What does f and k mean in intel processors?

The two most common acronyms you will come across in a discussion about the different types of processor are f and k. The f stands for the “frequency” and the “k” for the “cache”. The f refers to the clock rate at which your processor operates. A faster clock rate means your computer will be able to perform more operations per second. The k refers to the size of the L1 instruction and data cache that the processor has. A

What does the f k mean in intel processors?

The f and k suffixes stand for frequency and thermal. The original “f” refers to the maximum frequency the processor can run at. The “k” refers to the difference between the maximum frequency the processor can run at, and the speed it is running at right now. If your processor is running at 3.2 ghz but the maximum it can run at is 3.1 GHz, then its f k rating is 0.1 GHz.

What does the f and k mean in intel processors?

The f- and k- prefixes stand for frequency and power. They refer to the base operating frequency and maximum operating frequency, in gigahertz, as well as the maximum thermal design power in watts, respectively.

What does F and k mean in intel processors?

F and k are not the names of specific chipsets. Instead, they are the names for two different types of instruction sets that each architecture supports. The F suffix refers to the instruction set architecture (ISA) first developed by Intel and refers to the instruction set architecture used in the original P6 and similar microarchitectures. The newer and faster K instruction set refers to the instruction set architecture used in the newer P7 and K-series microarchitectures.

What does f and k mean in Intel processors?

The letters f and k are two different suffixes that refer to two different microarchitectures. The f suffix indicates a mobile processor, while the k suffix indicates a desktop processor. The f suffix is used to refer to mobile CPUs based on the 14nm FinFET transistor technology, and the k suffix is used to refer to desktop CPUs based on the 14nm+ technology.