Can such hardware be overclocked? Can the CPU be overclocked for a long time

Not a professional gamer, don't overshoot, cost host! Accelerate host aging! Pay for one's whistle!

It can be super, in fact, overclocking is also divided, the effect of super, the effect of ultra is not big, there is no need! Look at the configuration!

How super? It can be super CPU, and it can also be super graphics! Usually it's super CPU, I heard that the graphics card is not super good, no one helps, and there will be problems!

Little by little, look at the effect, all the way to the computer screen! Then go back to the BIOS and drop the ...... a little bitThat's it!

Addendum: Is the landlord showing off? Such a good configuration - willing to use it for a few more years, don't overshoot, if you pursue higher performance, you can overshoot! No problem! This configuration, do you still use it to post and ask?

One-click overclocking, listen to those masters, it's not good!

It's better to overclock manually!

How can overclocking be, 9 years ago, overclocking improved performance is quite obvious. Even if you're super 3, it's not as good as dual-core.

If you're afraid of being super bad, don't be super ...

Really, it's not necessary, if you think the computer is old, it's not good, just replace it with a new one, and it's not as fast as it gets...

.If you're free, bored, first ask what your goal is? Improving performance or comparing scores,If you improve performance,That's when it's about to be eliminated.,Compared with the score,Buying this hardware is brain water.。

This silver ant is not allowed. Sharp eggplant buriedAccording to the official information of Toutiao, the specific harm caused by long-term overclocking of the CPU is as follows:

1. Even if it is very difficult to cause any permanent damage to the computer, if the system is overpowered, the computer will be burned or unable to boot.

3. A small increase will not cause much impact, but if you plan to apply a high shield pressure to the component for a large overclocking, its life will be reduced a lot.

Summary. "Overclocking" and "overclockable" are both important indicators of a motherboard, but there are certain differences between the two concepts:1

Overclocking: This means that the motherboard provides an overclocking function, which allows users to overclock the CPU and memory, etc., to increase their operating frequency and thus obtain higher performance. However, the magnitude of the increase is limited by the overclocking potential of the CPU and memory itself.

2.Overclockable: Not only does it support overclocking, but the motherboard itself uses high-quality circuit design and components to maximize the overclocking potential of the CPU and memory.

With high overclocking headroom, users can get a bigger performance boost. So, the main difference between the two is the overclocking potential and the amount of overclocking: motherboards that support overclocking only offer overclocking, but the amount of overclocking is also limited by the CPU and memory chips themselves.

Overclocking space can be relatively limited. Overclockable motherboards not only provide overclocking capabilities, but also increase the overclocking potential of the system through high-quality circuit design, etc., so that a wider range of overclocking can be obtained, and there is more room for performance improvement. For example, with the same Intel i7 8700K CPU and DDR4 2666 memory, a motherboard that supports overclocking may only be able to reach and 3000MHz.

A high overclocking motherboard can reach and 3400-3600MHz, and the overclocking amplitude and performance improvement room is greater.

"Support for overclocking" and "overclocking" are both important indicators of the motherboard, but there are still certain differences between the two concepts:1Support for overclocking:

This means that the overclocking function of the motherboard allows users to overclock the CPU and memory, increase their operating frequency, and thus obtain higher performance. However, the magnitude of the increase is limited by the overclocking potential of the CPU and memory itself. 2.

Overclockable: Not only does it support overclocking, but the motherboard itself uses high-quality circuit design and components to maximize the overclocking potential of the CPU and memory. With high overclocking headroom, users can get a bigger performance boost.

Therefore, the main difference between the two is the overclocking potential and the overclocking amplitude: motherboards that support overclocking only mention the overclocking function, but the overclocking range is also limited by the CPU and memory chips themselves. Overclocking space can be relatively limited.

Overclockable motherboards not only provide overclocking capabilities, but also increase the overclocking potential of the system through high-quality circuit design, etc., so that a wider range of overclocking can be obtained, and there is more room for performance improvement. For example, with the same Intel i7 8700K CPU and DDR4 2666 memory, a motherboard that supports overclocking may only be able to reach and 3000MHz. A high overclocking motherboard can reach and 3400-3600MHz, and the overclocking amplitude and performance improvement room is greater.

So, if you're looking for maximum containment to improve system performance, and have some overclocking experience and technology, a motherboard that can be overclocked will be better. However, if you only need a smaller range of overclocking, or if you are a major concern, a motherboard that supports overclocking can also meet your needs.

Hello dear, I have helped you find the result: The difference between overclocking and overclocking is as follows: Overclocking means that the device or component can be overclocked, but overclocking is not its default setting.

For example, some CPUs can be overclocked, but their default clock speed is within the specified range. If users want to overclock, they can change the clock speed of the CPU through BIOS or other software. Overclockable pulley stimulation means that the device or component is designed to be overclocked, and overclocking is its default setting.

For example, some graphics cards are designed to be automatically overclocked to improve their performance. In general, overclock-enabled devices or components require the user to manually set them up, while devices or components that can be overclocked are already set to overclocked by default. If I have any of the above, I hope it can help you, thank you for your consultation.

Summary. The difference between overclocking and overclocking:1

It can overclock the motherboard, support CPU overclocking, and it will be stronger in the convenience of CPU power supply. 2.The motherboard cannot be overclocked, CPU overclocking is not supported, and it will be slightly weaker in terms of CPU power supply.

3.Computer overclocking: Computer overclocking (here we take CPU overclocking as an example), in the case of the number of CPU cores and cache remains unchanged, the performance of the processor can be improved by increasing the CPU frequency, and this is CPU overclocking.

The difference between overclocking and overclocking:1It can overclock the motherboard, and the liquid shout supports CPU overclocking, which will be more convenient for power supply in the CPU.

2.The motherboard cannot be overclocked, CPU overclocking is not supported, and it will be slightly weaker in terms of CPU power supply. 3.

Computer overclocking: The computer overclocks the world (here we take CPU overclocking and regrinding as an example), in the case of the number of CPU cores and cache remains the same, the performance of the processor can be improved by increasing the CPU frequency, and this is CPU overclocking.

Generally, only mid-to-high-end computers have the overclocking function of Miho, such as the Core series and Ryzen series computers, which can support overclocking. If the ASUS ROG Strix B250F Gamin B250 supports overclocking, it only supports superclocking, and only the 6th generation CPU supports superclocking except for the CPU with K. Support for overclocking means that computer motherboards, CPUs and other hardware devices are designed to take into account that users may need to overclock operations, so that some optimization plans have been made when demolishing the hardware design to improve the hardware overclocking ability and stability.