Micron e-die and B-die options for 3900x are available.
Micron e-die and B-die options for 3900x are available.
Unfortunately that is also a benefit to b-die. It's been around forever and since so many prefer it there's lots of into about what it can and can't do. People are still learning on these newer die types.
and individuals have realized these updated dies could perform well, though timing is lacking. newer ICs are typically designed to meet JEDEC standards, meaning older dies often provide better results.
I noticed many users on Reddit using Rev-E on my quest. Some even posted their configurations, including one running at 3800 c14! That matches exactly what I'm aiming for—I won't waste more time if I hit a similar result. (For example, 3800 c16 would work too.) This is basically my target with those RAMs, keeping under 1.45v (is 1.5/1.6v daily okay for Rev-E?).
I mean you're asking about the timing issues people experienced. Someone mentioned a similar point in that discussion, and the thread is still relevant: https://www.reddit.com/r/Amd/comments/ir...ers_simple
they struggle with tight schedules, but something B-die handles well, while CJR and Rev E perform adequately.
It seems you're curious about how a 3200C14 build stacks up against a 3600C16 in benchmarks. Let's break it down.
New die options and compact ICs struggle with voltage stability, which is why B-die remains a favorite among overclockers. Woomack at OverclockersForums.com is the right person to consult for his extensive memory testing experience. He likely has a dedicated discussion thread. I’d recommend checking out the E-die versus B-Die options—I’d pick the B. The RGB lighting adds to the cost of the memory. For you, Nick, consider Newegg’s business section for a 16GB 2x8 kit with 3600MHz specs at 99$, though it won’t support RGB. They can push 4000MHz with XMP timings.