F5F Stay Refreshed Hardware Desktop Disable automatic downclocking in manual OC settings.

Disable automatic downclocking in manual OC settings.

Disable automatic downclocking in manual OC settings.

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Giorikas_19
Member
56
09-21-2019, 10:13 AM
#1
You're experiencing the CPU throttling feature on your MSI X570 TOMAHAWK. To prevent it from lowering performance when idle, you can disable the global C-state to Disabled. This should lock all cores at 4.3GHz regardless of workload.
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Giorikas_19
09-21-2019, 10:13 AM #1

You're experiencing the CPU throttling feature on your MSI X570 TOMAHAWK. To prevent it from lowering performance when idle, you can disable the global C-state to Disabled. This should lock all cores at 4.3GHz regardless of workload.

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iTzKohaPvP_Ez
Junior Member
35
09-21-2019, 11:13 AM
#2
Deactivate Cool'N'Quiet
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iTzKohaPvP_Ez
09-21-2019, 11:13 AM #2

Deactivate Cool'N'Quiet

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DJapie
Member
168
09-21-2019, 03:38 PM
#3
You're using Ryzen Master to monitor your speeds. If you're not seeing the core multiplier, it's likely because Ryzen Master doesn't display that metric. Disabling c-states and adjusting the power plan to 100% minimum processor state should help.
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DJapie
09-21-2019, 03:38 PM #3

You're using Ryzen Master to monitor your speeds. If you're not seeing the core multiplier, it's likely because Ryzen Master doesn't display that metric. Disabling c-states and adjusting the power plan to 100% minimum processor state should help.

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the5harkman
Senior Member
542
10-07-2019, 04:41 AM
#4
I was using RyzenMaster, then switched to HWinfo64 and it displays 43x all cores as shown here. I think either the C-states helped or I was misreading the monitoring in RyzenMaster initially. Changing the Windows power plan to High Performance already showed 43x, so I couldn't see it before. Hmm, I'll revert the changes and check the details. Thanks to everyone! @svmlegacy
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the5harkman
10-07-2019, 04:41 AM #4

I was using RyzenMaster, then switched to HWinfo64 and it displays 43x all cores as shown here. I think either the C-states helped or I was misreading the monitoring in RyzenMaster initially. Changing the Windows power plan to High Performance already showed 43x, so I couldn't see it before. Hmm, I'll revert the changes and check the details. Thanks to everyone! @svmlegacy

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kenken0724
Member
178
10-07-2019, 06:32 AM
#5
It ensures optimal performance and stability when the system is inactive.
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kenken0724
10-07-2019, 06:32 AM #5

It ensures optimal performance and stability when the system is inactive.

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zmanrules987
Member
218
10-07-2019, 06:53 AM
#6
I couldn't locate a method to consistently run the cores at 4.3/4 only during gameplay and after downclocking. If auto is enabled even in high performance mode, the clocks tend to drift significantly while gaming and during manual overclocking.
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zmanrules987
10-07-2019, 06:53 AM #6

I couldn't locate a method to consistently run the cores at 4.3/4 only during gameplay and after downclocking. If auto is enabled even in high performance mode, the clocks tend to drift significantly while gaming and during manual overclocking.

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eskzz
Posting Freak
909
10-08-2019, 04:15 PM
#7
Let your processor slow down when not in use, avoid keeping it at a constant 4.3GHz. Check with CPU-Z and Cinebench to confirm it hits the desired speed under full load. Perfect!
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eskzz
10-08-2019, 04:15 PM #7

Let your processor slow down when not in use, avoid keeping it at a constant 4.3GHz. Check with CPU-Z and Cinebench to confirm it hits the desired speed under full load. Perfect!

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CakeSFD
Member
226
10-13-2019, 04:56 AM
#8
It's approaching the overclock while handling full 24threads load, but in CS:GO some cores fluctuate constantly. I want consistent frequency during games without any changes. If possible, keeping all cores locked while gaming and lowering them when idle would be ideal. I favor steady clocks over frequent downclocking. I tried this on my 7900X by switching to balanced power mode after playing, but it doesn't seem to help with the 3900X.
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CakeSFD
10-13-2019, 04:56 AM #8

It's approaching the overclock while handling full 24threads load, but in CS:GO some cores fluctuate constantly. I want consistent frequency during games without any changes. If possible, keeping all cores locked while gaming and lowering them when idle would be ideal. I favor steady clocks over frequent downclocking. I tried this on my 7900X by switching to balanced power mode after playing, but it doesn't seem to help with the 3900X.