Check compatibility with the ASUS X570 Crosshair VIII Hero motherboard.
Check compatibility with the ASUS X570 Crosshair VIII Hero motherboard.
I was searching for a specific RAM module: CORSAIR Dominator Platinum RGB 64GB (2 x 32GB) 288-Pin DDR4 SDRAM DDR4 3200 (PC4 25600) Intel XMP 2.0 Desktop Memory Model CMT64GX4M2C3200C16 for this motherboard: ASUS AMD AM4 ROG X570 Crosshair VIII Hero (Wi-Fi). I’m unsure if it will work with the board. If you need, the processor is the 3950x. I don’t want to push speeds beyond the standard 3200, and I’m not interested in overclocking. Getting the 64GB would be ideal, otherwise I just need reliable, decent performance. The release seems recent—maybe only a month or two old—and it isn’t listed on the motherboard’s memory specifications PDF. I also can’t locate it on PCPartPicker, possibly because it’s new. There’s a similar set available in a 4-pack version (CMT64GX4M4C3200C16) which is available for purchase. This is my first build in a while, and although a beginner might assume compatibility, I’m cautious about this particular board and chipset. For instance, I found some discussions here and another thread. I’m also open to other options—this setup isn’t a must-have. A budget of $400–$500 is reasonable. Appreciate any advice!
Memory at regular clock rates reaches 2133mhz. This is the target setting. You'll activate overclocking using XMP/DOCP settings. However, having more memory makes it harder for the controller to maintain the rated speed of each profile. This setup seems aimed at workstations. Most servers and desktops don't use higher frequencies. The stability comes from lower speeds. You trade speed for more units. One stick is ideal. Two sticks in dual channel offer solid performance. A 16GB 2x8 kit from Samsung is costly but often delivers top results with minimal issues. Four sticks at 32GB each are equally demanding or even more so, depending on configuration. You may still need adjustments, even with 3200XMP sticks, since they won't hit the full JEDEC speed in this system. Performance gains usually exceed the base frequency, often called JEDEC speeds. Delay will stem from tighter timing, while data transfer will increase with higher frequency.
The best way to confirm is unlikely, as that board is meant for extreme/large overclocking. It's probable it will function, since 3200 on x570 and Ryzen 3 series fits within the jdec guidelines and isn't seen as an overclock anymore. Why choose a board built for maximum overclock potential when you prefer something more stable? You might enjoy reading this discussion—though the original poster isn’t the focus, it shares insights about the board choice, its history, and the surprising disappointment after realizing it wasn’t necessary.
I’m glad you reached out. It’s been quite some time since I assembled a fresh setup, and much of what I’m doing feels either unfamiliar or just a bit forgotten. I think it’s fair to say I’m still getting my foot in the door here. I work with both 2D and 3D projects using Autodesk and Adobe tools, and I also spend a lot of time gaming. I plan to use the 64GB drive, but I’m curious—how can I handle speeds above 2133MHz without overcomplicating things? Should I focus on getting more RAM and adjusting settings, or is there a simpler path? This is definitely new territory for me, both because of the long gap and the lack of hands-on tweaking. If I can find a solid balance between performance and capacity, that would be ideal. Thanks for your advice—I really appreciate it. I’m short on time to dig deep, but having a new rig will make a big difference right now (I’m currently running an i7-930). Your honesty means a lot. I’m just hoping you can help me avoid unnecessary headaches during setup.
Activate XMP for the simplest fix. This avoids the lengthy manual overclocking process you might not want to undertake.
It seems you're weighing options for RAM upgrades. One choice is G.Skill, which offers good performance at a lower cost, though timing might be slightly less optimal. The other option is Corsair, but they don’t have a QVL list for their memory and their timing appears higher. You’re focusing on compatibility and value rather than aesthetics. The price difference isn’t huge to you, so timing and availability matter more. There’s also a 3600 MHz version available, but it’s significantly pricier.
Don't worry about the QVL lists. Worst case scenario you'll have to do some tinkering to get to the advertised speeds but that's it. But any reason to do with an overclock specific board? Because if you won't use ant of these features. This board is certainly not the best thing for you. For the most part the reason the Corsair kit is more expensive is because of branding. Both will work just fine. Edited August 8, 2020 by TofuHaroto
I believe what I read online made me worry about possible compatibility issues between certain memory kits and the x570 motherboard. As you noted, many of these components are relatively new to my knowledge (especially since this would be my first AMD build), so I was probably trying to avoid mistakes. Regarding overclocking, it's a valid concern, and I don’t have a clear solution. I’ve worked with Asus boards before, though finding the MSI x570 Tomahawk is tough. I aimed for a dependable board with solid support, which led me to consider an upper-end model despite its higher cost. My reasoning might seem odd, but I’m unsure beyond basic specs like I/O or VRM ratings. User opinions are my main guide, and I’m focusing on practical aspects such as USB ports and Wi-Fi rather than troubleshooting risks. I’m also aware this might have been an overreaction to a straightforward situation.
It’s understandable to feel uncertain about these details. For most users, the differences between memory brands like Corsair and G.Skill are minimal unless you’re building a high-performance system. B-Die chips are generally reliable, but chip manufacturers like Hynix are less commonly discussed for consumer PCs. Focus on your needs—if stability matters, stick to trusted brands regardless of price.