For example, motherboards produced under its brand did not have a single option responsible for the fine work of the processor and memory. But Intel has long been a consistent opponent of overclocking.

allowing you to raise the frequency of the processor above the nominal. In addition, for the first time in many years, a multiplier unlocked “up” appeared in the processors of this particular company. In AMD, for example, if they did not encourage him, then, in any case, they did not put spokes in the wheels. The attitude to overclocking among different processor manufacturers was also different. Entire sections of settings have appeared in the BIOS of most motherboards, allowing even an inexperienced user to change such parameters as the frequency of the processor bus, the voltage supplied to the CPU, timings (delays) of memory operation, etc. Over time, thanks to the efforts of some companies (Abit, Epox and some others), overclocking has ceased to be the lot of a separate caste of computer gurus.

And the final frequency CPU- this is the product of the bus frequency by the multiplier. Motherboard manufacturers, wishing to unify their products for the entire line of new processors from Intel, designed their products in such a way that by closing individual jumpers on the 'mother' it was possible to set the bus frequency and multiplier of the processor used. Processor overclocking as a phenomenon has existed since the beginning of the 90s of the last century, after the concept of a multiplier appeared in the 486 series CPU.

The most common type of overclocking is to increase the frequency of the central and GPU, as well as RAM and video memory. Overclocking (or overclocking) a computer is an increase in its performance by operating components in abnormal modes (usually at an increased frequency). To begin with, in order to understand what Turbo Boost is, you need to at least briefly imagine what “overclocking” of computer components is.

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