How to Install Motherboard | 11 Steps Guide

By | May 7, 2021
How to Install Motherboard
How to Install Motherboard

In general-purpose computers and other expandable systems, the motherboard is the primary printed circuit board. It houses and facilitates connectivity with many of a system’s critical electronic elements, such as the central processing unit and memory and peripheral connectors. Without it, none of the computer’s components, such as the CPU, GPU, or hard drive, will be able to communicate with one another. For a device to run correctly, the chipset must be fully functioning.

You can do a few things before unpacking the motherboard to make the process run more smoothly.

Get Your Workspace Ready

Make sure the desk is free of dust and clutter by washing it. Mechanical elements that are exposed to the atmosphere are susceptible to debris.

Prepare Your Tools

You’ll need a long Phillips head screwdriver for a motherboard, preferably one with a mildly magnetized tip to keep the screws in place. If you need to dig out some screws that have fallen through the bowels of your PC case, a pair of needle-nose pliers is also a smart option.

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[11 Steps] How to Install Motherboard | The Ultimate Guide

The motherboard is where all parts connect; making sure it’s installed properly is the first step in constructing your machine or upgrading an old one. Read all the guidance to get a new motherboard installed in your computer case by following these steps.

1. Unpack the motherboard

Remove the lid from your motherboard’s box. Many wires, a driver CD, a metal blanking plate with holes cut out, and a manual are included. Remove these components and set them aside because you’ll need them later.

The motherboard would be protected by an anti-static bag and placed on anti-static foam. Remove the motherboard from the container, but keep it stuck to the foam for the time being.

Unpack the motherboard
Unpack the motherboard

2. Measure Metal Blanking Plate

The blanking plate is inserted into the case, which restricts access to the ports on your motherboard. On the other hand, some motherboard makers use standardized blanking plates to match all of their boards. You may need to cut any metal covers to access the ports on your motherboard for these.

Holding the blanking plate up to the motherboard until the cutouts complement the ports on the board is the best way to see. All text can be visible if the blanking plate is pressed against the motherboard with the ridge pointed out. It can only suit one direction, so move it around until it fits properly. Make a list of any ports that aren’t available.

Measure Metal Blanking Plate
Measure Metal Blanking Plate

3. Install The Blanking Plate

From the inside of the case, you need to take the blanking plate and force it into space. Remember to match it the same way you did before measuring it against your motherboard. The ridge on the plates outside should fit into the hole. Be aware that this is a rather fiddly process, and the blanking plates cannot always match perfectly. It can, however, clip into place and stay stable even though no additional arrangements are made.

Install The Blanking Plate
Install The Blanking Plate

4. Measure Where The Motherboard Goes

You’ll need to figure out where the motherboard’s screw holes will be. Ensure the case is flat on the desk and that all internal cables are out of the way. Remove the motherboard from its foam backing and softly slip it into the case until you have a clean case. Make sure the blanking plate’s rear ports are properly pushed up to the blanking plate. 

Measure Where The Motherboard Goes
Measure Where The Motherboard Goes

5. Install The Motherboard

You may want to mount the CPU first, but it’s not needed. Here’s how to mount a CPU, whether it’s AMD or Intel, for more details. To mount the motherboard, gently lower it into the case — depending on the frame, coming in at an angle slanted upward towards the front of the case will help. The screw holes on the board should line up with the spacers you’ve mounted. Make sure it blends neatly into the rear I/O shield as well, and so none of the ports are obscured by wire. Make use of the screws that came with your motherboard. 

 Install The Motherboard
Install The Motherboard

You will need to gently keep the motherboard in place when installing the first screw or two, but once those are in place, the rest should be simple. If you feel like you’re rushing it, unscrew and begin anew, much like with the standoffs.

 Install The Motherboard
Install The Motherboard

6. Connect The Power Supply

Once you’ve secured the motherboard, you can begin attaching your components to it. Since the plugs would be difficult to access later, it is advised that you attach the power supply first. Make sure the 20/24-pin connector and the 4/8-pin 12V connector are all connected.

Connect The Power Supply
Connect The Power Supply

7. Connect Your Front Panel

You’ll need to add the front panel switches and signs to turn on the monitor with the front power button to see whether the hard drive is accessed. Locate and connect the following wires to the necessary pins on the motherboard:

  • Power switch
  • Reset switch
  • Power LED
  • Hard drive (HDD) LED
  • Speaker

8. Identify ATX Connectors

After you’ve installed the motherboard, it’s time to connect it to the power supply. Must link two connectors. The ATX connector is the first. A 24-pin connector is needed on modern motherboards. On the power source, there is only one of these. However, since older motherboards only needed a 20-pin connector, a four-pin connector usually is available for removal.

Identify ATX Connectors
Identify ATX Connectors

9. Plug In The ATX Connector

 Must plug This 24-pin connector into the motherboard’s corresponding connector. It should be easy to spot, but it’s generally between the IDE ports on the motherboard’s right side. Should only plug The ATX connector in one direction, so you can’t make a mistake. The connector can easily fit in until it’s aligned.

Plug In The ATX Connector
Plug In The ATX Connector

10. Identify Secondary Connector

A secondary control connector is also used on modern motherboards. It is usually a single four-pin connector on most boards, but some need eight-pin connectors. Check the power source to see what it has, as you can need to purchase an adaptor. The eight-pin connector on power supplies can be broken into two in the same manner as the 24-pin connector.

Identify Secondary Connector
Identify Secondary Connector

11. Connect Secondary Connector

Locate the motherboard’s secondary control connector. Your motherboard’s manual will tell you exactly where it is, but it’s usually near the processor port. Then, attach the second connector from the power supply to it. This plug can only be inserted in one direction, so there’s no risk of making a mistake. Can be slid The connector into the plug softly. You’ll need to exert some force to get the clip to lock into position, and you should hear a click when it’s safe.

Connect Secondary Connector
Connect Secondary Connector

How To Replace A Motherboard

Replacing the motherboard on a PC takes time and effort, mainly if you’ve never done it before. During the motherboard removal and installation process, you might run into a variety of minor roadblocks. But don’t be concerned! We’ll make the procedure as easy and painless as possible for you.

Let’s begin with why you’d like or need to upgrade your motherboard in the first place.

Components will malfunction at any time. Motherboards aren’t any different. Due to poor BIOS flashes and failing or flaky power supplies, I’ve fried many motherboards. Things happen, and they may even do irreversible harm to your motherboard. It takes a lot of effort to replace a motherboard. Before you begin, double-check that your motherboard is not defective. The first step is to use one of these helpful troubleshooting flow charts to ensure your motherboard is the issue.

1. New Motherboard Compatible With Your Processor

Ensure that the motherboard you choose is compatible with your existing (or future) processor. Both industries use a variety of processor sockets to house their processors. If you have one of AMD’s latest APUs, for example, you’ll need a socket FM2+ motherboard. Scan for your processor’s socket form on Google, then look for motherboards that support that socket.

Choosing a motherboard with the correct color scheme for your PC would still be a personal choice. We are unable to assist you in this region. However, you must ensure that the motherboard you use has a sufficient number of USB, Ethernet, and other ports for your needs.

2. Size Of Motherboard

You now have a list of motherboards that are compatible with your CPU, and the size of the board is the next factor to remember. The size of the motherboard your computer case will accept can play a huge role in this decision. The majority of cases are built to fit ATX form factor motherboards, but some can also fit mATX and even smaller ITX motherboards.

3. Decide The Budget You Can Pay

With that out of the way, the final consideration is cost. At around $80, you can get decent, if Spartan, motherboard, but you can get significantly better motherboards for your money until around $250. Motherboards from various manufacturers with identical feature sets appear to be priced within $10 of each other.

4. Removing An Old Motherboard

It’s relatively simple to remove a motherboard that has already been assembled inside a PC case. (Ensure that the situation is on its side.) Here’s how to do it:

  • Remove the case’s rear screws for the GPU.
  • Remove the PCIe slot’s holding clip. (The port’s right-hand side is where you’ll find it.)
  • Remove the graphics card (GPU) from the motherboard.
  • Disconnect all of the cables from the motherboard.
  • Take off one of the screws.
  • Remove the motherboard from the case.

5. Installing The New Motherboard

We must reverse the procedure of removing a motherboard to add one, but this will take longer. We won’t go into mounting the CPU or cooler since it can do it before the motherboard. It’s worth remembering that the scale of the board will decide where the standoffs are placed.

The installing of the new motherboard process is the same as we described above.

You’ve completed the mission! All that’s left to do now is start the computer and ensure that it functions after being updated, finishing connecting other gadgets, organizing cables, and boot into Windows.

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Frequently Asked Questions

Is it easy to set up a motherboard?

Replacing the motherboard on a PC takes time and effort, mainly if you’ve never done it before. During the motherboard removal and installation process, you might run into a variety of minor roadblocks. But don’t be concerned! We’ll make the procedure as easy and painless as possible for you.

Is it possible to update my motherboard?

But you’re looking for a new CPU. The bad news is that you’ll almost certainly need a new motherboard (and maybe RAM) to go with it. If your motherboard or CPU is broken, you can replace it with a new one of the same model. However, if you want to update, you’ll need to do some homework first.

What motherboard can I purchase?

The motherboard should have four or more USB 2.0 ports (six or eight is better) and a dual ATA/100 or faster complex disc interface at the very least. At the very least, the motherboard could have two Serial ATA connectors, with four being ideal.

When a motherboard fails, what causes it to fail?

Excessive electrical shocks, physical damage, and excessive heat are all common causes of motherboard failure. Some of these risks are unavoidable, and the probability of them varies based on the computer model.

Is it worthwhile to invest in gaming motherboards?

Use most non-gaming PC motherboards to play high-end games, and adding a GPU board can help, but if you want the ultimate gaming experience, a gaming motherboard will be worth the money.


The motherboard is the computer’s brain and heart. It can last for 4 to 6 years each. The next generation socket with an even better CPU and motherboard is usually around the corner by the time an update CPU is made for the currently owned motherboard. Mostly, the chipset is more expensive than the whole laptop. So, after spending some more bucks, having a new one with better specs would be preferable. So the above-described method of installation and replacing of motherboard will help you work in a good way.