RISC and ARM are architectures for these devices, which typically use the four-step procedure of fet
RISC and ARM are architectures for these devices, which typically use the four-step procedure of fetching, decoding, executing, and performing writeback. They can become superscalar via parallelization, and context switching allows them to undergo multithreading. Recent ones often use x86 architecture or the L3 multilevel variety of a cache. These devices' clock rate is their rate of instruction execution, and the most advanced modern ones have rates of about three gigahertz. For 10 points, identify this computer component that carries out programs' instructions.
RISC and ARM are architectures for these devices, which typically use the four-step procedure of fetching, decoding, executing, and performing writeback.
CPU [accept central processing unit; prompt "processor"]