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Whether you are a fan of multiplayer missions that you can play with people from all over the world, or someone who likes to perform missions alone, there is a PC game for everyone. However, as you gain more experience as a player, you will also realize that you want more from every game you play.

This could be higher-resolution graphics, an opportunity to download and store more games, or the ability to stream like-minded game lovers on Twitch while you are playing. However, these are not things you can get from any ordinary PC, and the price of a good gaming PC is quite relative.

It is for this reason that more and more game players choose to build their own gaming PCs. Not only is it cheaper to buy the hardware separately and assemble it yourself, but it also gives you the opportunity to customize your PC according to your gaming needs.

But where do you start? Don't panic, we are here to help you! We have compiled this definitive guide to building a gaming PC. Here you will find all the information about which parts are necessary, how they work and most importantly how to put them together. We also provide guidelines on building the best gaming PC and buying the best pre-built gaming PC.

This guide is intended to be used as a manual for people of all skill levels, from beginners to tech-savvy people. After all, building a gaming PC is a complex task, and even the most tech-savvy people may encounter obstacles at some point.

Are you ready to start this adventure? excellent! Collect your tools and equipment and let's get started!

In this guide, we will help you in the following areas:

Before we delve deeper, it is worth noting that this guide for building a gaming PC will also help you when building a normal PC.

Before someone assembles a PC, there are a few things to consider. First, you need to make sure you understand your needs for purchaseable components. After reading this section, you will know whether building a gaming PC is right for you (almost certainly), or whether you should choose a pre-built machine.

First, set a budget. Depending on the needs of your PC, component prices can vary greatly, so you need to consider whether you want to build an entry-level, mid-level, or high-end gaming PC. Chapter

What's the Difference Between These Levels? How does each tier affect your budget? We'll explore this in more detail below, but to give you a brief overview of the estimated budget for each tier, see the table below:

* Note: These prices include the case and hardware, not gaming peripherals like monitors and mice or keyboard. A budget of $ 4,444, 300 and $ 400 allows you to build a gaming PC that can run certain games (like esports games) on low settings, but it is not enough to build a PC suitable for AAA or high definition gaming. games.

If you want to build a PC dedicated to playing old games, this is great, but you have to remember that building an entry-level gaming PC will severely limit the choice of games you can play and the quality of the games themselves.

Spending $ 500 building your gaming PC for $ 600 will allow you to invest in more powerful graphics cards or processors. This means that you will be able to play some modern AAA games, but these games require lower graphics settings to play.

So while this may be a better option for anyone on a lower budget, it's generally best to put it off until you have more money to play with. Then you can build a gaming PC that can give you better performance.

If you want to play modern games, or even want to enjoy the world of virtual reality games, then a budget of US $ 600 and US $ 800 will be your minimum expense. In this price range, higher graphics settings of 1080p can be achieved, as well as a higher FPS count of about 144+.

If you choose to use an AMD processor, you can even add multithreading to the PC feature list. This further improves the playability of certain games and provides more features for the range of games that your PC can play.

With a budget of $ 800 to $ 1,000, you can build a powerful PC with many more features than just games. You can buy components that will give you great performance when playing with maximum settings above 1440p.

Spending over $ 1,000 to build your PC will provide you with all of the above features and allow you to play games with 4K high definition graphics. Heavier workload tasks like streaming media and video playback will also be easily handled.

So, as you can see, the minimum budget required to build your own gaming PC is $ 300. However, this will give you an entry-level PC, so if you want to play modern games or any games with 4K performance, you should save more money.

However, this does not include any peripherals such as a monitor, mouse, or keyboard, so this is also a factor to consider.

So you've calculated your budget and have a better understanding of what you can afford. You also know what features you want your PC to have.

Now, it's best to consider whether building your own PC is the best option, or whether buying a pre-built gaming PC is more suitable for your budget. Each method has advantages and disadvantages, let's explore

This article contains all the information you need. But building a gaming PC is a complex task, and you need to practice a little patience and dexterity to complete this task.

However, one thing you can do when building your own PC is customize it exactly the way you want. Pre-installing a PC is a "this is what you get" transaction. When creating your own game, the sky is infinite and you will be able to create something that meets your needs and play style.

The first thing we want to say is that for those who are relatively repulsive of technology or unsure of building their own PC, a pre-built gaming PC is definitely the best choice. The slightest mistake can cost you time and money, so if you are not sure what you are doing, choose a pre-built PC. The

pre-installed gaming PC can also be used out of the box. So even if you don't have the feeling of self-realization, you can start playing some games earlier!

However, the customizability of using a pre-built gaming PC is much lower, and you have to do your best. They are also much more expensive than building them yourself, and although they will provide technical support and have been thoroughly tested, your budget will be more complicated.

To build a PC, you will need components and some tools. First, when choosing the components to build a PC, you have to make sure that all the components are compatible with each other (CPU, RAM, motherboard), because the last thing you have to find is that the CPU becomes the bottleneck for the rest. of the system.

You have set up your work area and you know what size box you need. It's time to see what hardware and components you need to bring your gaming PC to life. This is where things start to get more technical. However, understanding the role of all these components in your gaming PC and what their acronyms stand for will make building your PC seem less overwhelming.

Next, we will introduce them one by one, and give you a detailed introduction to their functions, while trying to avoid using jargon.

If you don't have a Phillips screwdriver by your side, we recommend the excellent iFixit Pro Tech Toolkit. This is enough to get you started building your first PC, including the necessary Phillips Bits and a convenient anti-static strap. The

processor or central processing unit is essentially the "brain" of any computer. The CPU is considered the second most important component in gaming PCs, after graphics cards, yet it is the most important component for creating content. The processor executes instructions and is a key component in any PC.

The three most important things about a processor are its clock speed, cores, and threads. The

clock speed is a measure of processing speed, measured in gigahertz (GHz), and refers to how many cycles per second the core runs. Each processor is made up of cores and threads, and the cores are generally assigned to different tasks in the system. In addition, modern CPUs often have multiple cores, enabling them to efficiently multitask. The CPU also has threads, which is essentially a virtual version of the CPU core. A thread can only perform one task at a time and corresponds to a core, but if you see that a processor has twice the number of core threads, then it is a so-called "multi-threaded" CPU. A multi-threaded CPU allows two programs to run on a single CPU core at the same time, as long as they are not the same type of instructions. The

clock speed and the number of cores are only direct measures of the performance of the same generation of processors, because the underlying architecture that constitutes the CPU is constantly evolving and improving.

To ensure you get the best performance and make your setups future-proof, you'll always want to buy the latest CPU that can be affordable. Intel

processors are known for their powerful single-core performance, which means that they have always been considered the best CPUs for gaming. While this is true, this is not a factor affecting your decision to buy a game, because Intel CPU prices have been severely criticized for being too expensive. The AMD

processor is known for its powerful multicore performance and cost benefits, making it ideal for heavy duty and multitasking. With recent development, AMD's single-core performance has also improved, making it a strong competitor in the CPU market and narrowing the gap with Intel.

To better understand the current CPU market, it's worth checking out our CPU hierarchy article to understand how different processors overlap with each other.

Therefore, you have decided to use the processor. Now you need a compatible motherboard. When looking at motherboards, the main difference between low-end motherboards and high-end motherboards is usually overclocking ability and advanced features.

Therefore, you have decided to use the processor. Now you need a compatible motherboard. When looking at motherboards, the main difference between low-end and high-end motherboards is usually overclocking capabilities and advanced features.

If you plan to overclock the CPU:

Once you decide whether to overclock your new PC, it's time to decide on the form factor of your MOBO and case. Common motherboard sizes for gaming PCs are usually: ATX, MATX or ITX. Things like the

USB port often don’t switch between sizes, but the smaller it is (the smallest ITX, the largest ATX), the less RAM and PCIe slots it has. Please note that MiniITX size motherboards tend to be more expensive,

Stick to trusted brands such as Corsair, EVGA and SeaSonic.

Next, you need to make sure that the system has enough power. You can use tools such as the PSU calculator to determine which PSU to choose. Keep in mind that the PSU requirements listed in the GPU specifications usually increase, but you may need to use these requirements if you plan to overclock or expand the system in the future.

A high-efficiency power supply may not save you a huge amount of money, but now all big-name manufacturers use more than 80 energy efficiency levels. The higher the rating, the higher the cost, but this means that the power supply will use most of the energy it generates and will consume less heat. Don't buy a power supply without 80+ certification.

Finding the best power supply to meet your needs sounds complicated, but with our guide to the best power supply, you're sure to get a reliable power supply. Whether the

chooses the PC case or motherboard first, it's up to you, but make sure the shape is compatible with the ones we discussed above (ATX, MATX, or ITX).

After finishing your hardware, you need to consider what software your gaming PC needs. This will be an operating system that will bring powerful features to your hardware and ultimately allow you to play games that build your PC for you. The

gaming mouse and keyboard are essential for your computer, and if you don't already own them, you'll want to get them. No matter what game you play, the mouse and keyboard will be the next step towards a perfect gaming experience. At WePC, we've tested hundreds of mice and keyboards to find the best one, so be sure to check out these guides.

The monitor you choose for your new PC is not important, but there are some guidelines to ensure you don't waste money. An example of waste is: buying a 4K, 144Hz monitor with a budget of $600 will be useless.

Check out the best gaming monitors in our detailed guide, or if your budget is large enough, you may want to check out the best 240Hz gaming monitors or our roundup of the best 4K gaming monitors.

Remember: not all gaming monitors have speakers, so you may need to carry gaming headsets with you.

If you plan to overclock, or even if you usually worry about overheating the CPU and other hardware, it is a good idea to invest in some additional chassis fans.

When looking at the chassis fan, there are three main things to keep in mind; airflow, RGB lighting, and noise output. Here is a simplified explanation of each:

One word you see many times in this article is "overclocking." But what does overclocking really mean? Let's explain in more detail.

Simply put, overclocking means boosting your PC's CPU above its default clock speed, and by doing so, you've given it the ability to run faster. But do you really need to overclock your gaming computer?

If you choose a CPU with a high clock speed, it is unlikely that you will need to overclock. However, if you choose the budget option, if you want the system to run faster, overclocking can be a good option.

However, one thing to keep in mind when overclocking is that it will increase the heat generated by the PC. Therefore, while improving CPU performance, you must also provide additional cooling for the hardware through additional fans.

It's also worth noting that many CPUs lock the multiplier, preventing you from overclocking. So if you are sure you want to overclock, you should look for a CPU without these protections.

You have found all the hardware, software and peripherals. Finally, it's time to start building! We will take you through the step-by-step guide below, but if you prefer visual learners, please check out our handy video below.

Before you start, make sure you have organized your workspace as described above. This will allow you to easily find everything you need when you need it. When you are done, wash and dry your hands, put on gloves, and leave!

Before you start, make sure you have organized your workspace as described above. This will allow you to easily find everything you need when you need it. When you are done, wash and dry your hands, put on gloves, and leave!

Required tools

Required parts and tools

After taking the carton out of the carton, remove the side panels to expose the inner frame of the carton, and make sure to remove all packaging. Inside, you will notice a small box or a bag of screws, which will be needed later in the installation process, so please put them aside.

Untie the cable on the back of the chassis to loosen it, and you can use it after the motherboard is installed. Finally, according to your motherboard dimensions, screw in the correct number of bracket screws you need.

Now put the PC case aside.

Tip: Sometimes the thumbscrew on the back panel may be a bit tight, so please use a screwdriver and save the thumb skin!

Wash hands and clean the work area.

Parts and tools needed.

Parts and tools needed: chassis, fan/small, screwdriver.

If you want to replace the chassis fan with other options, please remove the fan from the chassis first. In order to get close to the fans in front of your case,

If you choose the push/pull setting and use the screws that came with the fan to fix it in place.

When wiring the fan, the rear fan will have a fan header near the motherboard. Motherboards usually have 35 fan headers spread out, so if you can't find them, please check your manual.

Tip: Adjust the direction of the fan to hide the cables more effectively.

Tip: Pull out the fan cable from the back as much as possible to help organize the inside of the frame.

Tip: A common configuration is two fans in the front and one fan in the rear.

Attach the fan to its mounting point with the cable toward the back of the PC case

Parts and Tools Needed

Take the motherboard out of the package and place it on your workspace. Locate the CPU socket (usually near the top center of the circuit board) and release the lever until it is upright. When the levers of the AMD and Intel motherboards are in the vertical position, the CPU can be used.

You will notice a small arrow in the corner of your AMD or Intel CPU and motherboard. This arrow indicates the position of the CPU, and you must align these arrows.

Put the CPU in the socket. If it does not fall into place, please push it slightly. Before lowering the lever, make sure that the CPU is level. For Intel-compatible motherboards, there will be a piece of protective plastic on the socket and metal clip, which is clamped under the bolt. The pull rod will feel a lot of tension, don't worry, this is normal, the plastic protective cover will fall off during the installation process.

Tip: When operating the CPU, be sure to hold it from the side and avoid touching the top or bottom.

Tip: The CPU can only be inserted into the socket one way!

Release the lever / latch on the CPU fixing bracket / socket

Required parts and tools

If you want to fill the available RAM slot on the motherboard, align the memory stick (insert it only one way) and press until you hear a click. Before doing this, you may need to bounce the plastic bit off the end of each slot. If you don't plan on using all of these RAM slots (very common), be sure to check your motherboard's user manual, which will tell you which slots your RAM is inserted into.

Tip: At the end of the build, if you encounter a situation that is not shown, the RAM may not be installed correctly. Power off the system and verify that the RAM is installed in its place! The configuration of the

slot varies from motherboard to motherboard, so refer to manual

Parts and Tools

Whether you use an integrated liquid cooler or an air cooler, they all have different brackets and installation procedures. Take out the manual from the cooler to facilitate the next step.

Some coolers require mounting brackets, which are usually inserted from the back of the motherboard. Some motherboards come with a pre-installed backplane, but in most cases you will have to install the backplane.

After installing / replacing the bracket and other small parts connected to the cooler are ready, check if the cooler base has been previously coated with thermal paste (thin gray layer). Thermal paste is very important, so if you can't see it on the bottom of the cooler, you need to apply it yourself. To apply thermal paste, you can refer to our easy-to-follow step-by-step guide.

Assuming you have applied thermal paste, continue to place your cooler on top of the CPU and align the screw holes. The AMD and Intel series coolers are some of the easiest to install, but if you are using an aftermarket cooler, be sure to tighten the screws crosswise.

Tip: To remove thermal grease, use a lint-free cloth and a small amount of isopropyl alcohol (90% isopropyl).

Tip: If you install an AIO cooler, just install the bracket and wait for the motherboard to power off. be placed on the chassis before installing the radiator.

Obtain the necessary parts and tools for your cooler

instructions (if purchased separately)

Before screwing the motherboard into the chassis, hold the I / O shield in the cutout on the back of the chassis.

Now that the I/O shield is in place, it's time to screw the

into the motherboard. Lay the chassis on its side and place the motherboard on the top of the bracket so that the I/O connection passes through the I/O shield. After alignment, use the screws listed in the chassis manual to secure the board in place.

Don't worry about connecting the front panel and the power cord, we will do it later.

Tip: Do not tighten the motherboard

without the support screws in each hole. Tip: If the motherboard screws are missing, the power screws can also be used to fix the motherboard to the support

Install the side of the bottom box

Required parts and tools

If you only purchased M.2 storage devices, please skip this step.

Check your box and find the best place to install the SSD / HDD. Some cases have many different mounting options, usually located behind the front panel or the rear panel. It is not important to choose the location of the installation unit, but remember cable management when choosing a location, because you want your PC build to look as clean as possible.

In some cases, it comes with a "tool-free" installation, which means that your drive must be attached to the drive tray. other

The screws are the same as the motherboard, but always refer to the manual of the case. Once the

is in place, you can connect the SATA cable in the motherboard box to your storage device and to the motherboard through the back. To connect to the correct SATA port, please refer to the motherboard user manual, but make sure that the boot device is connected to SATA1.

Tip: Generally, a 2.5-inch SSD can be installed in a 3.5-inch HDD tray, and vice versa.

Slide the storage device into the drive tray or use the correct screws to install and screw it into your place (see case manual)

required Parts and Tools

Locate the small horizontal slot of M.2 on the motherboard. Once found, remove the screw (if it is already on the board), and then slide the M.2 into place. The storage device will lift slightly at a 35 degree angle because it requires you to squeeze it. Push the SSD down and tighten the small screw to lock the device.

Parts and Tools Needed

Locate the PCIe x16 slot on the motherboard (usually on the top, but refer to the manual for the motherboard). Which slot you use depends on the other internal components, but generally the top is the slot that will be used, leaving space near the bottom.

Before installing the GPU, be sure to remove all plastic from the graphics card. Then remove the rear metal cover from the expansion slot to insert the DisplayPort or HDMI cable. These metal covers will screw into mid- to high-end cases, and some budget cases require you to remove them. The

now has room for the GPU. Push the

down into the securing clip in the motherboard's PCIe slot, and then slide the GPU until you hear a click. After the

snaps into place, screw it in firmly.

Tip: If your PC case is not equipped with screws to secure the GPU in place, you can use replacement screws from the

PSU to remove the

plastic from the GPU. Parts and Tools

If you have a semi-modular or fully modular Power Supply, determine which cables you need in your build and connect them accordingly. The power supply is usually covered with labels to make this step easier. After the

cables are inserted, route them so that the power supply is flush with the chassis. If there is a bottom vent, make sure that the power supply fan is facing down, if there is no vent, it is facing up. The

PSU and its housing come with the required screws (4X), just screw them in place.

Unless you have a non-modular power supply, please connect the cables needed to power the system.

Parts and tools

First, we will connect the front panel of the chassis to the motherboard. This is the trickiest part of the build, but that's because it is very tricky. Before you start, make sure that the front panel cable is routed through the back.

Please refer to your motherboard manual to find the location of the front I/O cable. When you find it, pass the cable through the nearest opening. Follow the diagram and connect the cables as described above.

After connecting the front panel cables (PWR L.E.D, HDD L.E.D, PWR switch, reset switch, USB, USB 3.0, HD audio), you can connect the power cord.

Tip: If you check the bottom of the PWR L.E.D, HDD L.E.D, PWR Switch, and Reset Switch cables, you will see a small arrow etched on the plastic. This arrow indicates which pin is + (positive)

Tip: You will be easier to connect the bottom of the front panel cable first, because it may be tricky for the big hand.

Take the motherboard manual and check the layout of the motherboard pin F_Panel

. The required parts and After tool

is pre-installed with the power supply, all cables should extend from the back. Now it is time to return these different cables to the front of the housing and into the adjacent openings.

If you need help on where to connect various cables, please get your motherboard manual.

If there is a cutout near the rear I/O shield on the top of your case, the CPU power connector will be located here. Pass the cable through this hole, and then insert it into the port on the motherboard. After hearing a click, pull the excess part out from the back.

Now that the CPU is powered on, you will pass the large 24-pin power cord through the hole closest to its port. Wait for the click, and then pull the excess cable out from the back again.

Your graphics card also needs power. Slide your PCIe power cable through the nearest cutout. Connect it to your GPU, and then remove the excess from the rear panel again.

Finally, your storage device (unless you have M.2) also needs power. Insert the SATA power supply into the back of the storage device and remove the excess power from the back.

Connect the 4/8-pin CPU cable firmly until you hear a click. This is usually located in the upper left corner of the motherboard (higher power boards may have larger connectors)

Required parts and tools

Once the BIOS is built and successfully released, the operating system can be installed. If you purchased Windows on a flash drive or downloaded the Windows installer, you will need the product key on hand.

Insert your flash drive, load the PC and enter the BIOS. After entering the BIOS, you may need to change the boot priority so that when your PC loads, it will load from a USB drive with Windows.

After changing the boot order or priority, save the changes and exit.

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