Gigabyte H410M S2H (LGA1200/ Intel/ H410/ Micro ATX/Ultra Durable/M.2/SATA 6Gb/s/8118 Gaming LAN/ DDR4/ HDMI 1.4/ DVI-D/Motherboard)

A lot of value for the money. It's not for overclocking , but that doesn't mean it's not for a gaming PC. Works well for gaming and all around. It only has two ram slots , but that's more than enough for at least 16GB of ram or more. Dual channel. Well made and easy to install, BIOS is user friendly also. Can't beat the price.

Bought this for my Father's PC birthday gift and it works excellent with no problem, also this went well with an i3 10100 build and it's ram speed is 2666mhz. Very good build and it came in with no damage, no problem. Well shipped.

I used it with a Pentium G6400, 8GB DDR4 @ 2666MHz, 240GB SSD and GT 1030. It works without problem. I have a splitter with 3 fans and works good.

I just assembled this PC for a friend yesterday and I did a lot of research pairing parts and checking compatibility. During that process I missed two very important things had this system been expected to do more than for someone who just does basic computing. I did not notice it only has one system fan header, and the Nvme is secured in place by a snap in clip which I do NOT like at all. Other than those two points it seems like a decent board, but they are deal breakers for me unless I was building this for the same exact use.The CPU is an i3-10100, the Nvme is an XPG 8200 Pro, it has a DVD/CD writer because my friend still likes one, and the case is a Fractal Core 1100. The system is running Linux Mint 20, and burn in test went just fine. Boot up was under 19 seconds consistently and temps averaging around 25c which is quite chilly with the single 120mm front case fan and CPU fan only. I would not recommend this setup other than for basic computing and definitely not for any level of performance gaming because of the cooling limitations.NOTE: I am an avid Linux user, if you are wishing to run Linux as I did, there are some bios tweaks you will need to make. Secure Boot and Fast Boot need to be disabled. Many Linux distros now have UEFI support so you can do a UEFI installation if preferred for added security. On that note, some distros may require UEFI to be disabled, in that case simply turn it off by selecting Legacy boot or choose "Legacy / UEFI" if the option presents itself.Also, depending on the media being used to install Linux, you may need to change the bios boot order (eg; F12 for most but may vary). Sometimes the keyboard boot menu option dose not seem to take (eg; F12 for most but may vary). Keep in mind your system my want to bypass your drive or not boot at all and can possibly boot loop. There are plenty of Youtube videos on how to do this process, it's actually quite simple.