ASUS ROG Crosshair X670E Gene Achieves DDR5-9108 Reminiscence OC Report With AMD Ryzen 7 7800X3D

ASUS’s ROG Crosshair X670E GENE motherboard has now achieved a reminiscence overclock of DDR5-9108, the best up to now on AMD’s Ryzen 7000 platform.

ASUS Units Quickest DDR5 Reminiscence OC Report of 9108 MT/s With ROG Crosshair X670E GENE Motherboard

The AMD Ryzen 7000 & AM5 platform lately noticed an enormous enchancment in its help for high-speed DDR5 reminiscence because of the AGESA BIOS firmware that is being rolled out by all main AM5 motherboard producers. The BIOS basically permits the platform to help the high-memory frequencies whereas it was beforehand inconceivable to even boot on larger speeds.

As such, we noticed speeds past DDR5-9000+ on numerous motherboards, largely with two DIMMs. The BIOS additionally helps higher-speed 4-DIMM configurations however not on the identical stage as 2-DIMM configurations. However with that mentioned, overclockers are at the moment pushing to see the true capabilities of the AM5 motherboards, and South Korean overclocker, SAFEDISK, has now posted his new report on ASUS’s ROG Crosshair X670E GENE motherboard.

CPU-z Validation of the DDR5-9108 reminiscence overclock by SAFEDISK

Utilizing the ASUS ROG Crosshair X670E GENE motherboard and an AMD Ryzen 7 7800X3D CPU, the overclocker was in a position to obtain a reminiscence overclock of as much as DDR5-9108 (4554 efficient). The RAM sustaining timings of CL46-50-50-88-214 was achieved on a pair of G.Ability DDR5-6600 package that has the particular mannequin variety of “F5-6600J3440G16G”. No unique cooling was used to chill down the reminiscence however the CPU was put below a chiller. Yow will discover the CPU-z validation right here & a screenshot of the overclocking report under:

Picture Credit: SAFEDISK

These are superb outcomes coming in from overclockers who’re displaying us the true potential of the AMD AM5 platform and the latest BIOS updates. Now we have been informed that that is solely only the start and we are able to count on much more optimizations on the reminiscence aspect of issues for the AM5 platform within the months forward.

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