When you build a gaming PC to save money, make sure you comply with at least the system requirements of the games you want to play. But if your budget allows, it is wise to consider the need for a growing sports system in the future. Completing construction in just a few months would be more frustrating than running out of space in your favorite first person shooter game.
Assembly time
When you have all the parts and tools together, make sure you have enough space to keep your construction organized. Be aware of static electricity when building - it's one of the few ways to damage hardware, but it's easy to avoid. Ground yourself repeatedly by touching the surface of an unpainted metal or wear an electrostatic discharge (ESD) wrist strap that is naturally present in your body to protect your system components from static electricity. ۔ It is also helpful to have a compressed air can to remove any dust or debris from the interface as you are installing the processor, memory and SSD.
For instructions on the processor, power supply, and case mounting motherboard, refer to each component owner's manual. The installation or assembly of components is not complicated, but errors are possible. Therefore, it is best to follow the more detailed step-by-step instructions for each specific section.
Step 1: Motherboard
The motherboard is the basic hardware for any system. That way, it should be the first item on your list. The motherboard determines the physical dimensions and size of the construction of your computer, and also determines what other pieces of computer hardware can be used - an important point because your motherboard The amount of performance you want to get out of the vein should be supported. This will further indicate what type of storage (drive) can be installed. Both drive size (2.5 inches, mSATA, or m.2) and interface type (SATA or PCle).
Step 2: Install the CPU
Remove the CPU from its packaging, do not touch the gold pins on the bottom. Install your processor onto the motherboard by pressing firmly and following the manufacturers recommendations. Apply a pea sized amount of thermal paste if installing a heatsink. Secure the heatsink over the CPU with the 4 screws.
The processor may be the single most important component you choose to build. Fuel the memory and storage processor that controls every data transaction inside the PC. When deciding which CPU to install, pay attention to gigahertz (GHz) - the higher the GHz, the faster the processor. This is important if you are overclocking because the amount of GHz you use will increase. Overclocking is accelerating the CPU's clock cycle so that transactions can be processed faster than the data verified by the manufacturer. It is also important to find the right heat sink for the processor so that the high temperature does not affect the health of the system.
Step 3: Install the RAM
RAM is the easiest hardware to install when you’re building a PC. Locate the memory slots on the motherboard. Hold your memory modules on the side to avoid touching the gold pins. If your memory doesn’t have a heat spreader, also avoid touching the chips on the module. Align the notches on the module with the ridge in the slot then firmly press the module in until it clicks. As you’re pressing, note that it takes about 30 pounds of pressure to fully install a module.
Step 4: Install the motherboard in the case
Install the I/O shield into the rectangular opening of the case. Next, slide the motherboard into the case until the ports fit through the I/O shield. Once installed, secure the motherboard with the included screws into the case. Do not overtighten, this can lead to cracking on the motherboard.
The case is important in the look of your rig, but also influences the performance. If you’re planning on overclocking, it’s likely that the system temperatures will be higher than normal. As a result, a case with efficient airflow and room for adequate case fans will help extend the life of the internal components.
Step 5: Install the GPU
When you expect more output from your computer, you need to reinforce your system with the resources it needs to realize those expectations. Creating ultra-sharp graphics requires more memory to process all the fine details that jump off the screen –more GBs of RAM equals more graphical horsepower.
GPUs have an extremely wide price range, which could seriously inflate your expenses for the build. If you crave razor-sharp visuals that a high-priced GPU offers, be sure to give it the assets it needs to do its job: a powerful processor and plenty of RAM.
Step 6: Install the SSD
Depending on the form factor of the SSD you’ve purchased (2.5-inch, mSATA, or M.2), installation requires attaching the drive to the storage interface, then fitting it into the drive bay (if it’s a 2.5-inch SSD).
Step 7: Install the fans
Install your cooling fan with any included mounting brackets. For CPU fans, ensure constant downward pressure is made with the CPU when the cam lever engages with the mounting bracket. Plug the fans into the motherboard
Airflow is an important consideration when building a gaming computer. If your rig is designed for performance, using too much power can cause high temperatures inside the computer, and this hot air needs to be expelled from inside the machine. Many gamers include two case fans: one for cooling the PC and the other for expelling the hot air. This is not the only way to cool your system - consider adding a CPU fan, memory cooling fan, or even installing a water cooling kit.
Step 8: Install the power supply
Remove the power supply retaining bracket. Attach the bracket to the power supply, slide the power supply into the case until it is flush with the case.
The most important part of selecting a power supply is to confirm that it provides the energy your rig needs to run. This is especially critical if you’re building a high-performance workhorse, which means you’ll need a robust power supply to make it all run. But don’t forget, higher voltages create more heat. You may need to adjust your system cooling or internal airflow.
Step 9: Attach the appropriate cables
Attach all USB, audio, GPU, CPU, drives, power supply, heatsink, and cooling cables per the manufacturer’s instructions
Step 10: Plug in your peripherals
Plug in your mouse, keyboard, monitor, and headset if you have one.
Step 11: Flip the switch!
When your system is assembled, it’s time to hit the power button! Hopefully, everything should turn on.
Step 12: Time to Boot up!
If everything worked correctly, a screen will appear where you can enter the system BIOS. If you have a disc or flash drive with an OS, put it into the appropriate drive, boot up, and install the OS.
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