Overclocking
Disclaimer: Overclocking is never guaranteed, so that the results may vary depending on certain conditions and various hardware configurations. I am not recommending overclocking if you do not know what you are doing. High voltages may damage hardware, and the warranty will not cover it.
HyperX Fury is using Micron E-die IC, which is overclocking well, considering this is a high capacity IC. We are always expecting to go both ways so to tighten the timings and set a higher frequency. Because of AMD Ryzen specification, we are limited because of infinity fabric and memory controller ratios what gives us optimal memory clock at about 1800-1900MHz, so DDR4-3600/3800. Higher memory capacity is causing problems to reach DDR4-3800, and also, in our case, we had to stay at DDR4-3733 to keep full memory stability. At this clock, we could still set CL16-21-19-39, so quite tight timings. To make it, the memory voltage had to go up to 1.45V. It’s still perfectly safe for daily work and gaming.
Ryzen 5000 processors have improved access times, giving us a chance to play with memory at a 1:2 infinity fabric/memory controller ratio without significant performance loss. DDR4-4200 was possible at as low as 69ns latency. On the previous generation of Ryzen processors, we would see above 80ns and a significant performance drop in some games.
Our maximum frequency is 2100MHz or DDR4-4200 at quite tight timings of CL18-24-24. Used voltage was also 1.45V what isn’t too high for longer work.
This is our second 64GB HyperX Fury memory kit, which gives us so high overclocking potential. It’s clearly an interesting memory series for both gamers and overclockers.
