How to choose a suitable power supply for assembling a computer? How does a low-power power supply affect performance? PHP editor Baicao will answer you one by one. If you're building a new computer, it's important to know how to choose the right power supply. In this article we'll take a closer look at the potential impact of low-wattage power supplies on console performance and provide you with a guide to choosing the best power supply.
The choice of power supply for assembling a computer is mainly determined by the power consumption of your computer hardware configuration. The power consumption of the power supply should be greater than 30% of the maximum power consumption of your computer hardware, and try to choose a big brand Power supplies, counterfeit or small brand power supplies can easily cause false power supply standards, and poor quality capacitors can lead to burnout of the power supply or other computer hardware at worst. The power supply does not have low power, it mainly needs to match the power consumption value of your computer hardware. Not to mention that it will affect the performance of the host. If the power is lower than the power required by the host, the computer will not turn on or the power supply or computer hardware will be burned if it is shut down during use.
The power supply for assembling the computer should choose a national standard brand product with a power that is at least 1/3 greater. If the power consumption of the host is 350 watts, then a nominal power supply of 450 watts or more should be used
First of all, I am happy to answer your questions.
Secondly, let’s talk about the problem. It’s very important, very important, very important. I say important things three times. The power supply of your computer is like the power supply in your car. Without it, you can’t start the fire. You Is it important? Back to the topic, let’s talk about the importance of power supply. We must first consider how much power your computer’s five major hardware uses, and then the power supply we equip must be greater than the power of the five major components, otherwise your computer will continue to cycle over and over again. After restarting, the next thing is the brand. I personally recommend Huntkey (the preferred power supply for brand-name machines) and Great Wall (the best choice for DIY). Haha (don’t criticize me, I personally like these two)
I hope my answer can help you!
How to choose the power of computer power supply. Depends on your computer's hardware configuration.
If your computer has a low configuration, such as only a discrete graphics card and a small amount of memory, then a 400W power supply should be enough. However, if your computer has a higher configuration, such as multiple graphics cards, a large amount of memory, a high-end CPU, etc., then you may need a 500W or higher power supply.
In addition, you should also consider the brand and quality of the power supply. Choosing a well-known brand and high-quality power supply can ensure the stability and safety of the power supply and provide better protection for your computer. It is recommended that you carefully research and compare different brands and models of power supplies when purchasing a power supply to choose the one that best suits your computer configuration.
When assembling a computer, the power supply unit is a very important part. If an inappropriate power supply is selected, the performance and stability of the entire system will be affected. Therefore, careful consideration must be given when selecting a power supply.
First of all, we need to consider the power of the power supply. Generally, the power required to assemble a computer can be determined based on the power consumption of the motherboard, CPU, hard disk, graphics card, etc. After determining the power requirements, you can choose an appropriate power supply based on brand, specifications, price and other information. The more popular power supply brands include American Intel, Gigabyte, Colorful, Patriot, etc. The power supplies of these brands have high reliability.
In addition, when selecting a power supply, you should also consider the output interface and acceptable voltage of the power supply. The power output interface must match the interface on the motherboard, and the acceptable voltage needs to be determined based on the actual situation.
To sum up, when choosing a power supply, you need to consider many factors such as its power, brand, output interface and acceptable voltage to ensure its quality and reliability to ensure the normal operation of the system.
The correct way to choose the motherboard when assembling a computer is as follows:
Determine the CPU model and brand: Select the CPU model and brand according to your needs, and then choose a motherboard compatible with the CPU.
Determine the motherboard size: Computer motherboards come in different sizes such as ATX, mATX, ITX, etc. You need to choose the appropriate size motherboard based on the chassis size and personal needs.
Determine the number of slots and interfaces: The slots and interfaces on the motherboard determine whether other hardware can be connected to the motherboard. You need to choose a motherboard with sufficient slots and interfaces.
Consider the layout of the backplane and memory slots: The layout of the interfaces and memory slots on the backplane will affect the utilization of internal space and the use of external interfaces. You need to consider whether the layout of the chassis and other hardware will fit the motherboard.
Consider the power supply interface: Computer motherboards have different power supply interfaces, and you need to choose the motherboard that matches your own power supply.
Consider the number of expansion interfaces: If you need to connect multiple peripherals, you need to choose a motherboard with enough expansion interfaces.
Choose brand and quality: Choosing mainstream brands and guaranteed products can reduce the risk of use.
Consider price: Choose the appropriate price range based on your actual needs and budget.
If we talk about the lifespan after use, this is not necessarily true. It may break in one year, or it may not break in ten years. But if we talk about performance life, the longest is estimated to be 5 years. After 5 years, even the current mid-to-high-end configurations may even have web pages and QQ stuck by then
In fact, many computers are being operated The system has eliminated them. The new operating system has high hardware requirements, and old computers are too slow to run the new operating system. Just be eliminated. This is the trend and law, and it is also the need of software and hardware manufacturers and dealers.
1. First connect the VGA cable to the monitor, and then fix the two screws at the back. The main reason for fixing is to worry about the connecting wire falling off when moving.
2. Then connect the other end of the VGA cable to the computer host.
3. Next, connect the power cord to the monitor. (Note that you are only connecting to the monitor. Do not connect the other end of the power cord to the socket. Wait until all connections are completed before turning on the power.)
4. Next, connect the mouse to the host.
5. Connect the keyboard as well. (The green one is the mouse, and the purple one is the keyboard. Also note that the internal pins of the mouse and keyboard plugs must be aligned with the pinholes in the interface before they can be inserted.) Connect one end of the network cable to the RJ45 interface of the computer host, and then connect the other end to the switch or router or modem.
6. Next, connect the power cord of the host.
7. Next, you can connect the power plugs of the host and monitor to the sockets to power on the host and monitor. You can start and use it normally.
It may be a power problem! It's very simple. Unplug everything that's plugged into the motherboard from the power supply. Then use a paper clip on the 20+4 pin end to connect the green wire to any black wire. If the power supply fan is spinning Then the power supply is good and can be ruled out.
After confirming that the power supply is good, connect the motherboard power supply and CPU power supply. If the independent graphics card needs power supply, also connect it. However, if there is integrated graphics or nuclear graphics, it is recommended to unplug the independent graphics first (click When it lights up, it appears independently on top). Then unplug the hard drive indicator light, power indicator light, and restart button (leave only the power-on one), and then turn on the computer. If it cannot be turned on, it means that the connections between the indicator lights, the reset button, and the power-on button are wrong. !
1. Power, first look at the power of your power supply hardware, and look at the rated power of your graphics card and CPU.
The simplest algorithm is to add the graphics card and CPU, plus 200W. If the power is not enough, no matter how good the brand is, it will pale in comparison.
Excessive performance will feel like a waste.
2. Check the size of the chassis to see if it can fit. If it cannot fit, change the power supply or the chassis, which is a bit troublesome!
3. For wires, you can choose full modules, straight-out cables, or semi-modules. Full-module assembly is simpler.
4. Power supply efficiency and quality. Nowadays, power supplies have various solutions, such as DC-DC, EMI filters, capacitors, etc.
Solid capacitors in power supplies are better, and single-channel 12V current is better. A friend who doesn't install the computer often can't understand many parameters. Simply buy a good power supply with confidence. Look at the brand. Taiwanese and American Corsair products are not very cost-effective. In fact, they are a bit exaggerated. Domestic power supplies include Great Wall, Huntkey, Cooler, etc. to choose from.
My friends around me use Great Wall power supplies the most. Domestic power supplies from Great Wall are used in civilian, military, aerospace, supercomputers, servers, etc., which shows that they are of excellent quality. A 400W bronze power supply for home and office use is enough. Games, etc. require more than 500W, and both bronze and gold medals are acceptable. The efficiency and quality of gold medals will be better than bronze medals.
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