TEAMGROUP T-Create Expert Overclocking 10L DDR5 48GB キット (2×24GB) 7200MHz (PC5-57600) CL34 M-DIE デスクトップメモリモジュール RAM ブラック - CTCED548G7200HC34ADC01

M-die, working straight of the box with 7800x3D and B650 mobo (7200 M/T). Not only that, this RAM is very flexible with timings so if you know what you doing, you can achieve even 50% more performance than just XMP pre-set. Yes, not EXPO profile but this doesn't mean that they not for AMD systems :) Out of the box and XMP on I had about 80 ns latency... Now 62 ns but I'm still working on it and expect get about 57-55 ns. Time will tell...

MEMORIAS NOTA 10

Easy to install and get working out of the box at standard 5600 speed. I did need a bios update for my Z790 Auros elite ax board and with xmp set it's very fast and reliable. Another thing, this ram is quite low and should fit under air coolers and that's why I chose these.

Teamgroup has always been pretty good at giving value for performance. This specific DDR5 stick has amazing stock heatsinks. The DDR5 runs very hot, and your performance and stability will be highly determined by the board and chip. I've tested multiple kits and AMD/Intel, and I can confirm this product comes with the latest Hynix Die (M DIe 24 GB). If unlucky, in a couple weeks or months they may replace it with Micron or some other brand, but for now my experience has been M die Hynix. Hynix labels their RAM by generation; M die tends to be their first generation, so don't confuse it with M die 32 GB. These sticks can run 8000cl36~ on Intel or AMD; you will get the most performance on Intel. They don't seem to be the best bin, as G Skill currently has people locking in somewhere around 8000+ with some crazy voltage as low as 1.45. For most normal people, these sticks have amazing heatsinks and "future" performance when AMD or Intel moves up to 8000 MHz consumer stability, so you should be able to overclock on your own or just push them to their XMP if you're on AM5.

Hynix M-Die, very fast RAM, I'm doing 6000 30-36-36 at 1.35v no problems at all, can probably go lower voltage or higher frequency.