Can anyone tell me how a computer is overclocked and is there a standard to tune there

There's so much upstairs to say, I've seen it before, but it still doesn't seem to say how to overclock!

Go to the BIOS, find the place to adjust the CPU frequency or multiplier, some overclocking motherboards have a special menu full of overclocking data.

Adjust the external frequency or frequency doubling so that the CPU works at a higher frequency than the original, and the purpose of overclocking can be achieved.

The frequency of the display core on the motherboard or CPU can also be adjusted, and the frequency of the memory can also be adjusted. However, it is not recommended to operate these components at the highest frequency for a long time, as this will accelerate the damage and aging of electronic components.

Overclocking of a computer is to increase the working frequency of hardware such as CPU, graphics card, and memory through the overclocking method of the computer operator, so that they can work stably at a frequency higher than their rated rate, so as to improve the working speed of the computer.

The English name of overclocking is "over clock", which is a technical means to obtain performance beyond the rated frequency by adjusting the hardware settings to increase the main frequency of the chip.

Generally speaking, overclocking is simply to artificially increase the external frequency or frequency doubling of the CPU, so that its operating frequency (main frequency external frequency * frequency doubling) has been greatly improved, that is, super CPU.

Others such as system buses, graphics cards, memory, etc. can be overclocked.

This can be achieved by software tuning and hardware modifications.

Overclocking can affect system stability, shorten the life of hardware, and even burn hardware devices (and not only CPUs!! So, it's best not to overdo it without a special reason

The frequency of the CPU is the outer frequency x multiplier. Overclocking is the process of adjusting the external frequency of the motherboard or the multiplier of the CPU. to improve performance.

In order to make the CPU stable in the overclocking state. Generally, it is necessary to increase the voltage appropriately in the motherboard BIOS. Note that this is more dangerous, easy to cause CPU to burn out and there is no warranty, please consider carefully before implementation.

Overclocking is when you turn your CPU's frequency up. To improve the speed of the computer running the program.

Generally, the voltage of the CPU is increased under the motherboard BIOS settings. Pressure.

Don't overtake, the current machine performance is good, it's not bad, it doesn't make much sense to overtake.

Computer overclocking is mainly CPU overclocking.

CPU overclocking is mainly a hardware setting, which is divided into two types: jumper settings and BIOS settings.

1.Jumper settings are overclocked.

Most of the early motherboards used jumpers or dip switches to overclock. In the vicinity of these jumpers and dip switches, there are often some ** printed on the motherboard, which records the functions defined by the combination of jumpers and dip switches. In the shutdown state, you can set it according to the frequency in **.

After rebooting, if the computer boots up normally and runs stably, it means that our overclocking has been successful.

For example, an Intel 845D chipset motherboard used with Celeron uses a jumper overclocking method. Below the inductor coil, we can see the description of the jumper**, when the jumper is set to 1-2 mode, the external frequency is 100MHz, and when the jumper is changed to 2-3 mode, the external frequency is increased to 133MHz. The default external frequency of Celeron is 100MHz, as long as we increase the external frequency to 133MHz, the original Celeron will be overclocked to work, isn't it very simple:

Set up overclocking. Nowadays, mainstream motherboards basically abandon the jumper setting and DIP switch setting method to change the CPU multiplier or external frequency, and instead use more convenient BIOS settings.

For example, ABIT's SoftMenu III and EPOX's PowerBIOS are BIOS overclocking methods, and the CPU frequency doubling and external frequency settings can be set in the CPU parameter setting. If you encounter the situation that the computer cannot start normally after overclocking, as long as you shut down and press and hold the INS or Home button to reboot, the computer will automatically return to the default working state of the CPU, so it is better to overclock in the BIOS.

Overclocking is actually the act of making a computer's accessories work at frequencies higher than the standard. These mainly include the overclocking of the CPU, the overclocking of the graphics card, and the overclocking of the memory, and the overclocking of the CPU appeared earlier. Actually, the early ones.

Overclocking behavior is really a kind of helplessness, in order to pursue high efficiency, and the accessories at that time were surprisingly expensive, and only overclocking applications were helpless, and now although a small number of people are in order to spend less money to achieve higher performance (if the machine is not overclocked, the application will have certain difficulties), that is, the pursuit of cost-effective and overclocking, in fact, a larger part of the people are purely a kind of follow-up, others say that 2500 can be more than 3200, just buy 2500 and then go to super, I don't know if that kind of person has ever thought, Is your own 2500 enough? There are a small number of people, that is, overclocking is purely for the pursuit of high numbers, this kind of people may not play games, the computer rarely does anything else, the most is testing, very cold to high-performance accessories, this kind of people have a common characteristic, that is, money! The last category is a certain interest in overclocking, but rarely allows the computer to overclock for a long time (because I am timid, just to see if my computer can be overclocked, I am this kind of person).

Working higher than the standard frequency will naturally cause some damage to the hardware, some damage is slow, and some is instantaneous, and your CPU may burst out at a time of biu ---! Under the general normal application, a CPU is estimated to be able to use for more than 10 to 20 years, obviously we can't use the computer for that long, if we can properly overclock, do not let the CPU be damaged instantaneously, let the damage happen slowly, so that you can experience high performance, and will not break down quickly, wouldn't it be cool?

In fact, this is the driving force behind many people's overclocking, what is the specific, it should be a matter of opinion, some people like overclocking, and some people just hate overclocking, there are two types of hate, one is the hate that is afraid because of ignorance, and the other is that it has been hurt and hated.