F5F Stay Refreshed Hardware Desktop No, Throttlestop values are not temporary.

No, Throttlestop values are not temporary.

No, Throttlestop values are not temporary.

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iiSweeTzz
Posting Freak
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04-09-2023, 08:57 AM
#1
Hello, Your laptop is overheating and you're trying to lower its voltage settings. You're using XTU but it resets due to BIOS issues. You're currently throttling with ThrottleStop and have questions about whether those voltage limits are just temporary or controlled by software. When you close programs or restart, do your voltages return to normal if you don't autostart them? Thank you!
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I
iiSweeTzz
04-09-2023, 08:57 AM #1

Hello, Your laptop is overheating and you're trying to lower its voltage settings. You're using XTU but it resets due to BIOS issues. You're currently throttling with ThrottleStop and have questions about whether those voltage limits are just temporary or controlled by software. When you close programs or restart, do your voltages return to normal if you don't autostart them? Thank you!

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denis8937
Junior Member
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04-09-2023, 09:16 AM
#2
Without changing the BIOS settings, permanent changes won’t happen—software like XTU or Throttlestop must be activated first. Also, consider lowering the clock speed instead of just reducing voltage.
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denis8937
04-09-2023, 09:16 AM #2

Without changing the BIOS settings, permanent changes won’t happen—software like XTU or Throttlestop must be activated first. Also, consider lowering the clock speed instead of just reducing voltage.

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Rubb_
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123
04-16-2023, 07:43 PM
#3
You're experiencing an issue where disabling turbo and turning off throttlestop doesn't bring it back to turbo speeds. It seems the system might be stuck in a default state. Checking the settings or consulting documentation could help clarify what's happening.
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Rubb_
04-16-2023, 07:43 PM #3

You're experiencing an issue where disabling turbo and turning off throttlestop doesn't bring it back to turbo speeds. It seems the system might be stuck in a default state. Checking the settings or consulting documentation could help clarify what's happening.

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xASSASSIN8T0Rx
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04-22-2023, 05:00 PM
#4
When you exit ThrottleStop, your CPU remains unchanged unless you chose to disable turbo or reduced the turbo limits. These adjustments stay active afterward. The Do Not Reset FID/VID setting only affects the multiplier values used when Speed Shift is enabled (SST in green). The VID stands for voltage VID on older Core 2 Duo processors. After exiting ThrottleStop, any modifications made during that session can be adjusted by Windows or other software on your system. ThrottleStop settings are software-driven and do not communicate with the BIOS. If you enter sleep or hibernate and ThrottleStop isn’t active, resuming should restore CPU voltages to their default levels. You can verify this by keeping HWiNFO or HWMonitor open on your desktop to observe voltage changes before and after resuming.
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xASSASSIN8T0Rx
04-22-2023, 05:00 PM #4

When you exit ThrottleStop, your CPU remains unchanged unless you chose to disable turbo or reduced the turbo limits. These adjustments stay active afterward. The Do Not Reset FID/VID setting only affects the multiplier values used when Speed Shift is enabled (SST in green). The VID stands for voltage VID on older Core 2 Duo processors. After exiting ThrottleStop, any modifications made during that session can be adjusted by Windows or other software on your system. ThrottleStop settings are software-driven and do not communicate with the BIOS. If you enter sleep or hibernate and ThrottleStop isn’t active, resuming should restore CPU voltages to their default levels. You can verify this by keeping HWiNFO or HWMonitor open on your desktop to observe voltage changes before and after resuming.

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OwenWRN
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04-23-2023, 05:47 PM
#5
Throttlestop operates by adjusting certain CPU registers that determine the power plan. When it is closed, these registers stay set without being reset to their standard values. Should your BIOS re-post (S3+ resume) or another application alter the resistor settings, the configuration will shift afterward—either back to the BIOS defaults during a resume, or according to the program that made the change. Therefore, unless Throttlestop is executed at startup or manually by you, the CPU remains configured according to the BIOS instructions.
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OwenWRN
04-23-2023, 05:47 PM #5

Throttlestop operates by adjusting certain CPU registers that determine the power plan. When it is closed, these registers stay set without being reset to their standard values. Should your BIOS re-post (S3+ resume) or another application alter the resistor settings, the configuration will shift afterward—either back to the BIOS defaults during a resume, or according to the program that made the change. Therefore, unless Throttlestop is executed at startup or manually by you, the CPU remains configured according to the BIOS instructions.

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