Windows 10: Intel Speed Shift Technology not working in Windows 11

I have an Intel® Core™ i3-10100, and the Intel Speed Shift Technology is not working for me in windows 11. However in windows 10 works perfectly fine.I have all drivers installed, and i have Intel Speed Shift enabled in the bios UEFI. I tried to disable Turbo Boost and Speed Step in bios, but the problem remainsI do not know if this is a bug, or if windows 11 does not support Intel Speed Shift.

:)

 

Intel Speed Shift Technology Skylake

You just need a Skylake CPU and ThrottleStop, once turned on speed shift you can exit the software as unclewebb said above.

 

Intel Speed Shift Technology Skylake

Woot glad I ran across this. This has been nagging at me for about a year now. I am a bit confused as I mainly run in Windows Balance...you suggested turning on Speed Shift instead....what exactly are you meaning...I enabled speed shift but is there another step I need to do?

Thanks

 

Intel Speed Shift Technology Skylake

With Skylake, Intel's newest 6th generation Core processors, this changes. The processor has been designed in a way that with the right commands, the OS can hand control of the frequency and voltage back to the processor. Intel is calling this technology 'Speed Shift'. We’ve discussed Speed Shift before in Ian’s Skylake architecture analysis, but despite the in-depth talk from Intel, Speed Shift was noticably absent at the time of the launch of the processors. This is due to one of the requirements for Speed Shift - it requires operating system support to be able to hand over control of the processor performance to the CPU, and Intel had to work with Microsoft in order to get this functionality enabled in Windows 10. As of right now, anyone with a Skylake processor is actually not getting the benefit of the technology, at least right now. A patch will be rolled out in November for Windows 10 which will enable this functionality, but it is worth noting that it will take a while for it to roll out to new Windows 10 purchases.

Compared to Speed Step / P-state transitions, Intel's new Speed Shift terminology, changes the game by having the operating system relinquish some or all control of the P-States, and handing that control off to the processor. This has a couple of noticable benefits. First, it is much faster for the processor to control the ramp up and down in frequency, compared to OS control. Second, the processor has much finer control over its states, allowing it to choose the most optimum performance level for a given task, and therefore using less energy as a result. Specific jumps in frequency are reduced to around 1ms with Speed Shift's CPU control from 20-30 ms on OS control, and going from an efficient power state to maximum performance can be done in around 35 ms, compared to around 100 ms with the legacy implementation. As seen in the images below, neither technology can jump from low to high instantly, because to maintain data coherency through frequency/voltage changes there is an element of gradient as data is realigned