F5F Stay Refreshed Hardware Desktop Unusual speed limitation problem Issue with performance or responsiveness

Unusual speed limitation problem Issue with performance or responsiveness

Unusual speed limitation problem Issue with performance or responsiveness

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koolkittyLR
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172
02-10-2021, 03:32 AM
#11
It seems like you're suggesting a possible RAM issue. The rest of your message appears to be extra details. Could you clarify what you need?
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K
koolkittyLR
02-10-2021, 03:32 AM #11

It seems like you're suggesting a possible RAM issue. The rest of your message appears to be extra details. Could you clarify what you need?

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MC_Jedi
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02-10-2021, 06:51 PM
#12
Running HWiNFO alongside ThrottleStop can cause the software to remove throttling data from the CPU, which may lead ThrottleStop to report inaccurate results. It’s advisable to use only one monitoring tool at a time to prevent conflicts. I haven’t noticed any major throttling issues. Below are the details for a Core i5-4570: https://www.cpu-world.com/CPUs/Core_i5/Intel-Core i5-4570.html When four cores are active and your system is properly configured, this chip can reach a maximum multiplier of 34. Your MSI images indicate a consistent 32 multiplier. To address the issue, turn on SpeedStep in the BIOS and activate it within ThrottleStop. Many users suggest turning off SpeedStep without realizing it’s sometimes needed to achieve full speed. Another point often overlooked is that for non-K series CPUs, enabling C states in the BIOS allows them to utilize maximum turbo multipliers. Make sure at least Core C3 is enabled. Access the ThrottleStop C states window to view the idle multiplier setting on your machine. After restarting, adjust the Set Multiplier field in ThrottleStop to 36 T, which represents the upper limit. Share a screenshot of the TPL interface so I can verify the turbo limits you’ve set. Most 4th generation systems lock these power caps in the BIOS and won’t let them change. It would be helpful to see what settings are stored there. Also, take a FIVR screenshot. In the upper-left area of the FIVR, set the Non Turbo Ratio to 1. This adjustment can help counteract a common throttling technique used by Lenovo on their 4th generation laptops. Even if you have a desktop, it could be experiencing similar issues. When your computer is idle with only ThrottleStop active, check what percentage of CPU usage is reported for C0%. This metric reflects background processes. CPUs with just four cores and no hyperthreading are considered outdated by 2022 standards. It’s important to minimize background activity—idle C0% should be near 1.0%. If it deviates significantly, open Task Manager, go to the Details tab, and look for unnecessary background tasks. Some systems behave more like three-core units because one core constantly handles background work. Exit HWiNFO. Enable the ThrottleStop Log File feature and run a test game for at least 15 minutes. The log will capture any throttling events. Include this log in your next post. I’m uncertain whether your CPU is throttling or if it’s simply overwhelmed and can’t maintain performance. When overloaded, you’ll notice drastic drops in frame rates that might be mistaken for throttling.
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M
MC_Jedi
02-10-2021, 06:51 PM #12

Running HWiNFO alongside ThrottleStop can cause the software to remove throttling data from the CPU, which may lead ThrottleStop to report inaccurate results. It’s advisable to use only one monitoring tool at a time to prevent conflicts. I haven’t noticed any major throttling issues. Below are the details for a Core i5-4570: https://www.cpu-world.com/CPUs/Core_i5/Intel-Core i5-4570.html When four cores are active and your system is properly configured, this chip can reach a maximum multiplier of 34. Your MSI images indicate a consistent 32 multiplier. To address the issue, turn on SpeedStep in the BIOS and activate it within ThrottleStop. Many users suggest turning off SpeedStep without realizing it’s sometimes needed to achieve full speed. Another point often overlooked is that for non-K series CPUs, enabling C states in the BIOS allows them to utilize maximum turbo multipliers. Make sure at least Core C3 is enabled. Access the ThrottleStop C states window to view the idle multiplier setting on your machine. After restarting, adjust the Set Multiplier field in ThrottleStop to 36 T, which represents the upper limit. Share a screenshot of the TPL interface so I can verify the turbo limits you’ve set. Most 4th generation systems lock these power caps in the BIOS and won’t let them change. It would be helpful to see what settings are stored there. Also, take a FIVR screenshot. In the upper-left area of the FIVR, set the Non Turbo Ratio to 1. This adjustment can help counteract a common throttling technique used by Lenovo on their 4th generation laptops. Even if you have a desktop, it could be experiencing similar issues. When your computer is idle with only ThrottleStop active, check what percentage of CPU usage is reported for C0%. This metric reflects background processes. CPUs with just four cores and no hyperthreading are considered outdated by 2022 standards. It’s important to minimize background activity—idle C0% should be near 1.0%. If it deviates significantly, open Task Manager, go to the Details tab, and look for unnecessary background tasks. Some systems behave more like three-core units because one core constantly handles background work. Exit HWiNFO. Enable the ThrottleStop Log File feature and run a test game for at least 15 minutes. The log will capture any throttling events. Include this log in your next post. I’m uncertain whether your CPU is throttling or if it’s simply overwhelmed and can’t maintain performance. When overloaded, you’ll notice drastic drops in frame rates that might be mistaken for throttling.

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