Excessive overclockers are actually squeezing all of the juice out of DDR5 reminiscence as Gigabyte has simply reached OC speeds of over 11,000 Mbps.
Gigabyte Units A File DDR5 Reminiscence Overclock File On Z790 AORUS Tachyon Motherboard, Over 11,000 Mbps Speeds
The battle to attain the very best reminiscence overclock on the Intel Z790 platform is not stopping but. We thought we had seen all of it with the earlier report that was posted on the ASUS ROG Z790 APEX motherboard nevertheless it appears like Gigabyte’s in-house overclocker, HiCookie from Taiwan, had some surprises up his sleeve.
The famend overclocker used the Z790 AORUS Tachyon motherboard which encompasses a dual-DIMM design and has been particularly designed for excessive reminiscence and CPU overclocks. The motherboard was paired with an Intel Core i9-13900K Raptor Lake CPU however a very powerful half is the reminiscence which featured a pair of Gigabyte’s personal AORUS DDR5-8333 modules with the precise serial quantity being ‘ARS32G83D5’. These are among the greatest reminiscence kits that one can get their arms on.
To attain this particular DDR5 reminiscence overclock, the overclocker used LN2 cooling and pushed a single DDR5 reminiscence module to DDR5-11136 (5567.5 Efficient clocks). That is over 11 Gb/s of uncooked bandwidth and the CAS timings have been set to 64-127-127-127-127-2. There is not any data if both the inventory voltage was used or if the reminiscence was pushed up a bit, the latter appears almost definitely however that is undoubtedly a giant one for crew Gigabyte. You will discover the validation at HWBOT right here & the hyperlink to the CPU-z validator right here together with its screenshot posted beneath:
It appears like we’re closing in on the utmost DDR5-12600 speeds for the DDR5 normal very quickly with these excessive overclocking outcomes. One may even discover DDR5 reminiscence kits with as much as 8000/9000 Mbps switch charges within the client section nevertheless they arrive at a premium and can finally go down as the usual matures and turns into extensively adopted which must be comparatively quickly because of AMD’s and Intel’s newest push.
Information Supply: Buildzoid
