…ASUS First To Land AMD EXPO 1.2 Memory Technology Support on Its X870 Motherboards: Offers CUDIMM & Ultra Low-Latency DDR5 Support ASUS has released its new " 2301 " BETA BIOS , which includes…
…The new EXPO Ultra Low Latency profile builds on AMD’s existing EXPO memory overclocking technology for DDR5 modules, but focuses more heavily on reducing memory latency rather than simply pushing higher…
Origin Code today announced that select configurations within its Vortex DDR5 memory lineup now officially support AMD's newly released AMD EXPO Technology: Featuring Ultra Low Latency, placing the company among the…
AMD has revealed additional details about its new EXPO Ultra Low Latency (EXPO ULL) memory technology, which was introduced during Computex 2026 as the next evolution of the company's EXPO memory…
…AMD EXPO™ Technology now supports Ultra Low Latency memory, delivering smoother, more responsive performance. 2 Partners FURY Beast RGB FURY Beast Caster RGB Gray Lancer RGB Black Dominator Platinum RGB Vengeance RGB…
…reign in temperatures on newer, ultra-high-speed memory kits. G.Skill is also amongst the first memory companies to support AMD's new EXPO Low Latency tuning profile, with new Trident…
AMD's EXPO Ultra Low Latency program, announced at Computex 2026 , aims to give users a one-click route to lower memory latencies than its existing EXPO profiles, but the company's…
AMD EXPO 1.2 adds Ultra Low Latency DDR5 memory mode
AMD Previews EXPO Ultra Low Latency Memory, Brings 15% Better Gaming Performance Versus Standard DDR5 Sticks
…Elsewhere in the update, EXPO 1.2 also introduces new memory modes optimized for low latency, including EXPO memory kits with ULL (Ultra-Low-Latency) mode. This won't mean much to…
…On the AMD EXPO ULL (Ultra-Low-Latency) front, KLEVV will offer its latest CRAS V RGB PRIME, which retains the premium RGB aesthetics of the CRAS V kits in black/gold…
…Personally, I do like to take advantage of improvements, but in this case (e.g., AMD’s EXPO 1.2 Ultra Low Latency), I can easily do without—unless, of course, AMD…
