Ever wondered how to build a pc for gaming? Making an investment in a gaming computer is one of the best technology investments you can make. The best gaming rigs are much more powerful and reliable than smartphones and have infinitely higher levels of versatility than even the best streaming boxes. No matter what your task requires, a gaming PC provides the best solution. As long as you’re editing video, typing documents, or cranking up the settings on the latest games, you’ll find no better choice.
Table of Contents
- How to build a pc for gaming:Components?
- How to build a pc for gaming
- Related links
How to build a pc for gaming:Components?
- GPU[Graphics processing unit]
- CPU[Central processing unit]
- Hard Drive
- RAM[Random Access memory]
- System Case
- Heatsink and fan
- PSU[Power supply unit]
- Keyboard and mouse
- Operating system
How to build a pc for gaming
Motherboard: This large piece of hardware connects all the components of your PC, allowing it to communicate with all the other components. PC building offers a wide variety of motherboard choices, from cheap boards to powerful, feature-rich boards. The motherboard is the backbone of the system, thus the selection of a motherboard is a very important decision in the process of how to build a pc for gaming. See prices on Amazon
GPU[Graphics processing unit]: Gaming performance is heavily dependent on your Graphics Processing Unit (GPU). Computer graphics cards are what allow PC games to look so good since they perform complex calculations for complex graphics. If you want to play modern games on your PC, you are going to need a GPU, even if your CPU has integrated graphics. GPU selection is, therefore one of the most important decisions in the process of how to build a pc for gaming. See price on Amazon
CPU[Central processing unit]: Any computer’s CPU is probably its most valuable component, and as you’d expect, there are a wide variety of options in multiple price ranges. Intel and AMD are the two most popular brands in the consumer PC space, and there are a variety of choices within those brands as well. See prices on Amazon
AMD’s Ryzen and Threadripper products are likely to be your best choices if you want to go all out. If you want to put together a serious gaming or stream rig, we recommend an Intel i5 or i7 from the 8th or 9th Generation.CPU selection is therefore one of the most important decisions in the process of how to build a pc for gaming
Choosing a motherboard will likely be based on what CPU you have purchased and what features you wish to have. Buying the right motherboard is important since not all CPUs work with every motherboard. When purchasing a motherboard, you should consider factors such as overclocking capabilities, lighting, and connectivity options.
With the RTX 2080 Ti from NVIDIA holding the title for the best consumer-facing GPU, the Radeon RX Vega from AMD is not far behind. If you wish to engage in gaming at the highest resolutions and frame rates, then the GPU is the most expensive component you will buy. For that reason, you shouldn’t go cheap on this component.
Hard Drive: It is the place where your PC can access long-term data stored on a hard drive. Any data you need to access such as files, games, your operating system, will be stored on a hard drive. Storage used to be dominated by hard disk drives (HDD), but solid-state drives (SSD) are now more common. However, SSDs are more expensive per gigabyte, as they are faster, more durable, and quieter. See prices on Amazon
RAM[Random Access memory]: Your computer’s short-term memory is known as RAM, or Random Access Memory. In terms of RAM, 16GB is usually enough for gaming systems, and 32GB if your PC is meant to withstand several years of use. The amount of RAM is also one of the most important decisions in the process of how to build a pc for gaming. See prices on Amazon
System Case: There is a large range of case designs and sizes available for a PC, so you can get the case you want in just about any shape or size you desire. Despite the differences in their designs, all cases are made for roughly the same components, which means they share similarities regardless of brand or layout.
The majority of cases are perfectly adequate unless you’re looking to build something small, or with features like custom cooling loops.
When choosing a case, it is also crucial to consider the cooling system. Many cases come with fans built-in, but if low temperatures are an important consideration, make sure your case has enough space for the cooling system that you need. See prices on Amazon
Heatsink and fan: Heat is generated by your CPU when it works hard. Your computer’s CPU should always stay cool to ensure a smooth experience, and though many CPUs come with a cooler, you may want to consider something more advanced. Various options exist, ranging from simple fans and heatsinks to elaborate liquid cooling equipment.
These cooling solutions can be installed in a variety of ways, but most require attaching them to your motherboard and using thermal paste to ensure heat is dissipated from your CPU correctly. Ensure the cooler is compatible with your processor and motherboard, and that your chassis has space for it. See prices on Amazon
PSU[Power supply unit]: PSU provides power to the system unit. A simple build usually means that any power supply should work, but sometimes that’s not the case. Nonetheless, if you’re planning to put together a larger and more complex system, it’s very important to look into wattage, efficiency, and quality. Having a sufficiently large power supply is crucial if you plan to use special graphics cards (or multiple graphics cards) or a custom cooling solution. See prices on Amazon
Keyboard and mouse: Gamer might find it particularly useful to be able to map buttons, as well as adjust the DPI (speed of the cursor) instantly. Finding a mouse that feels comfortable is probably the most important thing. Gaming mice have become highly popular in recent years, especially the Logitech G502 Hero. However, there are many other great mice out there including those from Corsair, Razer, and many others.
When it comes to something as simple as a keyboard, there are multiple options. It’s easy to find the right keyboard for you, since there are many great choices out there. See prices on Amazon
Operating system: It is the software that lets you connect to your computer. Installing Windows on your storage device (preferably a SSD) allows you to run all your programs, games, and other items on your computer.
Many operating systems are available, but Microsoft Windows is by far the most popular among the general public because of its widespread use and straightforward user interface. The Linux operating system is also popular, and adds the advantage of being free, though it also requires more effort to learn. See prices on Amazon
Monitor: If your GPU supports G-Sync or Freesync, you might want to invest in a monitor capable of supporting either, as these features will reduce screen tearing and further enhance gameplay performance. See prices on Amazon
How to build a pc for gaming: Assembling your PC
After all of the preparations are made, it is finally time to build.
The first time you put these pieces together, you’ll see that they’re designed to be very straightforward to put together. It might sound like a complicated task, but if you have done your homework and know everything is compatible, it’s actually as easy as putting together an elaborate kit.
How to build a pc for gaming:Additional tips
CPU installation: As the motherboards usually contain the pins that connect to the processor, today’s CPUs don’t have pins. As a result, the expensive CPU is significantly more valuable than the (usually) cheaper motherboard. There may be some differences in the process based on the CPU and motherboard, but in general, the process follows a similar path.
The first step is to unlock the CPU bar. Once the CPU door has been opened, align the CPU by placing the arrows on both sides (you can manipulate this by adjusting the bar in a downward direction) and close the door. In addition to your hardware, you will also have to mount the heatsink through four holes closest to your CPU socket. A screw or plastic pin is usually used for this purpose. When mounting heatsinks, make sure you use the right quantity of thermal paste.
Likewise, ensure that you connect the CPU cooler to your motherboard to ensure that it gets the power it needs to function. The exact process should be clearly articulated in the instructions that come with your cooler. In order to simplify the process as much as possible, it is best to install the CPU and CPU cooler before placing the motherboard in the case
Case Preparation: Installing standoffs is the first step to installing your motherboard in your case. Brass spacers that match up with the screw holes on your motherboard serve as a barrier between your motherboard and your case, keeping the metal from touching. Install your screws where screw holes are available in your case. Consult your manual if these holes aren’t clear from your manual.
(RAM) installation: In most cases, installing memory is pretty straightforward. Using your fingers, push the two tabs on the RAM slot on your motherboard open. Ensure that you are installing your memory on the right side by looking at the memory guide. After you’ve lined up the RAM alongside the slot, push down until you hear the click, and only then should you close the tabs. If there is more memory, repeat those steps. This might be easier if you install the RAM before installing the motherboard onto the case.
Motherboard installation: The motherboard is fundamentally a large circuit board, which is why it should be handled with care. When mounting the standoffs inside the case, it is crucial to align the holes and add screws carefully. A motherboard needs to be secure and not loose, but at the same time, the screws should not be overtightened. If the board is bending at all, you’ve over-tightened. Depending on how far back you push your motherboard, you might have to line up all the screws before screwing it in.
Everything else is fairly straightforward once your motherboard is mounted. The GPU will connect to the PCIe slot. Once installed, be sure to remove any expansion covers and secure it with screws once clicked into place. Install your M.2 drive carefully into the appropriate slot on your motherboard and use a small screw to secure it.
To install components correctly, you should use a bit of force, but if you find something isn’t fitting, make sure that the component is in the proper place. Because the pieces are supposed to fit together, you won’t need to do too much pushing.
You can use the power supply to power your video card, storage devices, and motherboard. Typically, your PSU comes with the right cables. For hard drives and SSDs, you’ll also need a power cord, a data cable, and a SATA cable. Your devices should all come with these cables.
You should be able to tell what cable to use from the power supply to the components that require the power. Depending on the component, adapt the plug to the connection it needs, and follow the instructions in the manual if necessary.
Starting the pc
After all the wires are connected and everything looks the way you want it to, switch on your new computer by plugging it into the power supply. You should be able to see the BIOS screen if everything is connected correctly. You are now ready to install your preferred operating system and begin using your new computer!
Warning and error messages
Even the best of us fail on our first try from time to time. So don’t freak out. It’s almost always an easy fix. It is often the case that your computer will inform you through its BIOS menu, or in error messages displayed on its motherboard, what is wrong. It is in your best interest to conduct research, as you will likely encounter an error someone else has encountered and corrected as well.
Congratulation on learning how to set up a PC, whether this is your first or tenth attempt. Though you’re still learning, the fact that you’ve made it this far shows that you’re well on your way to becoming an expert. The lifespan of one of these systems may exceed five years if properly maintained – and if properly upgraded, perhaps ten years. Once you get your hands on the right components, you’ll discover that it’s not only easy, but it’s a blast.