When assembling a computer, the matching of the motherboard and chassis is crucial, which directly affects the stability and performance of the computer. For users unfamiliar with computer hardware, figuring out whether the motherboard is compatible with the case can be a challenge. In order to help you solve this question, PHP editor Banana will provide you with a detailed explanation to guide you on the necessity of matching the motherboard and chassis and how to choose compatible components. Read on for a comprehensive look at ensuring your PC building process is smooth and hassle-free.
Generally speaking, ordinary motherboards and ordinary chassis must match. When assembling a computer and choosing a chassis and motherboard, you should pay attention to the following:
1. Try to buy an ordinary large chassis. Advantages:
1. The chassis has good heat dissipation.
2. The chassis is easy to install during the assembly process.
3. When choosing a motherboard for the chassis, the versatility is good. All motherboards, including small motherboards, medium-sized motherboards, and large motherboards, can support this ordinary large chassis, because the chassis has been designed for various motherboards. Corresponding mounting holes. 2. When purchasing a motherboard, after determining the performance and price, try to choose a larger motherboard. Advantages:
1. A larger motherboard has a more reasonable distribution of components, is easy to install, and has better heat dissipation. .
2. Each component has strong scalability, such as more memory slots and is easy to expand and upgrade.
3. Based on the above, when purchasing a motherboard and chassis, there is generally no need to pay extra attention to matching issues.
generic.
is universal, but you should note that there are differences in sizes.
A large motherboard can be used with a large chassis, and a small motherboard can be used in any size chassis.
Some small cases can also support large motherboards. The motherboard specifications indicate which motherboards are supported.
Intel i99980XE boxed, 17,299 pieces, Asus X299 R6E motherboard, 10,000 pieces, Corsair 16GDDR43200 Platinum Ruler Blocks, ASUS RTX2080ti-O11G Raptor, two sheets, 25,999 blocks, Corsair AX1600i rated 1600W power supply, 2,999 blocks, ASUS RGB RGB GX601 Helios chassis, 1,899 blocks, Corsair 150iPRORGB integrated water-cooled 360 radiator, 1,299 blocks, Samsung C49RG90SSC monitor 4K resolution Rate + 120 refresh rate 48.8-inch curved screen, 16,999 yuan,
Generally speaking, ordinary motherboards and ordinary chassis must match. When assembling a computer and choosing a chassis and motherboard, you should pay attention to the following:
1. Try to buy an ordinary large chassis. Advantages:
1. The chassis has good heat dissipation.
2. The chassis is easy to install during the assembly process.
3. When choosing a motherboard for the chassis, the versatility is good. All motherboards, including small motherboards, medium-sized motherboards, and large motherboards, can support this ordinary large chassis, because the chassis has been designed for various motherboards. Corresponding mounting holes.
2. When purchasing a motherboard, after determining the performance and price, try to choose a larger motherboard. Advantages:
1. A larger motherboard has a more reasonable distribution of components and is easier to install. Convenient and good at dissipating heat.
2. Each component has strong scalability, such as more memory slots and is easy to expand and upgrade.
3. Based on the above, when purchasing a motherboard and chassis, there is generally no need to pay extra attention to matching issues.
1. Look at the size
Large chassis have better compatibility, but the corresponding volume and weight will be larger. Now more people like smaller chassis such as MATX chassis and ITX chassis. , which involves motherboard compatibility issues.
Currently, motherboards are mainly divided into ATX motherboards, MATX motherboards, and ITX motherboards. Large chassis can be backward compatible with small motherboards, but large motherboards cannot be installed in small chassis, so be careful not to buy a smaller chassis.
2. Look at the heat dissipation limit
The heat dissipation limit is for air cooling. Air cooling is mainly divided into tower air cooling and downward pressure air cooling. The heat dissipation effect of tower air cooling Very good, but the height of the heat dissipation fins is very high. ITX cases basically only support push-down air cooling. When buying a MATX case, you need to pay attention to the heat dissipation height limit, otherwise it will be embarrassing if the side panel cannot be covered.
3. Check the water cooling support
You don’t need to worry about the height limit for water cooling, but you need to pay attention to the size of the cold radiator. From small to large, it is 120 cold radiator, 240 cold radiator, 280 cold radiator, 360 cold radiator , the requirements for the chassis are also different, so if you use water cooling, you need to pay attention to the size of the radiator that the chassis is compatible with.
4. Check the graphics card length limit
For users who purchase three-fan graphics cards, the length of the graphics card is generally above 300mm. Some MTAX chassis and ITX chassis may not be compatible, or may reach the front Set the fan position, this is something you need to pay attention to.
5. Look at the air duct design
One of the most important functions of the chassis is heat dissipation, especially air cooling, which relies heavily on the chassis air duct. If it is a traditional horizontal air duct, the wind direction is forward If it comes out from the rear, it is best to have a grid on the front panel of the chassis to facilitate air intake. However, many new chassis now have a vertical air duct design, with the bottom entering and the top exiting, and the heat dissipation efficiency is also very high.
If the computer configuration is high and the CPU and graphics card generate a lot of heat, you need to focus on the chassis air duct to avoid buying a "stuffy can". Otherwise, heat accumulation may cause the CPU and graphics card to hit the temperature wall, affecting performance.
6. Look at the material
Nowadays, chassis are basically made of metal, which is subdivided into several types. In fact, it is enough to look at the thickness. The thicker, the stronger the skin, but it will definitely be more expensive. At the same time, The side-transparent design also involves glass and acrylic. The advantage of glass is that it has good light transmittance and is not easy to leave scratches, but it is easy to break. The advantage of acrylic is that it is not easy to break and is relatively light, but its light transmittance is not as good as that of glass and it is also very easy to leave scratches. Scratches can be selected according to personal circumstances.
MAC signs should not assemble regular compatible computers. Because when MAC first appeared, it adopted a standard that was incompatible with ordinary computers. Just because different hardware standards are implemented on the hardware, the internal components of the two cannot be used universally. The indicators of the internal components of the two machines are also different. In terms of the price-performance ratio of the internal structure, both have their own advantages and disadvantages.
I like side-transparent chassis. I like to play games, so the requirement for the chassis is to have good heat dissipation. The computer host chassis I assembled recently is Patriot, Daybreak X chassis, with a vertically mounted graphics card. Yes, the side-transparent chassis has light effects after assembly and has good heat dissipation.
Lenovo computer chassis can be assembled by yourself. Since Lenovo computer motherboards and power supplies are all standard, we can use other brands of chassis to replace Lenovo computer Jixiang. Remove the Lenovo computer motherboard and power supply. After downloading, install it into a new chassis. At the same time, install the hard disk and other components in the chassis so that it can be used normally by connecting a few signal lines.
After removing the old motherboard and installing the new motherboard, you can install new accessories on the new motherboard.
When choosing to assemble a computer, pay attention to the following parts:
1. Look at the price. Choose a computer that suits your price based on your budget. Be careful not to buy a computer with too low a configuration at an exorbitant price;
2, look at the performance. Buy it at a reasonable price based on the computer performance you need. Be careful not to buy a computer with low specs at an exorbitant price. The complete configuration of the computer is as follows. Host part: 1. CPU. The heart of the computer is responsible for calculations. The more cores, the better the performance; 2. The display core of the graphics card and computer is used to process image data. If you are a gamer or graphics worker, you need a discrete graphics card. If you use it to surf the Internet, you don't need to buy a separate graphics card;
3, memory. Used for CPU and hard disk to exchange data for temporary storage. The more memory you have, the better the performance will be;
4, hard disk. All your computer's files are stored here. The harder the hard disk is, the more files it can store;
5, the motherboard. The various components of the computer are placed on the motherboard and work together;
6, power supply. Provide power to each component;
7, chassis. Used to protect all components inside the chassis. Peripheral part: 1. Monitor. Used to display computer images; 2. Keyboard and mouse. Used to operate computers; 4. Audio. Used to output sound; 5. Camera. Used for photography, video chatting, taking photos, etc.; 6. Microphone. Used for voice input, voice chat, etc. The following is a brief description: 1. Dual-core processor + 2G memory + integrated graphics card + mechanical hard drive. The performance is sufficient for surfing the Internet, watching movies, chatting, working, and playing small games such as chess; 2. Quad-core processor + 4G memory + independent graphics card + mechanical hard drive. The performance is sufficient for surfing the Internet, watching movies, chatting, working, making pictures, playing stand-alone games or online games; 3. Quad-core processor + 4~8G memory + mid-to-high-end independent graphics card + mechanical hard drive or solid-state drive. The performance is sufficient for surfing the Internet, watching movies, chatting, working, making pictures, and playing large-scale stand-alone games or large-scale online games; 4. Six-core processor + 8G or above + high-end independent graphics card + mechanical hard drive or solid-state hard drive. The performance is sufficient for surfing the Internet, watching movies, chatting, working, drawing, and playing large-scale enthusiast-level stand-alone games or large-scale online games.
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