Home > Article > Computer Tutorials > What is the order of computer assembly? Is the assembled computer good?
Computer assembly is the choice of many DIY enthusiasts, but the order of computer assembly and the quality of the assembled computer are worrying. In this article, PHP editor Xinyi will introduce the correct sequence of computer assembly in detail, and discuss the advantages and disadvantages of assembling a computer to help everyone better understand and choose computer assembly. Continue reading to learn about computer building best practices and considerations so you can build a high-performance, reliable computer.
step 1. Install the power supply on the main chassis.
Step 2. Set the host according to the selected CPU type, speed, etc.
Step 3. Install the CPU on the motherboard.
Step 4. Install the memory module.
Step 5. Secure the motherboard into the main chassis.
Step 6. Connect the power supply to the power cable on the motherboard.
Step 7. Install external storage such as hard drives and optical drives.
Step 8. Connect floppy and hard drive signal and power cables.
Step 9. Install the graphics card.
Step 10. Connect the cables from the motherboard to the lights and switches on the front of the case.
Step 11. Connect your keyboard, mouse, and monitor.
Step 12. Check it again from the beginning and prepare to power on for testing.
There are some advantages and precautions for assembling a computer. Let me explain them in detail for you:
Advantages:
1. High customizability: Assembling a computer allows you to choose The hardware components you need to fit your individual needs and budget. You can choose better processors, graphics cards, memory and other components according to your needs to get better performance and experience.
2. High cost performance: Compared with brand-name machines, assembled computers usually provide higher cost performance. You can choose components with better performance according to your budget and avoid paying extra brand premium.
3. Strong upgradeability: Because the assembled computer uses standardized hardware interfaces, it is more flexible to upgrade or replace parts in the future. You can upgrade the processor, graphics card, memory and other components at any time to extend the life and performance of your computer.
Notes:
1. Technical requirements: Assembling a computer requires certain technical knowledge and experience. If you don't have relevant experience, you may need to spend time learning or ask for professional help.
2. Compatibility issues: When selecting hardware components, you need to ensure compatibility between them. For example, the motherboard needs to support the selected processor and memory type, and the power supply needs to meet the computer's power consumption needs, etc. It is recommended to carefully research and confirm the compatibility information of the hardware before purchasing.
3. After-sales service: Compared with brand-name machines, after-sales service for assembled computers may be more difficult. If a malfunction or problem occurs, you may need to resolve it yourself or seek professional help.
Generally speaking, assembling computers can provide better cost performance and customizability, but it requires a certain amount of technical knowledge and time investment. If you have a certain understanding of hardware and are willing to learn and try, building a computer is a good choice. Otherwise, it may be more convenient and safer to buy a branded machine.
Step 1 of assembling a computer
The first is the installation of the chassis, which mainly involves unpacking the chassis and installing the power supply in the chassis, then installing the motherboard and installing the motherboard on the chassis motherboard , assemble the computer and then install the CPU, insert the CPU required for installation into the motherboard processor socket, and install the cooling fan, assemble the memory module in the computer, and insert the memory module into the motherboard memory slot.
Assemble the computer step 2
The next step is to install the graphics card, select the appropriate slot according to the graphics card bus; assemble the computer and install the sound card. Most of the mainstream sound cards in the market now are sound cards with PCI slots; The installation of drives mainly focuses on the installation of hard disks, optical drives and floppy drives; then there is the assembly of the connections between the computer chassis and the motherboard, that is, various indicator lights and power switch wires. The connection of PC speakers, as well as the connection of power cables and data cables of hard disk, optical drive and floppy drive.
Step 3 of assembling a computer
The third step of assembling a computer is to close the chassis cover. In theory, after installing the host, you can close the chassis cover, but in order to avoid problems later For inspection, it is best not to cover it first, and then cover it after the system is installed. Then there is the installation of input devices. When assembling the computer, you also need to connect the keyboard and mouse to integrate with the host; the installation of output devices, that is, the installation of the monitor; and then Recheck each wiring connection and prepare for testing.
Step 4 of Assembling a Computer
Assemble the computer and power up the machine. If the monitor can display normally, it indicates that the initial installation has been correct. At this time, enter the BIOS for initial system settings. After completing the above steps of assembling the computer, the general hardware installation is basically completed, but to make the computer run, the following installation steps are required.
Step 5 of assembling a computer
The next step is to assemble the computer's partitioned hard drive and format the hard drive, and install the operating system, such as Windows 98 or Windows XP. After assembling the computer and installing the operating system, install drivers such as graphics card, sound card and other drivers; perform a 72-hour bake-in. If there is a hardware problem, it will be discovered during the 72-hour bake-in.
Graphics card rtx2060 2500 yuan (supports ray tracing)
cpu R5 3600 1400 yuan
Motherboard: B450 600 yuan
m.2 Solid state drive 500G 600 Yuan
4T mechanical hard drive 600 yuan
Main case with fan + power supply 600w 500 yuan
Memory stick 8G two, 500 yuan
Keyboard and mouse 100 Yuan
Assembling a computer does require a checklist, because when we assemble the computer, after determining the configuration and operation requirements of the computer, we can purchase some suitable motherboards online, and then determine the power supply, graphics card and other configurations based on the motherboard. If you ask, just make a list and ask the computer factory or dealer directly to buy it
Assembling a computer can have some benefits, such as:
1. Customized configuration: Assembling a computer can choose suitable hardware configuration according to personal needs, and you can choose more based on your own purpose and budget. Suitable components.
2. Cost-effectiveness: Assembling a computer is more cost-effective than purchasing a brand-name machine. You can save costs by choosing hardware with higher cost-effectiveness.
3. Upgradeability: Assembling a computer is usually easier to upgrade the hardware. The hardware can be upgraded or replaced at any time as needed to improve the performance of the computer.
4. High degree of freedom: When assembling a computer, you can choose the appearance design, color matching, etc. according to your personal preferences, and you can create a unique computer.
However, there are also some challenges and risks in assembling a computer, such as requiring certain professional knowledge and skills, choosing inappropriate hardware that may lead to compatibility issues or poor performance, possible risks during the assembly process, etc. . Therefore, if you do not have enough experience and skills, or do not know much about computer hardware, it may be more suitable to buy a branded machine.
There are drawings when you buy a computer desk, just assemble it according to the drawings
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.
CPU Memory Motherboard Solid State Drive Power Supply and Chassis
The CPU only needs to install the fan, and use the screws that come with the fan. A screw is required on the chassis where the graphics card is fixed. Mainboards generally require 4 to 6 screws, 6 for large boards and four for small boards. The hard drive requires 4 screws. These screws will have a screw package inside the newly purchased chassis.
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