The maximum RAM speed you purchase depends on the specifications of the computer or device you're building.
The maximum RAM speed you purchase depends on the specifications of the computer or device you're building.
The maximum RAM speed depends on both the motherboard and the CPU. The GIGABYTE X470 AORUS ULTRA GAMING supports speeds up to 3200MHz, but newer modules like the 5800X or 5800X3D can handle higher rates. Your 3060 Ti GPU works well with these speeds. For compatibility, aim for at least 3200MHz or higher, depending on your CPU's capabilities.
Generally Ryzen performs optimally with 3600MHz RAM (aim for CL16 or lower). It depends on the full system setup. For instance, Corsair LPS RAM struggles with Ryzen and isn't recommended. Boards from the 400 series onward handle higher RAM speeds more smoothly, and newer Ryzen chips offer superior memory controllers, ensuring you usually hit at least 3600MHz.
These containers seem to be of lower quality compared to what you'd expect in the 3200C14 model, especially given the inconsistent design. For Samsung options, you might want to consider 4Gbit eDPI (4x4 single-sided or 2x8 dual-sided dimms) or an 8Gbit DDR (8GB single-sided, 16GB dual-sided), though dual-sided models aren’t common. It’s hard to say if Samsung truly outperforms Micron, as Micron (like the 2666C19 bare PCB) can reach C9BJZ, which should clock around 5000 or higher. In one discussion it was mentioned that 4Gbit DDR is better than Rev E, but at TRFC it’s considered outdated. Micron’s performance seems solid on compatible boards like the KLEVV 3200C16 and 3600C18, which are subsidiaries of Hynix. However, Micron’s bare PCBs aren’t well documented.
On the other hand, CJR or DJR chips tend to handle TRFC better and should provide smoother operation. They’re likely to deliver more consistent results, especially on KLEVV boards. Dual-rank dual-sided sticks are probably the best choice if you need high performance, though they’re more expensive.
Avoid overclocking unless you push beyond 5000 before the clock frequency starts to drop noticeably. Ram speed isn’t a major factor for you, so stick with 3200CL16 or 3600CL18. Those boards are designed to work well with the available memory and won’t waste power on voltage regulation.
Infinite Fabric’s options are limited to around 3800-4000, which isn’t enough for significant gains. The 3600C18 should run smoothly at 4800, while the 3600C16 might need a bit more than 5000 before desync issues become noticeable.
Secondary and primary memory types matter more than the naming conventions. Most performance hinges on RAM interfaces rather than the type itself. Also, keep voltage levels low in the power supply—don’t waste energy on it unless you see real latency improvements.
Overall, if you’re focused on TRFC and stability, prioritize CJR/DJR or DJR options. Stick with 3200CL16 or 3600CL18 for the best balance of speed and reliability.
Powered by the CPU and the motherboard. A speed of 3200 or 3600 (preferred) should suffice. Premium modules might require manual tuning for proper operation. Refer to your motherboard's manual for the recommended supported frequencies.
Usually people believe it would be like this. For example, "higher is definitely better..." Official support for ram modules also fits that. I ran some tests—superposition 1080p, cbr23, aida64... 2133mhz (default), 3200mhz (cl14), 3600mhz (cl16). All results were within the margin of error. The only minor change was a slight latency difference in aida64, but not much! Plus, in a few games I noticed about a 1fps difference, though 3600mhz seems a bit more responsive. Probably a sweet spot for most Ryzen (especially newer am4 models).
2133 feels like a long time ago. Back then, I mostly got C or D machines, and I had a C-D one with 16GB for just $80—really affordable at the time. The sellers, who were also overclockers, promised a 3600 and everything checked out. Buying a C14 would have ruined the experience.