Collect Your Own Gaming Computer In 11 Steps
If you are thinking of building a gaming computer yourself , it’s natural that you have question marks in your head about how to do it; because there are hundreds of different brands of thousands of different computer models on the market.
Collecting computer culture is an existing culture since the first period of personal computers. Computer users struggled to fit more powerful hardware into the same chassis, not satisfied with the ready configurations offered by the manufacturers themselves. At the beginning, only the RAM, such as RAM, was changed, and parts such as sound card, video card and processor were changed in the future. Nowadays, we can choose each part of the computer and build our own computer from scratch.
If you want to build your own gaming computer yourself and you do not have enough knowledge, or if you have some question marks in your head, this computer collection guide can work for you. In this article, we will tell you how to build your computer step by step and what you will consider when choosing parts.
Before you start our computer collection guide, you can get some helpful information about the topic by browsing the following text:
What Do Your Computer’s Features Really Express?
Let’s start with our guide in the first step:
1- Specify your budget
Our budget will determine which pieces we can use on a gaming computer. For this reason, attempting to do this without creating our budget will be like finding a way to go where we do not know without a map. Determine whether you need peripherals such as monitors, speakers / headsets, keyboard-mouse pairs in your computer and allocate a budget for this task.
It is worth pointing out that this computer is much more advantageous than a laptop gaming computer in terms of cost when building a gaming computer. Moreover, desktop processors have higher performance than mobile processors, desktop computers come with better cooling options, and you can use a larger monitor. If you do not carry your computer frequently, choosing a desktop computer instead of a laptop computer will make more sense in terms of performance and cost.
2- Specify Your Needs
When collecting a game computer it is our basic goal and it is certain that we need to play the game; but what an important point we play. When you build your gaming computer, you can play a computer according to the gaming. For example; If you are going to play only CS: GO, you will not need this computer to have superior hardware power to run CS: GO fluently; because CS: GO is a game with very low system requirements .
Find out the system requirements of the games you want to play before collecting your computer. Minimum system requirements will allow a game to play at a frame rate of around 30 FPS, which is not very smooth, with low graphics settings. Suggested / recommended / recommended system requirements will allow a game to play smoothly with high graphics settings at frame rates of 60 FPS and above.
As a result, it would make sense to start building the game computer by saying “I will play GTA 5 “. You can find out what hardware you need by looking at the GTA 5 system requirements .
3- Select your processor
After determining our needs and our budget, the processor comes to us. We will choose our motherboard for this preference because we make the processor selection first. Make note of the socket structure of this processor after you choose a processor based on the requirements of the games you will play; because we will have to choose a motherboard that supports this socket structure.
For today’s games, a 4-core processor is usually enough. More cores do not always mean high performance; because the games are not structured to use all the cores of the processor. Even if you are an 8-core processor, only half of these cores can be used. At this point, the core speed expressed in GHz is gaining importance.
For computers, both AMD and Intel produce many different processor models. When you look at the processor models of these companies, you can see that some processors have a higher number of cores and a higher core speed; but you can see that it is cheaper. Which of these CPU models would you prefer? At this point, we advise you to look at performance tests, benchmarks and most important game tests rather than looking at the technical details of the paper, the number of cores and the core speed. Each manufacturer produces its own processors with its own architect, so that the processors produced by these companies can perform differently, even if they have the same number of cores and core speeds.
Do not hesitate to allocate your budget to this part after you have chosen your processor according to your game tests and your needs. The processor and graphics card will take the largest share of the budget on our computer.
- Select Your Motherboard
After you select your processor and note the socket structure, you can not select a motherboard that matches this socket structure.
The motherboard is basically a piece that will mount on the parts of your computer, allowing your computer parts to communicate with each other. This piece does not directly affect performance, but instead determines what features your computer will have. When choosing a motherboard, we recommend that you take a look at the following features:
– RAM Slot :
The number of slots you can mount your RAM modules on your motherboard can be 2 or 4. Economical models usually have 2 sockets. But 2 nests can be enough nowadays; because the only RAM modules with a capacity of 8 GB can be found easily. Games of today’s high graphics quality also recommend 8 GB minimum requirements and 16 GB RAM requirements.
– Sound Card :
Sound cards, which were previously separate hardware, are now incorporated into the motherboard. According to the sound system you will use, the audio chip on your motherboard also gains importance. Some motherboards come with audio chips that will support 5.1, 7.1 analog outputs or audio systems with an optical output. These are not included in the class of economic anarchy; but they save you from buying an additional sound card. Standard and economical interfaces come with audio chips that only support 2.1 stereo audio output. If you are going to use a classic headset or speaker, these affordable motherboard models will see your business.
– Multi-Display Card Support :
If you are going to use more than one display card in your computer, it is useful to note this feature. Economic motherboard models support only one display board. Advanced motherboards have multiple video card slots. If you are going to use a system with more than one AMD graphics card, you will have to select a motherboard with SLI support if you are going to use more than one Nvidia graphics card.
– Cooling :
The motherboards feature power connections for the processor and chassis fan as standard. However, if you want to apply a cooling system on the standard, you may want to purchase a motherboard that has power connections to which you can connect additional processors and chassis fans. This allows you to manage your fans from the motherboard’s control panel.
Converters can connect your fans directly to your power supply; but you can not control the speed of rotation and the working condition of the fans when you apply this way.
– Storage :
We recommend that you check the SATA inputs on your motherboard according to how many storage units you will connect to your computer. If you connect more than 4 SATA storage units to your computer, economic motherboard models may not be able to see your business. In addition, depending on the type of SSD your motherboard may need to do. You can connect standard SATA SSDs to any motherboard. However, you may need to use a motherboard that is compatible with these SSDs to use the SSDs of the next-generation M2 standard.
– USB Outputs :
Knowing how many USB devices you will connect to your computer will be important when choosing a motherboard. Your motherboard will also need to have enough USB outlets to connect your computer with additional hardware such as keyboards, mice, webcams, external storage, card readers, USB audio cards, and so on.