These range from minor luxury features like a few extra USB ports, to performance-enhancing benefits such as the ability to install better (newer) CPUs. Note that the products discussed here are independently chosen by our editors. At no extra cost to you, HGG may get a share of the revenue if you buy anything featured on our site. 2 Gaming Motherboards Guide Part I: Do I Need an Expensive Motherboard? 5 Gaming Motherboards Guide Part IV: What about 4K? Here is our comparison table of the 10 best gaming motherboards. Before jumping into the “Zoom In” section where we take a closer look at each unit in our table, let’s glance at a few important considerations when it comes to gaming motherboards. Gaming Motherboards Guide Part I: Do I Need an Expensive Motherboard? For the average user, motherboards (or mobos for short) are about features and roughly speaking don’t directly influence performance. While this is a bit of an oversimplification, as long as you get a motherboard that will be a match for your selected components, you’re in clear, calm waters.

What are you missing out on if you don’t get an expensive motherboard? Cheaper motherboards typically do not have support for CrossFire or SLI. They also have fewer USB ports, fewer niche ports like USB C/M.2/Sata Express, and less overclocking ability. That’s on top of a higher risk of failure (or underperformance) and inadequate WiFi/Bluetooth features. Again, if you aren’t going to use certain features or ports, you’re wasting money. Just get what you need. This one is a bit subjective, of course. But if you’re building a rig, there’s something to be said for the feeling of accomplishment you get from putting it all together yourself. Of course, if you’re completely new to PC gaming, there are a few benefits to having a professional do it. After all, they have specific tools for the job, and they’ve probably received quite a bit of training prior to starting work (meaning it’s unlikely they’ll break or damage anything). Still, if you do your research and take your time, putting together your own build can be immensely satisfying. The CPU is, without a doubt, one of the most important components in a gaming PC.

It’s one of the only parts that actually has a direct impact on your FPS, after all. But only if you can actually take advantage of them. And doing that requires a good motherboard. First of all, it doesn’t matter how fast your new CPU is if you can’t even install it in the first place. With how quickly
Home (especially computer hardware) is advancing, the latest CPUs won’t always work with motherboards from 4 years ago – no matter how good they were at the time. The number of cores increases and clock speeds change. Although Intel’s recent move away from their tick-tock release cycle will help with extending this compatibility by another generation, it’s still a temporary fix. Sooner or later, a motherboard upgrade is going to be essential. And for AMD users, their all new Ryzen 5 chips will likely breed an entirely new generation of fantastic motherboards, so there’s all the more reason to go with something new. New games are continually developed around the latest CPU technology, so picking a modern motherboard now will pay off for years to come.

Remember when you only needed one video card to get top-of-the-line gaming performance? Well, that’s still true… A single card is perfectly adequate for running games on Ultra settings at 60FPS (depending on the specific card, of course) and 1080p, but what if you want to push things even further? What if you’re interested in high-end, VR gaming? Or cracking 144 FPS? One card probably ain’t gonna cut it – not for demanding games. That tier of gaming performance will require more than a single GTX 1080. Fortunately, the best gaming motherboards offer full support for multiple top-shelf video cards, allowing you to get the most out of your system. Enter NVIDIA SLI and ATI Crossfire. PC gamer who has dealt with failing parts in the past can appreciate. The motherboard lets the graphics cards split up the work. Each card needs to do less. This reduces strain on the system, which improves performance and extends the life of your components.

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