For computer power supplies, is a full module better than a non-modular power supply?

Among computer power supplies, full modules have more advantages than non-modular power supplies, which has triggered a series of questions from users. PHP editor Yuzai will deeply analyze the difference between full-module power supplies and non-module power supplies, and show you the advantages and usage scenarios of full-module power supplies. Continue reading the article to explore the comparison between fully modular power supplies and non-modular power supplies to choose the most suitable power supply solution for your computer.

Computer power supply, is a full module better than a non-modular power supply?

Fully modular power supplies are the most expensive. All connecting wires of a fully modular power supply are module wires, which are separate from the main body of the power supply. Except for the fact that all connecting wires of the non-modular power supply are connected from the power supply, the difference is still quite big. Usually high-end players choose full-module power supplies because they need to customize high-end module cables of specific lengths according to their needs.

There are also cheap full-module power supplies. For example, the SP500 full-module power supply launched by Game Hero is priced at 399 yuan by the media and 289 yuan on Tmall. The price/performance ratio is very good.

Computer full module power supply or ordinary power supply?

The biggest difference between the full-module host power supply and the ordinary one is the different operating levels.

The host power supply full module uses a single power supply to adapt to the use of all computer accessories. It is very adaptable.

Generally, the power supply motherboard is composed of several power supplies, and requires multiple connectors for use. Computer accessories have poor adaptability. This is the difference between the two.

How to install a fully modular power supply for a computer?

I bought a full-module power supply for the first time I installed it. Look at your case. Some cases cannot be plugged in after the power supply is installed. Full-module means that you can plug in whatever you need. The rest is fine. Generally, it is plugged in to power the CPU, motherboard, hard drive, graphics card, and some large 4P to connect the chassis fan.

How long is the lifespan of an assembled computer power supply?

If we talk about the life span 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 was eliminated. 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.

What is the difference between computer modular power supply and non-modular power supply? Can the modular power supply use my own customized modular cable?

Different appearance

The most obvious feature of the full module power supply is the output interface. When the power cord is not plugged in, it is a square box. The output end of the wire is neatly arranged with the power cord interface. . The non-modular power supply has a variety of interface power lines integrated at the factory

The wiring is beautiful and refreshing

The refreshing wiring effect can be said to be the biggest advantage of the full-module power supply, including the graphics card. The power supply lines inside can be freely matched. The non-modular power supply wiring is fixed

Modular cables can be customized

Fully modular power supply supports customized module cables. Players can choose the module form and shape of the power cable according to their own needs. Color to better match different hardware effects. Non-modular power supplies cannot be customized

In addition, the materials of full-module power supplies are more luxurious, and their stability and heat dissipation will be better

Half-module and full-module computer power supplies What is it?

In computer power supplies, there are mainly two types of non-modular power supplies and modular power supplies, and modular power supplies include full-module power supplies and half-module power supplies.

1. Half-module power supply. The output design of half-module power supply has both the direct power cord part of the non-module power supply and the extended interface part of the full-module power supply. It is between the non-module and the full-module power supply. The two power supplies are similar and different from each other. 2. Full-module power supply The full-module power supply contains two parts: a power expansion interface and a separate power cord, which can be combined as needed by the user. Its biggest highlight is that there are no output lines from the power supply, and all have expansion interfaces to control the output. To put it simply, all the wires of the full-module power supply are freely pluggable, while only part of the wires of the half-module power supply are pluggable and unplugged, but some of the power wires are directly drawn out like the non-modular power supply, which is between the full module and the non-modular power supply. between non-module power supplies.

How to connect the computer full module power cord?

In addition to the data cable connected to the motherboard SATA interface, solid state drives and mechanical hard drives also need to be connected to the power cord, which is usually a 5V large 4pin interface. For graphics cards, it is a 12V 6+2pin interface. It depends. Is the interface on the graphics card 6pin or 8pin? Some high-end independent graphics cards require two 8pin power cords. The fan of the chassis must also be connected to the large power pin interface.

What is the difference between a fully modular power supply and a non-modular power supply?

Non-module, the output lines are all welded on the circuit board and cannot be removed. Half-modules are welded on the power supply that must be used by some computers (cpu8p and motherboard 24p cannot be removed), expansion The power supply line can be plugged in or removed as needed. In a full module, only all wires are plugged in at both ends, and they can all be disassembled.

Assembling the computer power supply does not turn on?

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. !

How to choose the power supply for assembling a computer?

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 sufficient. 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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