This is often the step that requires the most time and consideration. Which part do you want to buy? Which one is the best?
There are many good places to buy computer parts. Most cities have small stores that sell and repair computer equipment. It could be a mall office suite. Regardless of location, these stores are cheaper than usual and can get personal attention. The hardware they sell is regularly packaged by the manufacturer. You can also sell OEM hardware. It is usually wrapped in a static bag and contains very little documentation. You must be the judge of this type of hardware. If you think you need documentation, don’t buy OEM hardware. Also, I don’t want to be stereotyped about a particular business, but I must always tell them to provide information. Small computer stores can be a bit suspicious in terms of knowledge base. This isn’t always the case, but because it’s a small business and it doesn’t sell as much as a large retailer, it’s often pressured to sell only to maintain resolvability. Keep this in mind when you come in. Research. The end here is to get to know you well. The PC sales industry is busy with many people who sell by taking advantage of your lack of knowledge.
Let’s take a look at each type of hardware.
Suitcase-Be sure to buy a suitcase that fits the space you want to put it in. Here you decide whether to choose a desk cabinet or a tower. Leaves room for extensibility. Space, extra space for working inside. Make sure you have power. Is the cupboard clean? Note the form factor: AT or ATX. All new motherboards use the ATX foam factor, so if you’re using an old box, the new motherboard probably won’t fit in that box. For many upgrades, you need to keep this in mind when preparing the casing, such as the motherboard mounting plate, drive rack, and so on. Built-in power and reset buttons to prevent accidental power-on and reset while leaving the case under the desk. Also check the robustness of the casing. Notice how the case is canceled. Depending on the design, the screwless type is very easy to use. Visit:- http://www.bchirartcenter.com/
If you plan to use a high processor in your closet. Next, pay attention to the cooling surface of the case. You can add a cabinet with a built-in fan, but if not, you need to make sure the casing is designed that way. There is an unobstructed air hole for the fan on the front of the casing, and there is some airflow on the back of the casing. Many power supplies also help with cooling by placing a fan at the bottom that allows air to penetrate from the inside of the casing and blow air from the rear power supply. Also, don’t be cheap with your fans. Fans are your best friend to fight the heat. You get what you pay for.
Motherboard-Most people know that a motherboard is the most important component of a computer. At some point, all the other components are connected to the motherboard. Keep in mind that the choice of motherboard controls future upgrade paths. Would you like to upgrade your RAM? First, you need to know what type of motherboard you need and how much you support. Want a new graphics card? The motherboard requires a PCI Express slot. Do you understand that? If you choose the wrong motherboard first, you may need to purchase another motherboard in the future to support another upgrade. Today’s motherboards are much more sophisticated than 486 days. Some boards offer a built-in SCSI or Sata controller, 10/100/1000 Ethernet support, built-in video and audio, and more. We have the best combination of features for you. Remember the old saying: Sometimes it’s better to buy what you end up with.
There are actually three levels on the motherboard. This is, of course, a generalization, but accurate enough.
o Boneless planks. These are the types of boards you usually get if you’re not interested in computer hardware and don’t want to deal with frustration. You just want to build it and turn it on. These cards have integrated audio and video, and in some cases other features. They usually don’t clock well and don’t have wide CPU support. These plates are relatively inexpensive. These types of boards are often provided on pre-built computers. This is one of the reasons why you should follow this tutorial. If you want to make an effort to make your own computer, get yourself a valuable board. This is not this. Then there is the most used plate level. These boards include a single CPU slot, an EIDE or Sata controller, and so on. Most of the time, audio is included, but most of the time, video is not. This is fine as long as it can be easily removed. They support a wide range of processors and can be overclocked with more voltage and multiplier settings. Some of these boards provide RAID functionality. With the right number of PCI slots, these boards are great.
Third, it has the best that most of us can’t afford. These are two processor boards, often with built-in NICs, Sata, SCSI, and many PCI slots. A PCI slot is a must, as most cards become PCI cards when you add them to your system. Some things to remember:
o Board layout-Many people don’t think where everything is located on the motherboard, but that’s important. Is there a large capacitor near the CPU slot that blocks where the CPU fan goes? Are there a lot of junk that can cause a PCI card to not fit in full length? Is the memory slow to the point where you need to remove the floppy disk drive to access the memory? You need to roughly know what to pair with this board and if there is anything in the way. It also depends to some extent on the size of the bag you are using. Install a large board, such as an Asus or Gigabyte board, into the mini tower and check for problems.
o Slots: If we can give way, we have a motherboard with 20 PCI slots that can do everything in the world. Unfortunately, it doesn’t exist. Therefore, you need to be aware of the number of PCI slots on your motherboard. For most of us, 3-5 standard PCI slots are sufficient. Please note, you can easily fill all your slots. Make sure your board has an AGP or PCI Express slot for upgrading your graphics card.
o Manual-Believe me, if you don’t think ahead and get a table with a good manual, you’re sorry. If you bought an unnamed board, you probably have a Taiwanese or English manual and a third class will create it. Manuals often have many attachments. Did they not understand it correctly in the first place? !! Please read the manual on the board and make sure you understand it. Another thing to keep in mind is that well-known manufacturers often have good websites, and you can get support information there. If you don’t know the manufacturer, or if the website doesn’t help at all, think twice before using the board.
o Form Factor-Unless you die without your old server case, we recommend migrating to the ATX24 Form Factor. ATX 24 consolidates all connections, but ATX needs to connect all the clutter. Disk drives are the centerpiece of motherboards. Before you buy a motherboard, you need to pay attention to the chipset on the motherboard. The chipset is entirely responsible for the hardware that supports current and future motherboards. Control everything. If your motherboard doesn’t have Sata, RAID, PCISSLI, etc. Not supported, due to the chipset. There are many chipsets and this tutorial is not the place to tackle them all. However, it is useful to look at this site and other sites, or before you buy the specifications of the chipset itself.
o Hardware support-this is really easy, but it’s worth mentioning anyway because of its obvious importance. Please pay attention to the specifications and make sure that the board is compatible with the hardware used. If possible, leave room for expansion beyond what you use. This will allow the board to be used for some time. If you have embedded components such as audio or video, it’s okay as long as you can easily disable them. Unless you like all-in-one, you’ll find that you want something better, and you won’t want it to go against the built-in components. Built-in features must be able to be disabled in the BIOS.