Does the motherboard affect gaming? Does the CPU have a big impact on desktop gaming games

No, the game is mainly CPU, independent display, memory, one of the three almost has a great impact.

Not much to say, if you answer in detail, it will be 3000 words!!

For example, you will be more receptive!!

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See clearly, one is, and the other is!

The performance is 150!! The top speed is 175 miles per hour and the other is 250 miles!!

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ASUS P8P67 Deluxe guarantees that you'll feel like you're traveling freely in space. And the colorful P67HK V20 guarantees that you will feel like you will take off when you first enter the game, and you will fall to pieces in a few moments!!

Remember, those fools you that the motherboard is not important, almost 80 are all elementary school students! Their aim is to get your highest score with the least number of words!!

Basically, it doesn't affect it, but this is that there is no problem with the compatibility between other hardware and the motherboard, and the motherboard mainly depends on whether it is compatible with other hardware, if it is not very good, there will be abnormal situations in the game.

Different motherboards and different hardware compatibility issues vary.

I hope my mail helps.

If you don't have a graphics card, won't it affect it?

The impact of the desktop gaming CPU is not particularly large.

CPU in the case of enough,That is, the game will not be fully loaded,The impact on the performance of the game is minimal,The game eats more single-core frequency rather than the number of cores,At present, the mainstream 6-core and 12-threaded CPU mainstream games can be satisfied,Replace it with 10900K and 3900X will be improved,But it will not be particularly large。

Introduction

The biggest impact of playing games is the graphics card, and the performance improvement brought by the graphics card is real, while the increase in CPU and memory frequency can only be infinitely close to the maximum performance output of the graphics card. The increase in memory frequency is to make the frame rate more stable, and FPS games such as Chicken and CSGO eat memory frequency.

The improvement of the hard disk,In fact, it is mainly in the loading speed,The loading speed of the game is very slow when the game is placed on the mechanical disk,And the loading speed of the game in the SSD will be very fast,There is no impact on the actual game performance。

To sum up: the CPU is the one that determines whether you can play the game or not, the graphics card is a real boost, and the memory and solid-state improvements are just icing on the cake for the game.

Nowadays, there are more big games played on desktops, and generally it will not burn out the motherboard, because the motherboard, CPU, and graphics card all have cooling fans. Switching power supplies also have fans. The CPU also has temperature protection. When the computer's cooling system is normal, the computer runs large games.

It won't burn the motherboard, and it won't burn other hardware. Because of the computer hardware.

Heats up after reaching full load operation.

The amount will not increase, and the temperature will stabilize when it reaches its peak, and it will not continue to increase. So it can't burn the motherboard.

1. Theoretically speaking, the aging degree of the motherboard running for more than ten hours a day is about the same as running for an hour. So playing for a long time won't burn out the computer.

2. The so-called motherboard burns out, one may be the aging and damage of the capacitors on the motherboard, and the other may be that the CPU heating does not discharge the heat in time and causes the oxidation of other components of the motherboard.

Therefore, if the heat dissipation is good, there is no need to worry about selling.

3. Dust will affect the insulation performance on the motherboard and the rotation of the CPU fan (thus affecting the heat dissipation), so to maintain the motherboard, the main thing is to clean the motherboard. When cleaning, avoid impact and friction, and use ear suction balls to blow off the dust.

When the computer's cooling system is normal, the computer running large games will not burn the motherboard, nor will it burn other hardware. Because the computer disadvantage Qi Qi annihilation hardware after reaching full load operation, the heat will not increase, and the temperature will reach the peak will stabilize and will not continue to increase.

Even if the game is not smooth, it has nothing to do with the temperature. Hardware will not be burned.

Generally speaking, no, desktop computers are not so fragile, normal use, and playing games will not burn out the motherboard.

Can a desktop computer burn out the motherboard when playing big games? It won't burn out. Because the motherboard, CPU, and graphics card have scattered hot fans. The switching power supply also has a wind plum stove fan. The CPU also has temperature protection. Therefore, the rental cover is not burned to play.

If your desktop computer does not meet the performance requirements of the game, then it will not be able to run at all, and if it can meet the requirements of the game, then it will not burn out.

Desktop computers playing large games are generally not prone to burning out of the motherboard, unless you play around the clock, the motherboard may burn out.

Hello, I'm glad to unwind the sail for you, in the car power supply is sufficient, the motherboard and other firmware are not problematic in the case of no Tuankai will be affected, if the power supply can not be guaranteed, then there is damage to other hardware.

Desktop computers play large games, of course, they will not burn out the main version, but there will be lag in the process of playing the game.

It is not easy to burn the computer hardware to do a good job in heat dissipation management, and the main reason for playing large games is that the CPU occupies a high proportion and the graphics card is frequently transported, which has little impact on the motherboard.

Desktop computers playing large games will not burn the motherboard, sometimes causing the graphics card to overheat to protect the screen, but the motherboard will generally not have problems so.

Desktop computers won't burn out your motherboard when playing big games, unless you're having problems with your motherboard's heat dissipation.

It won't burn the motherboard, but if the graphics card doesn't have enough video memory, the card or image quality won't be so good.

Playing large-scale games has certain requirements for the computer, and ordinary computers can't play it, so the configuration should be relatively high.

Looking at the graphics card and CPU, this can't even be opened, let alone burned out.

The main thing for computers to play large games is to burn the graphics card, because the big news game has high requirements for the graphics card configuration, but if the case is not well dissipated, the motherboard may also be burned.

There is no direct relationship between the game card and the motherboard, but there is an indirect effect.

1. Directly speaking, the motherboard is the integration of a circuit, responsible for connecting various components, the main connection position is not a problem, it can operate normally but indirectly, there are some low-level motherboards that cannot support advanced components, such as: memory modules, CPUs, hard disks, etc., which may lead to game cards.

2. There are two types: commercial motherboard and industrial motherboard. It is installed in the chassis and is one of the most basic and important components of the microcomputer. The motherboard is generally a rectangular circuit board, on which the main circuit system of the computer is installed, generally there are BIOS chips, IO control chips, key and panel control switch interfaces, indicator plugs, expansion slots, DC power supply connectors of the motherboard and plug-in cards and other components.

3. The chipset is the core component of the motherboard, which almost determines the function of the motherboard, and then affects the performance of the entire computer system. According to the different positions arranged on the motherboard, it is usually divided into north-bridge chips and south-bridge chips. The Northbridge chip provides support for CPU type and frequency, memory type and maximum capacity, ISA PCI AGP slot, ECC error correction, etc.

Let's put it this way, if you don't overclock, use the frequency of the original CPU, 2000 motherboard and 400 motherboard, you play games or run scores, almost no difference can be seen!

Because the motherboard of 2000 is better than that of 400 in many aspects such as materials, it can only be said that the stability is better, and the design margin is larger. This benefit is only more obvious when overclocking, because overclocking has relatively high requirements for the power supply capacity and heat dissipation of the motherboard. If you don't overclock, just look at the quality, 99% reliability and reliability will have a big impact on the average consumer?

Even if you happen to be in that 1%, even if the warranty period is over, I can buy 4 more boards for the 1600 I saved, lz, do you say? So with this 1600, it is better to invest in graphics cards and CPUs, and buy an SSD, which will have a huge improvement in computer performance.

So for most people, it's okay to buy a similar thing, it's okay to buy a mid-price, and there's no need to pursue it. Now the low-end motherboards of the big brands are completely fine in terms of quality and reliability, even if the CPU is overclocked a little. The colorful motherboard I bought before, less than 400, CPU and graphics card or something were the i7 quad-core and 560 that were at the top of the table at that time.

It's been six or seven years now, and nothing has happened at all.