at what point during the motherboard installation should you install the motherboard drivers?

Motherboards are available in a variety of forms and sizes, with each one serving a specific role. It serves as a centralized platform on which all the computer’s components may communicate with one another.

 All the major small components, including the CPU, video cards, sound cards, and drivers, are linked to the motherboard either directly or by connections. 

Although assembling a motherboard does not involve rocket science, it is a delicate process that must be done with care. For first-timers, it is recommended that they be supervised or assisted by an expert.

After you have completed the proper assembly of your motherboard, it is time to determine whether your motherboard is operational. Provide electricity to your motherboard and begin the booting process for your computer. 

After you have verified that everything is functioning properly, you must install the motherboard drivers. The installation of the motherboard driver should only be performed after the system has successfully booted without issues.

If you have a motherboard driver, do you need to install it?

It is dependent on the motherboard’s version number. The majority of the time, Windows comes pre-installed with the most recent driver versions. Check the “Device Manager” to ensure that all the essential drivers have been installed and are functioning properly. 

If a driver is missing from your system, you will have to install it by yourself. Chipset, audio driver, network connection (LAN), and VGA Driver/HD Graphics are some of the most important drivers that must be installed on your computer.

The following is the procedure for installing motherboard drivers: –

Method 1 (with the aid of a CD):

It is recommended that you use the installation CD that came with the motherboard. You may, however, use a different CD from the same brand if you choose. It’s going to be OK.


Insert the CD into the DVD drive of your computer. After that, choose “My Computer or This PC” and then select your disc. It will automatically start and complete the installation. Moreover, if it does not work, you must right-click on the disc and choose “Install or launch the software from media” from the context menu.

Step 2:

A new tab will open, from which you can pick the necessary drivers to be installed before clicking on the Install button. The drivers will be installed by the system as soon as it is available. 

Wait for the system to complete the installation of the drivers, after which the computer will prompt you to restart the computer. To restart the program, press the Restart button. Following the restart of your computer, you should have all of the necessary drivers installed.

Method 2 (without the use of a CD):

It is necessary to download and install the program from Google if you do not have access to the CD-ROM.

Step 1:

Open Google and search for your motherboard’s model number by putting it into the search bar. To access the motherboard’s website, click on the link. The homepage for the manufacturer of your motherboard will open. Look for the option “Support” and click on it; this will take you to the download part of the website.

Step 2:

You must first choose your operating system, and then choose the driver you wish to install. You will be redirected to the download page, where the download will start automatically.

Frequently Asked Questions:

Which motherboard slot should you use for a fresh installation?

“Which motherboard slot should you use to install a new high-end graphics card?” is the primary question that this page addresses in its entirety. The most recent PCIe x16 main slot located near the CPU is the most suggested solution.

What options are available for configuration via the BIOS screen?

Modifying the boot priority order, activating or disabling onboard devices, allowing or disabling virtualization capability, and configuring security settings are all possible via the UEFI/BIOS configuration (for example, power-on passwords and intrusion detection).

What exactly does PCIe 4.0 stand for?

At least until PCIe 5.0 is released, PCIe 4.0 will serve as the interface between the best graphics card, the best sound card, the best SSD for gaming, and the motherboard. The read and write speeds of SSDs could not surpass the 4GB/s of the PCIe lanes in the Slot 2 card, which had four PCIe lanes.