On desktop motherboards, there is such option in the BIOS. I found and tested several techniques to disable Intel Turbo Boost Technology.
And it’s really annoying.Ģ – Techniques to disable Intel Turbo Boost On a desktop machine with a decent CPU cooler, such increases of clock speed are more of less invisible in terms of noise, but on a laptop, you hear them. I monitored the CPU clock speed with the latest version of HWMonitor:
Thanks to Intel Turbo Boost, the CPU can work in an overclocked mode and the CPU clock can jump up to 3.8GHz. This quad-core processor works at 2.8GHz (the processor name in the registry is: Intel(R) Core(TM) i7-7700HQ CPU 2.80GHz). The GL553VD is powered by an Intel Core i7 7700HQ. Single and multi-threaded application performance increase. The processor must work in the power, temperature, and specification limits of the thermal design power (TDP). Intel Turbo Boost Technology is a way to automatically run the processor core faster than the noted frequency. So what is Intel Turbo Boost Technology? From Intel’s website:
#How to enable turbo boost all the time windows
With a fresh installation of Windows 10, the cooling system is kicked off every two seconds even for simple tasks like opening a web page. Looking for an updated take on enabling this and any risks.Īlso, regarding the note when you fire up a SSH to FreeNAS it states any config changes will be lost after a reboot, does this include things like what would be required here where you are adding lines to rc.conf? I am not real clear on what types of changes do not hold through a reboot and what do via the CLI. I have NOT tried enabling the powerd yet as I wanted to check here first since I can find only old references for it talking about turning on the service in the GUI, this is not available in the latest versions of FreeNAS. I checked the command given in this article ( ) and FreeNAS is indeed seeing that I have it enabled and available but it doesnt ever move from the base clock. Today, at least in Intel 9th gen all cores can boost, it just tapers down the boost multiplier as more cores are loaded so even in multithreaded workloads turbo boost is more valid today than in 2014. I have yet to see my processor turbo, and while its not critical - I do use this system to not only host but serve my media and having this enabled would help for media that needs to transcode.ĭigging around I found this thread where states that due to ZFS being multithreaded turboboost wont do to much, but this was in 2014 when I believe turboboost was only affecting single core speeds.
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