turbo Mode. Keep it on unless you prefer the CPU to stay at base clock speed.
C-states. Enabled by default, unless you intend to set a fixed operating frequency. I’m not sure if this works with MCE.
Thermal monitor. Leave enabled, unless you want the CPU to bypass its thermal limits unexpectedly...
Dual Tau Boost. Uncertain, but it seems the search suggests another power-saving function. It’s probably unnecessary to enable this alongside Speed Shift...

S
Siked
Member
114
02-11-2022, 03:25 PM
#15
Thanks for the detailed response, Phaaze! Your approach sounds solid.
S
Siked
02-11-2022, 03:25 PM #15

Thanks for the detailed response, Phaaze! Your approach sounds solid.

F
fsassault
Junior Member
11
02-13-2022, 08:15 AM
#16
Yes.
F
fsassault
02-13-2022, 08:15 AM #16

Yes.

F
Foxson
Member
155
02-15-2022, 01:26 AM
#17
The difference lies in how the system handles auto or enabled states for c-states. Having them enables specific functions, while disabling them prevents those features.
F
Foxson
02-15-2022, 01:26 AM #17

The difference lies in how the system handles auto or enabled states for c-states. Having them enables specific functions, while disabling them prevents those features.

L
littleJ394
Junior Member
47
02-16-2022, 02:49 AM
#18
None really. Enabled feels like a clear 'yes' choice, and it matches my own taste. Auto 'should be' also seems to agree, considering the other options.
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littleJ394
02-16-2022, 02:49 AM #18

None really. Enabled feels like a clear 'yes' choice, and it matches my own taste. Auto 'should be' also seems to agree, considering the other options.

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