Is it necessary to set high performance for desktop computers

Yes, the high-energy setting is to make your motherboard CPU and memory card run at high load, so the power consumption must be greater, and the impact of long-term high-load operation on the chip, memory, and graphics card is immeasurable, and it may burn out the motherboard in the end.

Yes, it's the same as what is said on the Internet, if you set high performance, it will speed up the loss.

It's good to turn on high performance, because it will only consume high power when the game or occupancy is high, but the performance is the same when you use it in ordinary use.

Just describe, there is no need. Because it is a high-performance state in itself.

When you turn it on, it doesn't really make a difference. Mostly the mode of excellence.

before it has an impact on the hard drive.

I don't know how to continue asking, satisfied.

Hello, this depends on your computer configuration, if the configuration is high, you can set this high performance.

If the desktop computer is just used simply on a regular basis, there is no need to do anything else, and it does not need to be too high in terms of configuration and performance, it is generally fine, which is convenient and affordable.

It's up to you. What is a desktop computer used for? If you are playing games, you need to set high performance. If you just browse the general web page, you don't need to.

If you use it and it doesn't go unsmooth, there's no need to set up high performance.

Yes, it is, because you can't say that painting the same electricity is more work! So it's the same as the conservation of energy, in fact, if you don't play big things, you don't need to work so the computer, you can't turn it on? Nothing to feel.

I don't think it's necessary, because you don't have very high requirements for this thing, and if it's not for professional performance work, it's not necessary at all.

Are you saying that overclocking your computer is damaging to your computer? Secondly, any overclocking is harmful to the computer, but the size of the damage is different, generally within a reasonable range of a slight overclocking is acceptable, because the theoretical life of a computer is 5-7 years, even if you do not overclock, the hardware of the computer will also age when the time comes, but the computer aging speed is a little faster after overclocking, generally non-experts recommend not to overclock, if you have to overclock, it is recommended to use soft overclocking software, so that the damage is smaller when recovering.

Laptops only have a high-performance mode and can be manually started to assemble the machine.

The computer has always been set to high performance, and there is no damage to the hardware.

There are three options in the Windows Power Management DU: "ZHI Energy Saving", "Balanced" and "DAO High Performance". The difference between these three modes is mainly by adjusting the frequency at which the hardware (such as CPU and memory) works to obtain different power consumption.

In this way, less noticeable performance reductions can be exchanged for longer battery life as needed. In fact, "high performance" is only relative to "energy saving" and "balance", at this time, the hardware works at full power, because the hardware is not overclocked, it belongs to the normal working state provided when the hardware is designed, and the hardware will not be damaged when running for a long time.

Laptop computer configuration.

The computer configuration is similar to that of a desktop, and even the computer configuration of a laptop is higher, but it is always not as good as a desktop in terms of performance experience, so why is the performance of a notebook not as good as that of a desktop?

First, the gap in the graphics card.

The graphics cards used in the notebook are all mobile versions, such as the GTX 960M, and the graphics card model number has M at the end.

And the graphics card used by desktops does not have M, such as GTX960. It should be noted here that the GTX960 and GTX960M are two completely different graphics cards, and the performance gap is very large, so the performance of the desktop will be much better.

Second, the hard disk gap.

Most laptop hard drives are present.

The maximum speed is only 5400 rpm (there are also 7200 rpm), while desktop high-speed hard disks can reach 7200 rpm, and individual high-speed hard disks can reach more than 10,000 rpm. Don't underestimate the difference between thousands of rpm, you will understand what a notebook is when you stare at "loading" in a daze.

Of course, SSDs are popular these days, and they are all inches or SSDs in size.

The specifications and interfaces are all common, so in SSDs, there is no difference between laptop hard drives and desktops.

Third, the CPU gap.

Whether it is Intel or AMD's CPU, there is still a difference between a notebook CPU and a desktop CPU, and the CPU and graphics card are all mobile versions, and the performance will shrink to varying degrees. It is mainly reflected in power consumption and heat generation.

L2 caching, etc. So the configuration we see when we buy a laptop, don't compare it with a desktop.

Fourth, heat dissipation problems.

The most important thing is the heat dissipation of the machine, the internal space of the notebook is compared to the high-performance desktop, It can really be said that it is pitifully small, so it is impossible to install a large-volume high-performance radiator in the desktop, in terms of chips, performance and power consumption are proportional, the higher the performance, the greater the power consumption, and the high performance and high power consumption directly bring the highest heat, so the laptop has poor heat dissipation performance, because of the limitations of heat dissipation, so it is impossible to use the desktop-general high-performance chip, For example, high-performance graphics cards and processors.

Editor's note: For desktop computers and notebooks, the total performance of CPUs and graphics cards at the same named level is one notch different, for example, the performance of desktop i3 can be comparable to that of notebook i5 processors, and the same is true for graphics cards. This is mainly due to the fact that the laptop CPU and graphics card are significantly smaller than desktop computers in terms of size, which is equivalent to a smaller version, and there will naturally be a large gap in performance.

The other is heat dissipation, the internal space of the notebook is effective, the fan area is not large enough, and it is not as advantageous as the desktop in terms of heat dissipation. So, in general, it's mainly the fact that laptops are much smaller than desktops, which leads to a significant shrinkage in terms of performance and heat dissipation, but brings the advantage of portability.

Laptops are not as high as desktop computers, the performance of the two can be exactly the same, and the heat dissipation of laptops is not as good as desktop computers.

Generally speaking, it is okay, but they are different in terms of carrying, notebooks are more convenient to carry, and desktops are relatively more powerful, so the performance may be slightly higher.

Because the higher the performance, the faster the processing, the higher the heat, the inherent defect of the notebook is that the volume is too small, and the small volume directly affects the heat dissipation problem, so it is destined that the power cannot be improved, that is, the processor performance cannot be improved. In addition, all the chips that can be integrated are integrated, which naturally cannot be compared with desktops, which have a large space, good heat dissipation, will not affect the operation of the processor, and can be equipped with more hardware.

In fact, this has a great impact on its size, because the heat dissipation of the notebook includes its space, and its graphics card and performance are greatly compressed.

Note: Why does a laptop not have a desktop computerWhy doesn't a desktop computer have a strong offensive performance? Because laptops can be laptops, why don't they have the offensive performance of desktop computers? Because laptops may be better than desktop computers, why are laptops not as powerful as desktop computers?

Because the laptop may be more comfortable than the desktop computer, but its function does not seem to be as powerful as the desktop computer, so why is the notebook computer not as strong as the desktop computer? Because the laptop may be higher than the desktop computer, but its function does not seem to be as powerful as this desktop computer, so if you want to use it at home, it is best to choose this uh desktop late, why is the laptop computer not as strong as the desktop computer? Because the laptop may be higher than the desktop computer, but its function does not seem to be as powerful as this desktop computer, so if you want to use it at home, it is best to choose this uh desktop, why is the notebook computer not as strong as the desktop computer?

Because the laptop may be higher than the desktop computer, but its function does not seem to be as powerful as this desktop computer, so if you want to use it at home, it is best to choose this uh desktop type, which is more practical.

Gap in graphics cards The graphics cards used in notebooks are all mobile versions, such as the GTX 960M, and the graphics card model with M at the back. And the graphics card used by desktops does not come with M's.

In fact, why is the performance of the notebook you talking about not as good as the performance of the desktop, in fact, relatively speaking, because the desktop has its own heat dissipation performance, and the corresponding independent graphics card used, and the CPU performance is better than that of the notebook, although the notebook can also do some corresponding performance, but in the process of use, you will find that there are many problems that cannot be handled, So after using it, you will find that there are some changes in processing speed and performance. But with the development of science and technology, the performance of notebooks is also very good, especially the performance of Huawei's notebooks is much better than that of desktops.

Notebook. Why is there no high performance as a desktop? Because of his traffic. and memory.

The most important hardware that determines the upper limit of a machine's performance is nothing more than the CPU and graphics card, although other such as memory, heat dissipation, hard disk, etc. will also affect the performance of a machine, but it is nothing more than a drag, but the CPU and graphics card are not, that is undoubtedly a death sentence for the performance of the machine (the desktop can also be replaced, and the notebook is basically gg), so the CPU and graphics card of a machine fundamentally determine the performance of a machine.

The CPU and graphics card are divided into desktop version and mobile version, the so-called desktop version and mobile version, literally understood: the desktop version is mainly for desktops, and the mobile version is mainly for notebooks.

1. Computer hardware.

There are three main places where you can quickly improve. One is to add a memory module to the computer.

Now the smooth computer memory is more than 8G, and it is DDR4 specifications.

The other is to use an SSD.

After updating the SSD, the computer will be better than using an HDD.

runs a lot faster.

And then it's time to say goodbye to the discrete graphics card with computer lag, of course, the discrete graphics card is more expensive, and you can choose the configuration that needs to be upgraded according to the graphics card ladder diagram.

Second, the computer system.

file optimization. First of all, defragment the computer disk, especially the system disk, and improve the speed of the computer at one time. Let's open my computer, right-click and select View Properties.

Then select the tool menu under the disk defragmentation, the defragmentation process is relatively long, do not operate on the computer in the process of defragmentation.

Secondly, clean up the running programs on the computer that have started items, these unnecessary programs have been running will inevitably affect the speed of the computer, you can set the prohibited startup items in the protection software installed on the computer.

Finally, it is necessary to do a good job of cleaning up computer garbage, 1. Computer desktop.

Don't let go of large or excessive files. 2. Use computer protection software to speed up a comprehensive junk cleanup of the computer every other week.

Summary: 1. Replace computer hardware for upgrades (memory modules, hard disks, graphics cards).

2. Defragment the computer disk.

3. The computer desktop does not enlarge the file.

4. Regularly clean up the junk files generated during the use of the computer.

Can be upgraded. CPU replaced with i7 4770.

Add a memory module, at least 4G, 8G is recommended.

To add a discrete graphics card, consider the GTX 1060 or 1070.

Add an SSD as a system disk, common software, and game disks.

Pay attention to whether the power supply is sufficient, it is recommended to be rated above 450W.

After this upgrade, most games can be played.

Big brother, your computer was configured six years ago, and no matter how you set it, you can't improve the performance, the machine is too old, buy a new computer. By the way, I changed the monitor.

1.Operating system updates: It's possible that your operating system has been updated that has caused certain options or settings to change. In some cases, an operating system update may reset power options and remove certain old or no longer supported options.

2.Power Management Configuration Changes: You or someone else may have changed your power management configuration that has caused the high-performance option to be disabled or hidden. This may be due to power saving or extending battery life.

3.Electrical Hole High Source Setup Software: You may have installed third-party power management software or custom software from your computer manufacturer, which may override the default power options for your operating system and may cause high-performance options to no longer be visible.

4.Hardware compatibility issues: In some cases, compatibility issues with your computer's hardware can cause certain power options to no longer be available. This can be caused by a change in your computer's hardware configuration or a conflict with some drivers.

5.Errors or glitches: Finally, it may be due to bugs or glitches that the high-performance options are no longer visible. This can include system file corruption, driver issues, or hardware failures.

Summary: Your computer's power performance options may be missing due to operating system updates, power management configuration changes, third-party power management software installed, hardware compatibility issues, or bugs or malfunctions. To resolve this issue, you can check your operating system and power management settings, uninstall third-party software that may be interfering, check hardware compatibility, and troubleshoot.