Overfrequency automatic recovery system and method thereof

Abstract

This invention provides one super frequency automatic restore system and its method, which is stored in one basic input or output system and comprises the following parts: one set module to set one timer and computer element safety running frequency and to set one super label; one process module to process super frequency of computer element and to wait after failure of operation system and to re-start operation system and to make the computer element for safe running; one judgment module to judge whether the super frequency is successful; one display module to display one alarm information to indicate user for failure; one clear module to clear timer.

Description

【Technical field】 [0001] The invention relates to an automatic recovery system and method, in particular to an overfrequency automatic recovery system and method. 【Background technique】 [0002] With the development of computer technology, overclocking has been transformed from a professional testing project by testers into a basic application for ordinary users. Overclocking refers to making computer accessories work at a frequency higher than the standard value, which mainly includes the overclocking of the central processing unit (CPU, Central Processing Unit), the overclocking of the graphics card, and the overclocking of the memory, working at a frequency higher than the standard parameters. It will inevitably cause some damage to the hardware, and in the process of overclocking, the user usually cannot re-enter the overclocking menu to select or set related parameters due to overclocking failure. This is inconvenient for users to operate, and is easily mistaken for da...

AI Technical Summary

Problems solved by technology

Overclocking refers to making computer accessories work at a frequency higher than the standard value, which mainly includes the overclocking of the central processing unit (CPU, Central Processing Unit), the overclocking of the graphics card, and the overclocking of the memory, working at a frequency higher than the standard parameters. It will inevitably cause some damage to the hardware, and in the process of overclocking, users usually cannot re-enter the overclocking menu to select or set related parameters due to overclocking failure.

So inconvenient for users to operate, and easily mistaken for operating system damage

In addition, the user has no way of knowing whether the computer to be overclocked has been overclocked and whether the overclocking has been successful, resulting in repeated operations

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