What Makes a Good Motherboard for Gaming?

There are several things to look for in a motherboard that makes it a good choice for gaming. The main factors are the number of PCIe x16 slots, RGB headers, and Wi-Fi or Bluetooth 5.1. The combination of these factors determines the quality of the motherboard.

PCIe x16 slots

There are a few things to look for in a good motherboard for gaming. Obviously, the PCIe x16 slots must be fast and have enough bandwidth to support a high-end graphics card. Moreover, a motherboard with PCIe x16 slots should support more than one video card. Having more than one video card will improve overall performance and minimize bottlenecks.

There are different types of PCIe x16 slots, with the top slot ideal for graphics cards and the bottom one for smaller graphics cards. The bottom slot connects to the motherboard chipset, and the top slot connects to the PCIe lanes of the CPU.

RGB headers

A motherboard with RGB headers will enable you to use your favorite color effects. You can also use them to control the brightness of connected RGB devices, create unique effect profiles, and sync them with other devices. You’ll find regular RGB headers on most motherboards, but you can also find more advanced versions with addressable headers.

To find out if your motherboard has RGB headers, look in the manual or check the motherboard’s specifications. It will typically list the number of headers, which are labeled RGB HEADER1 and RGB HEADER2. These headers are located near the power connector on the board’s top edge and below the front panel audio headers. The motherboard’s instructions will explain how to connect your RGB devices.

Wi-Fi

If you’re building a gaming PC, you may want to look for a motherboard that comes with built-in Wi-Fi. Having this feature provides you with a backup internet connection while playing games, and it also leaves your USB ports and PCI slots free for other components. While graphics cards and sound cards typically fill up PCI slots, ergonomic keyboards and headsets take up USB ports. While Wi-Fi can add to the cost of your motherboard, the price difference is not substantial, and other features of a motherboard have a larger impact on the final cost of the product.

A good motherboard for gaming should also have a wide range of connectivity options, from ethernet ports to Bluetooth. It should support HDMI for high-definition connectivity and at least one USB 3.0 port.

Bluetooth 5.1

A motherboard with Bluetooth 5.1 support can be a good choice for gamers looking to connect their gaming PC to a Bluetooth headset. You can turn the feature on in your BIOS settings and check for updated Bluetooth drivers in the Device Manager app. Windows 10 also has a feature that allows you to turn Bluetooth on or off from the Action Center or the Settings app.

Whether you want Bluetooth or Wi-Fi is largely dependent on your needs. Bluetooth version 5.2 is much faster than Bluetooth version 5.1. It also allows multiple devices to connect at the same time and has a higher level of security. Ultimately, the right motherboard for your gaming PC depends on your processor. Some motherboards support only certain socket types, while others support more than one.

USB 3.2 Gen 2 Type-C

An MSI motherboard with USB 3.2 Gen 2 Type-C is a great option for those who like to game on the go. Its reversible USB Type-C port provides a reversible connection and is compatible with multiple storage devices. It also supports next-generation PCI Express 4.0 M.2 SSDs.

USB 3.2 Gen 2×2 allows for multi-lane operation. Its double-lane design provides a theoretical 20 Gbps data transfer rate. It provides a significant boost in performance and makes it easier to transfer large amounts of data. In addition to its improved speed, USB 3.2 Gen 2×2 supports backward compatibility, meaning that old and new devices will work with it without any problems.

16 phase Infineon Digital VRM solution

The Gigabyte B550 Aorus Master is a high-end AM4 motherboard. It features an Infineon digital power-management module, or VRM, that supports up to 16 phases. Its overclocking performance was strong even under the strain of a 16-core Ryzen 9 3950X workload.

The power delivery solution is comprised of Infineon TDA21472 70A power stages, which are among the highest-grade available. These stages are able to deliver as much as 950A of theoretical maximum current. This allows even small motherboards to perform well during overclocking. The motherboard has six+2 phases, which are more than enough for quality components. The Gigabyte B550 Aorus Master features a 16-phase Infineon digital VRM solution, which eliminates the need for phase doublers or parallel implementation.