The architecture of the CPU, such as and superscalar execution, can affect its performance.

During periods of low activity, CPU power management can put the processor into a state.

The implementation of CPU power management can vary depending on the specific of the processor.

The size of the can affect CPU performance.

The main goal of CPU power management is to reduce consumption and increase efficiency.

Increasing the CPU's can lead to higher performance.

The presence of a dedicated can offload certain tasks from the CPU and improve overall performance.

Dynamic frequency scaling allows the CPU to adjust its speed based on workload demands.

Multithreading allows multiple to execute concurrently within a single program.