I have this board for two builds. The price is right and offers features on more expensive boards. It has two 12 volt RGB and a 5v RGB header, heat sinks on the VRAM, 4 DIM slots, two M.2 slots (one can be used for NVMe), easy BIOS, works out of the box for every Ryzen 1st gen I have tried. I have another ASROCK board around the same price point and it has no RGB headers, no heat sinks over the VRAM and just two DIM slots and one M.2 slot. It has more features than an MSI board I had used for another Ryzen build that was nearly double the price. One is outfitted with a Ryzen 5 1600X with 32GB of G-Skill Flare X, an M.2 SSD, 2TB HDD and NVIDIA 1060 6GB, the other is a Ryzen 7 1700, 32GB of G-Skill FlareX, Patriot M.2 SSD, Western Digital M.2 SSD, SATA3 SSD, 4TB HDD, RX580 8GB.If you're building a Ryzen 1st or 2nd gen machine, I would definitely recommend this board due to the features it offers at the price point. Neither have failed me yet.05/12/20 Update: Now I have one rocking a Ryzen 5 3600X with a BIOS update to 3.50. No issues.05/20 to 10/20 Update: Transplanted the motherboard into an HTPC case so I can fit into a smaller space in my entertainment system and game on my 65" TV. So upgraded to a GTX 1660 6GB card (because of small form factor) and 32GB (4X8GB) or G.Skill Trident RGB RAM DDR4 2400 overclocked to 3200 that I had sitting around. Everything worked fine and all games were buttery smooth.Being the eternal tinkerer, I can't leave well enough alone so I decided to max out the RAM at 64GB with some G.Skill Aegis (4X16GB) DDR4 3200 I had laying around for a different build (workstation), I needed to test the RAM and make sure it worked and to run Memtest before the return window closed. I pulled the 4 sticks of overclocked G.Skill Trident RGB out, and tossed 4 sticks of the G.Skill Aegis RAM in....wouldn't boot up :(This is a common issue I have run into when building rigs, my usual solution when building a new rig or introducing new RAM if it doesn't boot with all RAM installed is to start off with 1 stick in the primary RAM slot, which worked in this case. I let it boot into BIOS, verify the RAM, then shut it down. For testing purposes, I did this with the remaining sticks of RAM, had to make sure they all worked. Then I installed two sticks of RAM, booted into BIOS, shut it down. Tossed in the next two sticks of RAM, booted into BIOS, set XMP, reboot into windows and wham, I'm in.Because I can't leave well enough alone, I went back into BIOS and tried overclocking the RAM....NOPE - would not overclock showing the limitations of cheap G.Skill Aegis RAM versus the much more expensive G.Skill Trident RGB sticks which can be cranked up. Still have the 64GB of RAM installed (definitely overkill), works great so I guess I'll keep them in since the workstation is getting different RAM anyway. So far so good, great MoBo, all the addressable RGB still works great (Wraith Spire LED, Corsair RGB Fans, LED strips), will probably buy another board for another build to use up spare parts I have laying around, like the G.Skill Trident RGB sticks I just pulled out. It has kinda raised in price a little bit though (thanks to Linus Tech Tips), so I have looked at other MoBo's in the same price range, they just don't have the feature set so looks like I'll pick up #3.Update 11/24/20I like this board so much that I bought another one. Now I have covered 1st, 2nd and 3rd gen Ryzen on it. By the way, this latest one had the sticker that it was 3rd Gen Ryzen ready, but I stuck a 2700X in this one. I added a few pics, Darkflash Mesh case, Neon lights really make it pop, why not, it has two 12v RGB headers and a 5v RGB header. This build was to mop up parts I had laying around.