Building a computer is not as complicated as you might think. You can build your own PC in just a few simple steps.
Step 1: Choose Your Parts
The first thing you need to do is decide what components you want in your computer. This will determine how much money you need to spend, so it’s important to be clear about what kind of computer you want to build. Do you want an all-in-one gaming PC with multiple monitors? Or maybe a basic workstation with a high-end processor? The choice is yours.
Once you’ve decided on the components that are right for you, it’s time to start shopping around for deals on those parts. There are many online retailers where you can find great deals on hardware, but don’t forget that sometimes local stores can offer even better prices than online stores if there’s something specific that you’re looking for.
Step 2: Assemble Your Parts
After choosing the parts that are right for your needs, it’s time to assemble them onto their respective motherboards (the main circuit board inside each computer). This step is pretty easy—just make sure everything fits together and works properly before continuing on with any additional steps.
Building your own computer is a great way to save money, and it can also help you understand how computers work. Plus, the satisfaction of getting that shiny new machine up and going for yourself can’t be beat.
Why Build Your Own Computer?
- You can save money
There are many reasons why building your own computer can be cheaper than buying a pre-built one. The most obvious reason is that you’re not paying for the stock parts used in a manufactured computer. Instead, you can choose the exact components you want and only pay for what you need. This is especially true when it comes to choosing RAM, since manufacturers tend to opt for less expensive options rather than high-quality ones.
- You get more control over quality
When buying off the shelf, there is no guarantee that every component will work together well or even be compatible with each other at all. However, with custom build computers you’ll have full control over every element of your system so there’s no possibility of any errors arising from incompatibility issues or poor performance due to lower-quality components being used (this also means custom building allows for greater future expansion options).
Computer Case
Computer cases can be made of metal or plastic and come in different sizes, shapes, and colors. Computer cases can be very expensive.
Power Supply
The power supply unit (PSU) is the heart of your computer. Without one, you won’t be able to use any of it other components. If you want your computer to be powerful enough for all your needs and reliable enough not to break down often, then the PSU must be compatible with the other components in terms of power requirements and quality standards.
The efficiency of a PSU is measured by how much energy it uses for its function compared to what it outputs as usable power for all components connected together at full load conditions. Efficiency is usually expressed in percent as a percentage out of 100%. The higher this value is, the more efficient is the device when compared with other similar devices from competing brands or companies
Motherboard
The motherboard is the main circuit board of a computer. It connects all of the other components together and determines how many ports, USB ports, and expansion slots it has. When you buy a computer, it will usually come with one or two PCI-E slots for graphics cards and such. You can upgrade your motherboard to have more expansion slots if needed by purchasing an aftermarket one that is compatible with your CPU. The size of the motherboard is determined by its socket type (which refers to how big it needs to be), so make sure you get one that fits your processor’s socket type before buying it.
CPU (processor)
The Central Processing Unit, or CPU, is what determines how fast and efficiently your computer will run. It is the brain of the computer and drives all operations from booting up to powering down. The faster you want your computer to perform, the more power it needs from its processor. If you want to run multiple programs at once (like playing a game while looking at Facebook) then a high-performance CPU should be used in conjunction with ample RAM capacity as well as an advanced graphics card (GPU).
The following table lists some common CPUs:
RAM (memory)
RAM (memory)
The amount of RAM you have in your computer is important. The more RAM you have, the better your computer will perform. A lot of people think that a faster processor will make their computer faster, but it’s really all about the amount of RAM you have. The processor runs programs and manages data, but it needs RAM to do so. Without enough memory, it could take longer for your processor to load up programs like games or heavy applications like Photoshop or Microsoft Word when they’re first opened up. This can cause major slowdowns in performance in any application that uses large amounts of data and complex calculations—like playing video games. You should go for at least 4 GBs if you’re building a gaming PC; otherwise anywhere from 4-8 GBs should be fine depending on what kind of work you plan on doing with your machine (and whether or not those tasks require more than just basic web browsing).
RAM is measured in gigabytes (GB) just like hard drives; however, unlike hard drives which hold permanent storage space where all files are stored once installed onto them, temporary data resides only within our computers’ random access memory chips–which means once those chips run out
Storage (Hard Drive)
The storage capacity of a computer is measured in gigabytes, terabytes, petabytes, and exabytes (a megabyte is 1 million bytes). You may also see the abbreviations GB and MB.
A byte is a unit of measurement used to measure storage capacity. There are eight bits in every byte; therefore one byte can store a single character or number value. For example: if you have only 8 characters to store then 1 character = 1 byte; if you have 10 characters to store then 2 chara
Video Card/Graphics Card or APU
The video card or graphics card is a separate piece of hardware that you can use for gaming and other graphics-intensive applications. It’s a great way to get the most out of your computer, but it’s also expensive. You can use the CPU in your computer to run games and other graphics-intensive applications, but performance may suffer if you’re using an older system. If you’re looking to build a high-performance PC without breaking the bank, consider getting an APU instead of paying for a separate video card or GPU (graphics processing unit). The AMD A6-9500 APU has integrated Radeon R5 processors which are good enough for casual gaming at 1080p resolution and medium settings; however, it won’t be able to handle high-end games with demanding requirements well on its own—you’ll need something more powerful if that’s what you want from your build.
Operating System (Windows)
The next important step is to choose your operating system. Windows is the most popular operating system, which means there are many different versions of it available to you. The latest version is Windows 7, but this version may not be right for everyone. If you’re looking for an alternative OS that’s more secure and easier to use than Windows 8, then consider upgrading to Windows 10.
Building your own computer can save you money, and give you a good understanding of how computers work.
- You can save money by building your own computer.
- You can learn a lot about how computers work and get a good understanding of how they are put together.
- You can customize a computer to your needs, such as adding extra USB ports or a better graphics card than the one that comes with the case.
Conclusion
When you build your own computer, you can save money and learn about how computers work. You also get to choose the parts that go into it, which means you have a more customized machine than if you bought one pre-built from somewhere like Best Buy or Walmart. However, there are still some downsides to building your own PC: if something goes wrong with one component during installation or after use, the problem could affect other components too.
