You don’t buy Motherboard regularly but when you are finding the best motherboard, you must know the things to consider when Buying a Motherboard for Gaming PC.
When purchasing a motherboard, there are a few things to keep in mind. Some things need to be considered according to your CPU. For example, if you have a Ryzen 9 5900x, you must find the Best Motherboards for Ryzen 9 5900x.
Like, the first thing to do is to decide on the processor you are planning to use.
For example, Intel’s sockets are square while AMD has LGA sockets, Intel has been using the same socket for decades. If you already know which processor you want to buy, you should check the motherboard specifications and the processor’s socket to ensure that it works well with that processor.
In this article, we will discuss the things that we must consider while selecting a motherboard.
Things to consider when selecting a Motherboard
1. SATA ports
SATA ports are a common choice when buying a motherboard for gaming PC. Typically, they are rectangular in shape with a seven-pin L-shaped divider in the middle.
There are three types of SATA ports:
Depending on the model, they will be labeled differently. Look for these differences before buying your motherboard for gaming PC. You should be able to identify the type by looking at the label on the board.
Generally, modern motherboards come with between four and six SATA ports, but most people won’t use all of them. For that reason, it’s best to look for motherboards with three or more SATA ports.
Some motherboards may have additional SATA ports that can be used later, but that’s a waste of money. Another option is to purchase a motherboard with SATA multipliers, which enable you to connect several cables into one port.
This can be useful if you’re planning to install multiple hard drives or install a large amount of software on the PC.
Importance of SATA Ports
The SATA ports are also important for the speed of your primary boot drive. While two SATA ports are sufficient for home and office use, gamers typically need at least four. The speed and capacity of the primary boot drive is also important.
You can purchase a motherboard that has as many as eight or more SATA ports if you want. However, if you plan on using your PC for gaming, you should choose a motherboard with at least four SATA ports.
While SSDs are great for applications and operating systems, HDDs are the best choice for storing massive amounts of data. A motherboard with SATA ports will support both options. It’s important to check which types of SATA cables are included with the motherboard you’re planning to buy.
There’s nothing worse than buying a motherboard with fewer than half as many ports as you really need. And, if you want to connect external storage devices to your computer, a motherboard with SATA ports should be an option.
Related: Is Motherboard Important for Gaming?
2. LAN ports
You may be wondering what you should look for in a gaming PC motherboard. While the components of a motherboard are largely the same, there are some key features that you should look for.
Most motherboards include at least one Ethernet Port. Ethernet connections are the fastest and most stable way to connect to a network.
LAN ports are also useful for transferring data and playing online games. However, you should keep in mind that wireless connections are not always supported by all motherboards.
Onboard LANs are excellent for quick internet connectivity and automated network detection. This type of LAN is also extremely cheap. Because motherboards can have more than one LAN, manufacturers can include several of them on a single board.
These motherboards can then be connected to each other with multiple Ethernet cables. Several onboard LANs also communicate with each other using “teaming,” a feature that combines two or more LAN ports into one. The result is increased bandwidth and internet speed.
High-end motherboards may also have onboard LAN Teaming. This feature introduces faster network transfers. If you’re considering purchasing a gaming PC motherboard, make sure to look for one with onboard LAN Teaming.
Gigabit Ethernet is a version of LAN technology that has undergone changes over the past few decades. This technology connects clusters of connected computers by sharing bandwidth.
How many Ethernet ports should be there?
An ideal motherboard should have at least two Ethernet ports to increase throughput and latency. If you don’t need this, you can choose one with two ports. One port can access the Internet, while the other can connect to a switch or router. Some motherboards have a combination of both.
A gaming motherboard will typically have a Killer NIC or an Intel NIC. A gaming motherboard with two Ethernet ports will allow you to stream video, play online games, and connect to multiple consumer electronics.
3. CPU compatibility
When buying a motherboard for a gaming PC, it is crucial to determine the processor’s compatibility with the board. While some motherboards support all models of the same processor, some do not.
If your computer has an AMD processor, you may want to look for a different motherboard that supports your specific CPU model. Intel motherboards support all Pentium 4 models, while AMD motherboards support only some of them.
A CPU is just one of the many parts of your gaming PC. It must be compatible with the motherboard’s socket and chipset. If they do not work together, you’ll be left with a PC that only runs the case.
While the motherboard’s socket and CPU are the most important parts, features are just as important. These features include overclocking capabilities, high-performance RAM support, and tiny servers USB ports.
In addition to the CPU, your motherboard should support the memory modules that you plan to buy. For example, PCs of the previous generation used DDR2 memory, whereas newer models use DDR3 memory.
The motherboard’s documentation may state its maximum memory size. A motherboard with four memory slots may only accept 256 MB DIMMs. Memory size also plays a role in memory speed. Make sure that your motherboard supports the memory type and frequency that you want.
Solution to Incompatibility of CPU to Motherboard
To avoid this problem, you can also upgrade your motherboard’s BIOS. If the motherboard is not compatible with your new processor, you can ask the retailer for an updated BIOS version, which will allow you to swap the CPU for a newer one.
Some motherboards will even support multiple generations of the same CPU, allowing you to switch out your CPUs without replacing your motherboard. Just make sure you update the BIOS after determining the compatibility of the processor.
4. RAM slots
When buying a motherboard for a gaming PC, you’ll need to decide how much RAM you’ll need. Most mainstream boards feature four RAM slots, while smaller models have two or three. Depending on the form factor, your motherboard may be able to handle as much as 16GB, or 32GB for games.
A motherboard with two RAM slots, on the other hand, can handle up to 64GB. Often, these models will also cost more than a kit with four sticks.
When buying a motherboard, be sure to check out the number of USB ports. While the standard Type-A USB ports are useful for most consumers, you may want to choose one with USB 3.1. The number of DIMM slots you need will depend on what peripherals you use.
In general, two ports are sufficient for a keyboard and mouse, while four ports are ideal for a gaming PC. USB-C ports are the future of computing. They offer faster transfer speeds, and they’re also better for connecting external hard drives.
Does Motherboard supports all types of RAM?
The type of RAM that your motherboard supports is also important. Make sure that your motherboard has enough slots to accommodate all types of RAM. If you’re planning to buy more RAM in the future, you’ll need to purchase a motherboard with enough memory slots for all the modules. In addition, make sure that you get enough RAM – at least 16 GB. You may also want to consider the memory upgrade path in case you’ll need to add more RAM.
5. PCIe Slots
Another thing to look for in a motherboard are the number of PCIe slots. Some boards come with multiple PCIe slots, so it’s important to consider the number of slots and their configuration. You’ll also want to check that the board supports the type of graphics card you’re planning to buy. Some motherboards offer three PCIe x16 slots and four PCIe 4.0 x16 slots.
6. Chipset compatibility
When purchasing a motherboard for a gaming PC, chipset compatibility is critical. Chipsets can be found on different brands of motherboards and support a variety of components.
Make sure you know what your motherboard is capable of before you make your purchase. The list below details the different types of chipsets available and their benefits. It will help you choose a motherboard that will work best with your PC.
7. CPU Socket
The CPU socket is another key factor to consider. AMD’s Ryzen processor requires a motherboard with a socket that supports an AM4 CPU.
Generally, older models of AMD CPUs are not compatible with newer motherboards. To find out if a specific motherboard is compatible with a certain CPU, check the motherboard’s specs. It will be easy to determine if your CPU is supported by that chipset if it supports the chipset you have.
Lastly, consider your budget when choosing a processor. A cheaper motherboard might support a slow Pentium 4 processor, but it won’t support a faster one.
Also, if you want to overclock your processor, it might be better to choose a more expensive motherboard with a higher chipset. It will also support more USB ports and enable you to overclock your CPU. The better the processor, the better.
Want to learn more about overclocking of a processor? Read Howtogeeks Guide here:
To get the best performance from your GPU, make sure you find a motherboard with PCIe slots. You can also check the specifications of your graphics card against the motherboard to find out whether it will work well with the motherboard. For example, if you want to use Crossfire and SLI, you must purchase a motherboard with PCIe support. Unlike ATX, PCIe supports multiple graphics cards and expands the processor’s graphics capabilities.