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All modern CPUs have C-states (low power) and P-states (high power). Those values define at which CPU load % point will the CPU change the performance state. When the tasks we do, don't use the CPU it goes to a slow state so it won't consume power and get hot.
The increase value tells windows after which % of CPU load (30% load in your case) will switch to high-performance mode (full MHz and full voltage) if it's in a low state
The decrease value tells windows at which % CPU load (10% in your case) should the CPU switch to a low-performance mode if it's in a high state.
All modern CPUs have C-states (low power) and P-states (high power). Those values define at which CPU load % point will the CPU change the performance state. When the tasks we do, don't use the CPU it goes to a slow state so it won't consume power and get hot.
The increase value tells windows after which % of CPU load (30% load in your case) will switch to high-performance mode (full MHz and full voltage) if it's in a low state
The decrease value tells windows at which % CPU load (10% in your case) should the CPU switch to a low-performance mode if it's in a high state.
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