How to Choose a Motherboard for 2023

How to Choose a Motherboard for 2023

Your computer’s motherboard is its beating heart. What you can connect, how you can grow, and even your components’ stability and overclocking capabilities depend on whatever one you pick. There are few things that you must know before choosing a motherboard. This post aims to explain motherboard selection to you in the most straightforward manner possible. One of the most crucial parts of any computer setup is the motherboard (especially when overclocking).

Things to Consider while Choosing a Motherboard


In order for the motherboard and CPU to work together, you must choose a CPU first. You can identify the kind of CPU socket (physical mounting point) you require on a motherboard and limit your search to a few compatible chipsets by having a specific CPU in mind. Describe a chipset. From the consumer’s perspective, chipsets are just a way to group motherboards according to their features and compatibility. They may be recognizable to you as a group of letters and digits in the name of a motherboard. the B550, as an illustration.

Form Factors 

The motherboard sometimes referred to as a Mainboard or System Board, is one of the most important parts of a computer and the one you must choose first. Choosing the form factor for this piece of hardware is undoubtedly one of the most important (and challenging) decisions to be made. This refers to how big or compact it is, therefore cases can differ significantly depending on whether they are made for ATX or Micro ATX motherboards. Mini ITX boards, the third choice for builders today, are smaller than even MicroATX boards, making them perfect for smaller systems.

If you have a small room or are trying to cram a system into a small location, you must keep in mind that the alternatives for various form factors change depending on the situation. Despite the fact that MicroATX boards support a variety of form factors, keep in mind that they will often be smaller than their larger rivals. Depending on the setup at hand, this can have benefits and drawbacks, so use your best judgment when determining what format to employ with your parts.

ATX and MicroATX 

People don’t take this into account when purchasing a motherboard. Even if you decide on a larger tower-style case that may require more space for components like longer graphics cards or oversized heatsinks/water blocks to fit adequately, it might still have an impact on your build depending on the type of case you’re using. There are additional benefits to selecting the right form factor. For instance: It’s advisable to stick with ATX if you decide to buy a full tower case and need space for numerous video cards (SLI/CrossFire).

E-ATX: Workstations or servers are frequently built using this form factor. However, there are motherboards that are slightly larger (longer) than the other two options but specifically made to fit inside a complete tower chassis. These could be used to build LAN boxes or other servers, where size is not a concern but power requirements must still be carefully considered. Due to their popularity and the abundance of cases that can accommodate them, ATX and MicroATX will continue to be the most common standards used. 


A group of integrated circuits or chips that are mounted on the motherboard on either side of the processor is referred to as a “chipset.” These are what let other parts, such as network adapters, video cards, and RAM modules, communicate with one another. As a result, these are crucial factors to take into account when choosing your motherboard because they define which pieces of hardware can function well together in any particular system.

Due to their significance, chipsets are a different component that you should examine before purchasing a motherboard in order to, if at all possible, match them properly with your components and needs. Again, there is no right or wrong decision in this situation but bear in mind that because of their increased features and capabilities, more sophisticated configurations nearly invariably require more expensive motherboards (and chipsets).


The system firmware that is kept in a chip on your motherboard is known as BIOS. You may access specific settings, check that everything boots up correctly, and prepare other components for routine operation through the BIOS. In the majority of cases, you can additionally customize different settings as needed, such as clock speeds, memory timings, boot sequence, etc. The configuration menus on some boards, however, are more complex than others.

A more modern BIOS interface may be present on your motherboard if it has more recent features or capabilities, although they can still differ significantly from one another based on your hardware and your preferences. Just keep this in mind when shopping around to avoid any unpleasant surprises when setting things up later (or trying to make some changes). Because of you do not take this step seriously you could mess up the internals of a motherboard.

Expansion Slots

Some may also feature a legacy PCI slot, which is useful if you need something from a previous generation owing to scarcity or cost considerations, but it isn’t generally used these days outside of a few specific situations. Additional slots, such as mSATA connectors or onboard SATA controllers, may also be present in more complex configurations (for things like SSD drives), but bear in mind that the exact configuration will solely depend on the board that you have in front of you.

Front Panel Connectors

These are the connectors that are typically found next to the case reset switch and your system’s power button. These often feature card readers, audio jacks, USB 2.0/3.0 ports, Firewire headers, and other important inputs and outputs (I/O). Keep an eye out for this feature if you require it because you can frequently find a lot more right on the front of some boards now. And it is quite a boost in accessibility as you can easily plug in or out a secondary storage device easily.

Additionally, certain motherboards might have extra lights or switches in this location that let you directly manage specific elements of your setup without having to navigate menus or BIOS screens. Additionally useful for cases with built-in ports are front panel USB headers. Nevertheless, they aren’t widely used these days because of the widespread use of wireless communication and also the point that most people have extra USB slots on the inside part of the motherboard.

NorthBridge Chip

The Northbridge is a chip that is located on your motherboard between the area where the CPU would typically go and the area where all of the other integrated components are located. It handles the system’s two primary points of communication and regulates functions like voltage regulation and memory timing. Depending on their capabilities, motherboards can include one or more Northbridges, so if you need more functionality in this area, keep an eye out when you’re browsing around.


It could feel like taking a crash course in computer engineering to understand how to buy a motherboard. Just to mention a couple, you would need to know everything there is to know about RAM and the fundamentals of what a CPU is. But if you go above and beyond to learn, how to pick a motherboard you can ease the process and be rewarded with a motherboard that is ideal for your needs, preferences, and financial situation. We hope this article helped you answer your query.

Sajid Ali
Sajid Ali became a tech enthusiast due to his gaming passion. He wanted to achieve maximum FPS in Video Games. He loves to write reviews about the latest piece of Hardware. Have any questions related to the topic? Make sure to leave a comment.