What does the number of cpu threads do?

The role of the number of cpu threads is: the more threads there are, the more conducive it is to running multiple programs at the same time, because the number of threads is equal to the number of tasks that the CPU can process in parallel at a certain moment.

#The operating environment of this article: Windows 7 system, Dell G3 computer.

The function of the number of cpu threads is:

The number of cores represents how many cores this U consists of. The more cores the CPU has The faster it runs, the better the performance. For the same data processing, one-core CPU is equivalent to one person processing data, and a dual-core CPU is equivalent to two people processing the same data. Therefore, the more processing cores, the higher the CPU's work efficiency.

Thread is the smallest unit of program running flow. A program is composed of one or more threads. Derived from the need for multitasking. The greater the number of threads, the more conducive it is to running multiple programs at the same time, because the number of threads is equivalent to the number of tasks that the CPU can process in parallel at a certain moment.

Extended information:

CPU composition:

1. Logic components

English Logic components; operational logic components. Fixed-point or floating-point arithmetic operations, shift operations, and logical operations can be performed, as well as address operations and conversions.

2. Register

Register components include registers, special registers and control registers. General-purpose registers can be divided into two categories: fixed-point numbers and floating-point numbers. They are used to store register operands and intermediate (or final) operation results that are temporarily stored during instruction execution. General purpose registers are one of the important components of the CPU.

3. Control unit

English Control unit; the control unit is mainly responsible for decoding instructions and issuing control signals for each operation to be performed to complete each instruction.

There are two structures: one is a micro-program control method with micro-storage as the core; the other is a control method based on a logical hard-wiring structure.

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