Home > Article > Computer Tutorials > How to assemble a small main chassis? What are the steps to assemble the main chassis?
Encountered difficulties in assembling a small main chassis? Don't worry, PHP editor Youzi brings you a detailed assembly guide. This guide will provide an in-depth breakdown of the steps involved in assembling a small mainframe, from preparation to final installation. Following our guide, you will easily master the skills of assembling a small main chassis. Read on to discover the secrets of assembling a small computer case and create your own customized computer!
The steps for assembling a small computer case can be briefly summarized as follows:
1. Preparation:
- Make sure you have all the parts you need, including motherboard, CPU, Memory, hard drive, power supply, graphics card, etc.
- Clear the work area and ensure the desktop is clean and spacious for assembly work.
- Read and accurately follow the operating manuals and instructions for the main chassis and other hardware devices.
2. Install the motherboard:
- Insert the motherboard into the main chassis and align it with the input/output connectors on the back panel of the main chassis.
- Use screws to secure the motherboard, usually low-profile screws to the corners of the motherboard. Make sure the screws are not too tight to avoid damaging the motherboard.
3. Install the CPU, memory and graphics card:
- Install the CPU into the CPU slot of the motherboard according to the instructions in the motherboard manual.
- Install the memory module into the memory slot of the motherboard.
- If necessary, install the graphics card into the PCIe slot on the motherboard.
4. Install the hard drive and other devices:
- Install the hard drive or SSD into the hard drive compartment of the main chassis and secure it with screws.
- Connect data and power cables to hard drives and other devices. Make sure the connection is correct and fastened reliably.
5. Connect the power supply:
- Install the power supply into the main chassis and secure it with screws.
- According to the needs of each hardware device, connect the appropriate power cord to the motherboard, graphics card, hard disk and other components.
6. Connect other accessories:
- Connect external devices such as monitors, keyboards, mice, and audio devices.
7. Verify and organize:
- Double-check all components and connections to make sure they are securely and correctly installed.
- Organize electrical and data cables to keep them neat and orderly to provide better air flow and cooling.
8. Perform the first power-on test:
- Connect the power supply and start the computer, enter the BIOS interface for settings and verification.
- If everything is fine, you can proceed with installing the operating system and other required software.
Please note that the above is a brief overview and each host chassis and hardware device may have some specific details and differences. Therefore, before assembly, be sure to read and follow the operating manual and guidelines for each hardware device to ensure the assembly process is completed correctly and safely.
Before the chassis is assembled, the motherboard and its accessories must be matched. The order is generally: processor, radiator, memory, graphics card, hard disk, optical drive, power supply, various data cables and power cables. Do not install them into the chassis after completion. Light them up first. If there is no problem, then install them into the chassis. Connect the monitor, mouse, keyboard, speakers, headphones and other peripherals, and turn on the power. If it boots normally, you can start the system.
Assembling a computer host can be assembled and run without a chassis, but the host plays a role in fixing and integrating. You can assemble the machine by directly connecting all the graphics card, motherboard, hard drive to the power supply, and it can be run.
Large chassis are better and have better heat dissipation. If the chassis is too small, there are restrictions on the choice, and the backline cannot be used
Something like the Patriot Daybreak X chassis is also good.
The list of items needed to assemble a computer host is as follows: CPU, memory, graphics card, hard drive, chassis, motherboard, power supply, monitor, keyboard, mouse, CPU fan, etc. CD-ROM drives are rarely used nowadays. The network card, sound card, etc. are integrated on the motherboard and do not need to be purchased separately. In addition, if you need wireless Internet access, you can also buy a PCI or USB wireless network card. Things to note when assembling a computer:
1. When installing, be sure to pay attention to the compatibility issues between various hardware, especially the compatibility between the CPU and the motherboard. The most basic thing is that Intel CPU uses Intel motherboard. AMD CPU uses AMD motherboard.
2. The CPU and graphics card should be balanced. Don’t buy a high-end graphics card with a rubbish CPU. Don’t use a small horse to pull a big cart.
3. Determine the budget and purpose. This is very critical. For example, gamers should pay most attention to the graphics card, followed by the CPU.
4. The power supply is purchased according to the graphics card. The higher the high-end graphics card, the higher the wattage required.
5. Try to use first-line brands for power supply and motherboard, which determines the stability.
6. If you choose a boxed CPU, it is best to replace the original CPU radiator. The original CPU radiator is really poor.
Computer host large chassis and small chassis have their own advantages and disadvantages, mainly depending on your needs.
The advantage of a large chassis is that it has a large capacity, can accommodate more hardware, can install more memory modules, larger graphics cards, and more cooling fans, and the internal space is larger, making it easier to dissipate heat. And maintenance.
The advantage of a small case is that it is more portable, can be placed on a desk, and does not take up much space. Moreover, most small cases can be equipped with hardware that meets daily use, and the price will be more affordable than a large case.
In short, if your needs are not high, such as playing games, browsing the web, etc., you can choose a small chassis, which can save space and the price is more affordable; if you need to install multiple hardware, then a large chassis is the best option A better choice because it has more internal space, can accommodate more hardware, and is easier to dissipate and maintain.
It can be used as a computer host. First of all, you must understand the configuration and performance of the host, and then whether it can meet your usage requirements. The performance of brand-name machines is relatively stable, but the price is also higher, and parts with good compatibility are Assembled machines are also a good choice.
The big chassis is good. Generally speaking, small cases are lightweight and easy to carry, while large cases are more expandable. Mini-ITX motherboards are often chosen for small cases. Not only are they expensive, but heat dissipation is also a problem. Large chassis can be adapted to various types of motherboards, and the matching RGB fans require a larger area to achieve good visual effects.
In terms of appearance, there are many small chassis that look good, and they are on par with many large chassis.
To summarize, if it needs to be portable, you can consider a small chassis. If you pursue ultimate performance and your budget is not very high, you can choose a large chassis.
Small chassis is better than small chassis, and big chassis is better. The small one can be placed on a table, and the more sophisticated one can be used as furniture. The large one has a lot of space and is easy to install. You don’t need to calculate and throw it into a corner. You don’t have to worry about its appearance. It has many hard disk slots and supports a large motherboard. It may have better scalability and upgradeability.
Computer motherboards mainly include ATX, MATX, MINI ATX, etc., with different sizes.
Whether it can be replaced depends on whether the original motherboard is a large board or a small board.
Large chassis can be equipped with large motherboards or small motherboards. Small cases can only accommodate small motherboards.
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.
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