How To Choose The Right Motherboard – Detailed Instructions

Motherboards differ greatly regarding the number of slots and location. How to choose the right motherboard is typically the most critical component of any PC setup, but the finest graphics cards and CPU often receive more attention. Each component of your computer connects to the motherboard you choose. Its form factor determines the size of your computer and the number of peripherals that can be plugged in, while the chipset/CPU socket determines the kind of processor installed.

Motherboards, especially high-end ones, are often composed of a bewildering array of capabilities and may vary in price from around a few bucks or more. We’re here to assist you through the intricacies and ensure you choose the appropriate model for your requirements without blowing your construction budget on unnecessary components.

In terms of build budgets, if you’re trying to save money when purchasing, you should check out this article on the several best motherboards characteristics you probably don’t need.

What is the purpose of a mother board? It is really the circuit that links all of your equipment to the CPU, distributes energy from the power supply, and specifies the kinds of storage systems, main memory, and GPU that may be connected to your computer.

Below, we’ll take a look at computer motherboard anatomy and provide you with all of the other needed information when it comes to choose the right motherboards for your project.

  • To Understand Motherboard
  • What Should Be Considered When Choosing The Best Motherboard
  • Some Other Factors
  • Deciding Your Opinions On Best Motherboard.

To Understand Motherboards

The majority of computers produced today, including cell phones, tablets, laptops, and desktop computers, are built around a motherboard that contains everything they need to operate. Buying a motherboard for yourself is different. An Arduino Uno is a microcontroller board (PCB) that serves as a foundation for connecting various components. Various components, including the CPU, GPU, memory, and storage, are mounted.

Suppose you were choosing a motherboard form of the top-down. In that case, you’d see a variety of circuits, semiconductors, capacitance, slot machines, processor socket type, heat sinks, and more that link up the motherboard to all the other elements you’ll need to get your computer up and running, along with everything that is plugged into it. The specifics of the product are very complex, and as such, this how-to can only cover the basics. Although the following information is helpful for your purchasing choice, below are certain points that we would like to highlight for you.

As you’re making your decision on the appropriate motherboard, you need to keep your requirements in mind as well as your finances tomorrow. In many other words, if you’re sure that you will never want to update your PC’s hardware, then you should buy a motherboard that gives you everything you need to boot up and operate. However, if you’re concerned about expanding your PC in the future, be sure the motherboard you choose will be able to handle your current and future requirements.

What Should Be Considered When Choosing The Best Motherboard

First: Platform

How To Choose The Right Motherboard


Once you’ve decided the CPU you want to use as the brain of your PC, you must choose which CPU manufacturer you will use: Intel or AMD. PCs available from both manufacturers range from competent and cost-effective entry-level systems well enough for general web surfing, productivity, and lightweight gaming here all the way up to hyper monsters that are capable of handling today’s most demanding titles at frame rates (FPS).

Additionally, because the goods are often upgraded, this knowledge soon becomes obsolete. When this how-to was published, Intel had already rolled out its 9th CPUs, and AMD just announced Zen 2, with Zen 3 (and, presumably, 3rd Ryzen CPUs) coming in the near future. It depends on your needs. For example, if you are more concerned about apps that use various processors (such as AMD’s Ryzen processors), you may lean toward AMD processors. Conversely, if you are more concerned about the gameplay that needs the fastest single component (such as Intel’s Core processors), you will likely opt for Intel processors.

The next step is to choose a CPU and motherboard that is compatible with the CPU and chipset you’ve selected. In short, a chip processor socket type is a method that a CPU is fastened to a motherboard using. A chipset combines the software and hardware found on the motherboard to enable all the different parts to interact.

Second: The Forms

The motherboard sizes vary, so you have some freedom in deciding what system configuration will work in your situation. It is important to utilize a full-size tower case if you have enough room since they are ideal for systems that are intended to sit under a TV in the living room. However, if you are constructing a home cinema PC (HTPC) meant to fit under your TV, you will likely want a shorter case.

Because of this, motherboard manufacturers make a number of sizes or product lines, but these standards specify how many different components a motherboard is capable of supporting. The size of the motherboard directly influences the number of components it supports. Every case is unique, and that means you’ll need to match your motherboards to your case. Therefore, the form factor is very crucial

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Third: Choosing A Motherboard Expansion Options


Motherboards link a wide variety of elements, including both the CPU and the GPU, as well as other components like sound cards, connection cards, storage systems, and ports. PCIe and/or PCI slots for electronic equipment are the most often seen expansion slots on modern motherboards. Other types of extension ports or expansion slots have existed in the past, but thankfully the methods have become a lot easier.

While PCIe lanes have historically been the most significant interface, it is becoming more vital as you connect more and more components. PCIe 3.0 is the most popular, while PCIe 4.0 is used by specific Intel and AMD Comet Lake-based motherboards.

This diagram details the connection’s bandwidth (X) and maximum capacity (Y). To stay current, you’ll want to ensure that you have the appropriate number of expansion slots (Z) and the correct sizes (X) to meet your relevant requirements.

Motherboards differ significantly regarding the number of slots, and location. For the most part, x4 and x16 are the most popular slot sizes. To make sure you have enough available expansion slots, plus that they will provide adequate free space around the components, you should double-check the specs for your rig.

Fourth: OpenGL and GPU support


A GPU on a motherboard using liquid cooling is quite common nowadays.

We humans must be able to see information on our screens in visual form. A basic definition of “displaying pictures on a monitor” is correct. In a standard PC, the GPU (graphics cards) is what does this job. You will need to ensure that the motherboard supports the type of GPU (graphic card) that you want to utilize.

The Graphics Processing Processing Unit (GPU) is incorporated into the CPU on certain Intel Core CPUs. On the other hand, AMD’s (APU) integrates a CPU and a GPU on the same chip. These GPUs are ideal for work and daily chores, but their more cinematic games won’t run (like esports titles).

With specific conditions, such as video editing that makes better use of a GPU, a separate GPU will usually be required. Since you will need to keep track of GPUs that can be connected to your motherboard, as well as the number of GPUs your motherboard could handle, it is imperative that you think about the kind of GPUs you are purchasing.

Fifth: Using your GPU PCIe slots to connect


For the most part, modern GPUs utilize PCIe x16 slots, with a few models using PCIe lanes x8 slots. A third important consideration is that the majority of current GPUs need PCIe 3.0 or later. The last need is the number of PCIe lanes accessible to graphics cards, and some GPUs require two PCIe lanes. While this does block x1 PCIe slots, that was Ok so long as it doesn’t catch you off guard. Some GPUs just utilize the power supplied by the PCIe lanes, but most GPUs need additional power, and that must be obtained via a power supply with several six-pin or eight-pin connections.

You should thus ensure that the motherboard has the correct number of PCIe slots—making sure that the GPU’s specs match the motherboard’s. You will need two open PCIe lanes and a suitable motherboard to connect multiple GPUs, often referred to as “Scalable Link Interface,” aka SLI by NVIDIA and “Crossfire” by AMD.

Just to make sure we’re clear: make sure your GPU specifications match up with your motherboard, so you don’t have hardware incompatibilities. In this guide, we’re not talking about particular power supply specifications. Still, you should be sure to get a power source that can handle your GPU under heavy stress in addition to your other components.

Sixth: RAM Slots


When your PC is on and functioning, your Technology is coupled somewhere else to access data. A typical feature of computers nowadays is going to have at least 4GB of RAM. The amount of RAM you’ll need for your own PC relies on how you need it, and 8GB is a recommended starting point for the most lighter users who have 16GB or more of RAM. The amount of RAM required for heavy users is 16GB or more.

There are several types of RAM. Recently, the RAM slots used to connect memory onto a motherboard have been given nomenclatures for the many types of RAM available: dual in-line memory modules (DIMM). A motherboard‘s DIMM slots indicate how much RAM it can accommodate, and the number of places (RAM Slots) on the motherboard typically ranges from two to eight. Each RAM module can be added one at a time; however, to achieve the most performance, always install two modules of identical capacity in matched pairs.

Ram Is A Component Of A Motherboard

Capacity may be anything from 1GB DIMMs to 128GB DIMMs, and this latter group is often reserved for computers. The vast majority of personal computers will be loaded with 4GB to 64GB of RAM, and RAM is often bought in pairs or four-packs. When purchasing RAM for your PC, you’d usually purchase a package that contains two 8GB DIMMS or four 4GB DIMMs.

Check the motherboard’s available slots, compatibility with all the RAM you may install in the future, and its ability to handle the quickest RAM you will purchase. You will want to consider how to purchase your RAM at the same time.

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As another example, if you start with 8GB of RAM and really want to add some other 8GB of RAM in the future, but your motherboard has four DIMMs slots. You should begin with a kit of two 4GB DIMMs rather than a kit of four 2GB DIMMs, since adding more DIMMs later would allow you to keep unused RAM on your system.

Seventh: Storage

Integrated Intel Optane SSDs


If you want to utilize your PC while the power is off, you’ll need someplace to store the web browser, programs, and data. In the world of drives, we can only choose between HDD with rotating platters, which store data, and SSD, which stores data in flash memory slots.

For greater storage capacity, hard disk drives are usually less costly than solid-state drives, which are more affordable but provide a high end of the performance. Both types of storage are excellent for storing the web browser and programs.

When purchasing your motherboard, there are a few major storage connections you should be aware of. The connections within the system are called internal, while the links to other systems are known as external. In other words, the type of connections and the number of connections affect how much storage you’ll be able to add to your PC.

The Side Of The Motherboard


SATA ports are the most popular storage connector nowadays. The third version of SATA ports includes SATA 3.0, which has a transfer rate of up to six gigabits per second (Gb/s).  An SSD’s maximum read and speak speeds range from about 600 Mbps to a little less than 150MB/s.

A motherboard with dual SATA ports allows you to purchase The connections within the system are called internal, while the links to other systems are known as external. ATA 3.0 HDDs and SATA 3.0 SDDs that support 3.0 connections. The various versions of SATA 3.X utilize different connector types and high-end speeds, with revisions like SATA 3.2 using the M.2 form factor.

NVM Express, or NVMe, communicates through the PCIe interface and is becoming popular. This improved protocol has more bandwidth, reduced power consumption, shorter latency, and other benefits.

Today’s most commonly available NVMe SSDs may provide theoretical maximum speeds from over 3GB/s read & 1.5GB/s writes. NVMe SSDs are available in two screen sizes: plug-in boards that may be used in PCIe slots and M.2 versions chips that fit into the M.2 standard.

An SSD with a smaller capacity and a greater capacity HDD

Every component in this guide requires careful consideration before a decision is made. Trying to optimize for overall system speed may be accomplished by purchasing an SSD for the web browser and apps; then and then bigger HDDs for storing huge quantities of data like pictures and videos.

In terms of storage, you should look for motherboard support for the time being, as well as in the future. In order to determine whether or not the motherboard will be able to support all of the storage you may need in the future, you’ll have to examine the motherboard’s specs very thoroughly. It is important to have in mind that you have the option of attaching external storage media if you need to, and that is something you must have when transporting valuable data.

Eighth: Motherboards I/O Panel Connection

PCIe, DIMM slots, plus storage connectors are all methods of connecting various components to a motherboard. Today’s motherboards may handle a variety of different connection types, so again, think carefully about your requirements before purchasing a motherboard.

Even though some of these cables directly connect to a motherboard or to a location inside the case, and these connections may be designated to go to ports on its front, top, backside, or back of a scenario, other cables connect internally to a motherboard or immediately to the particular instance, and these also go to the ports.

Another thing to keep in mind is what kind of connectors your case has and how many internal connections your motherboard has. As with many other areas of modern electronics, Motherboards now include common rear input/output (I/O) ports, which are outwardly accessible in a back panel that fits into a typically conventional position on the back of a box.

Some Other Factors


Once you know how much you can spend on a PC, you are already aware of price as a critical factor. A lower price does not guarantee excellent overclocking results, for instance.

Rather, you should purchase the most costly board you can find, but it doesn’t imply that you must.” There is frequently a sweet spot among cost, reliability, and efficiency no matter what kind of board you have since you should definitely make use of reviews.

Manufacturers will include everything except the above-mentioned items.

Despite not being the producers of the chipsets, motherboard manufacturers participate in every facet of their creation. Even though this spectrum of features covers everything, the following enhancements may be grouped into a few broad groups.


Overclocking may be easier to do on elevated motherboards with the addition of automatic testing and tuning, giving a simple alternative to manually adjusting CPU, GPU, and RAM settings in the UEFI system. In addition to these features, overclocking boards may also include a built-in clock generator, which can control CPU speed with accuracy, a more powerful Voltage Regulator Module, additional thermal detectors near super clocked components, and physical switches on the motherboard to control overclocking manually. For additional information about overclocking the PC, check out this link.

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It is essential that motherboard parts, including the PCH and VRM, have enough ventilation. Various cooling methods are used by the motherboard that supports makers to keep their products within safe ambient temperatures and avoid performance throttling. Passive cooling options, such as heatsinks, are included, but other options, such as fans and integrated cooling water, are offered, as well.

The main distinction between passive and active refrigeration is the method of cooling.


It is simpler to maintain your computer motherboards with such a motherboard software package installed in Windows. Because various PC manufacturers have different feature sets, the program is expected to identify individual obsolete drivers, track system temperatures, automatically update its board BIOS, allow for more detailed power-saving settings than Windows 10, and even filter traffic.


Improved onboard audio systems may benefit from professional audio codecs, constructed amplifiers, and improved capacitors. Separating audio channels on the PCB will help prevent electromagnetic loss.


In many PCB assembly practices, memory circuit isolation and signal integrity are advertised. Additionally, motherboards may have extra steel plate on the front of the PCB in order to help protect the connection or provide additional support for the CPU

High end RGB Lighting


A series of major motherboards include RGB headers on them to power a large array of RGB LED lights, which may be set to change colors and effects. RGB header-free LED strips to illuminate a solid layer at the time. With numerous color channels, these LEDs can show a wide range of colors. Most LED devices have software and smartphone applications, making them simple to configure.

Whether you’re an enthusiastic computer gamer, computers may sometimes be difficult for you since then which was before parts don’t function quickly enough or give you the visuals or sound that you desire. One of the greatest issues with a post system is that even the motherboard also has enough space for all the parts you want to attach to enhance your game better.


Some motherboards don’t arrive with wi-fi enabled, which may be even more irritating. Recent titles like Skyrim require wi-fi connectivity so that you may communicate with other online players. If you’d like to enjoy online games to the maximum nowadays, wi-fi is a necessity; if the motherboard is connected with wi-fi, the signal will likely decline much less frequently so that your gaming is not stopped as often. This may be an essential feature, particularly if you really are hitting a couple of adventure or position games that demand split-second decisions. A signal which drops at a critical gameplaying time may spoil a whole session.

Therefore, if you’re looking to optimize your gaming, one of the greatest choices you could make is to buy a decent motherboard that includes wi-fi capabilities. If you desire this, people do a little study to decide which would be ideal for you.

How can you select a decent motherboard with wi-fi?

There are a lot of variables that go into choosing a decent motherboard when you a gamer. From the size of the inbuilt BIOS to the number of connections on the board, you should be able to filter through a lot of characteristics in order to find just one you prefer. It’s essential for you to make a list of goals such that you understand what you’d like to concentrate on when it’s ready people initiate searching for just a motherboard with wi-fi.

While selecting aboard, it’s also essential that you avoid concentrating on the incorrect things. You are probably quite likely to concentrate on the sum of funds a motherboard would cost, which is normal. However, people got to also be mindful that cost is just one aspect; an inexpensive motherboard may have the job done, and that might burn out straight away or missing the capabilities you need to truly make the system a decent one. Be careful to think as to what would best enhance your system overall.

Check this video to gain more ideas of which motherboards should you choose

Deciding Your Opinions On Best Motherboard

The motherboard is a critical component of your computer. Spend sufficient time searching for anything that meets your requirements and budget. This ensures that you have a sturdy motherboard that will keep the system operating properly for generations to follow.

Whether you’re building a new PC or updating an existing one, this PC build guide is important, and now you can understand the elements of your motherboards. Once you understand what each component performs, you’ll be able to select a motherboard that’s right for your project.

It would be best if you had a socket type that strengthens the motherboard compatible with your CPU, a chip that optimizes the performance of your gear, and, lastly, a functionality that meets your computing requirements. Spend the effort to list many suitable motherboards and evaluate their primary benefits before making a choice; then, you’ll be able to locate precisely what you’re searching for.




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