Now there are a few points that need to be remembered before proceeding further as this might not work with all processors and there are a few other factors like the chassis design or the power adapter or even the generation of the processor you are using. Short Boost Period: The Short boost period defines the length of the short boost period in seconds. Long Boost Period: The Long boost period defines the length of the long boost in seconds. Temperature Limit: The temperature that the CPU can reach before the boost levels are off. Short Boost TDP: Short Boost TDP is the power that the CPU draws directly after boosting. Long Boost TDP: Long Boost TDP is the power that the CPU draws while boosting.
There are a total of 6 different settings that affect the STAPM directly namely, CPU TDP, Long Boost TDP, Short Boost TDP, Temperature Limit, Long Boost Period, and Short Boost Period.ĬPU TDP: The CPU TDP is the power (in watts) that the CPU draws for an extended period of time. It allows the user to boost to a higher temperature for a short period of time before being throttled down to keep things under stable conditions. The Skin Temperature Aware Power Management is AMD’s solution to keep the environment of the laptops that are having Ryzen CPUs under the hood stable and at comfortable operating temperatures. There are many different tweak features available, however, the majority of the users will only be using the most important ones, such as the STAPM (Skin Temperature Aware Power Management). The Ryzen Controller can be downloaded directly from the website and it is available for Windows and Linux as well. Users will be able to save their tweak settings to use precisely when there is a need for having an extra bit of power.
Related:- Ryzen processors with Integrated GraphicsĪnd for this, there are many chips that get held back by the manufactures power and thermal limits. The Ryzen Controller can be used to tweak the overall performance of the laptop to gain the most out of it.
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