ASUS Releases Republic of Gamers Event Highlights Ground-breaking Intel ROG Motherboards, Top-Shelf PSUs, Premium Monitors, plus Other Gaming Gear

ASUS Releases Republic of Gamers Event Highlights Ground-breaking Intel ROG Motherboards, Top-Shelf PSUs, Premium Monitors, plus Other Gaming Gear

ROG aims to Break All Limits with cutting-edge performance and features as the new Z690 platform debuts for 12th Gen Intel Core CPUs with DDR5 and PCIe 5.0 support

KEY POINTS

• New ROG motherboards offer up to 24+1 power stages for the Intel^® Z690 platform plus support for DDR5, PCIe^® 5.0 and a redesigned CPU architecture
• Z690-based ROG motherboards deploy ASUS Enhanced Memory Profiles that unlock DDR5 voltage management to enable chart-topping RAM performance
• New acoustically optimized ROG Thor power supplies are A++ Lambda-certified and operate silently at up to 50% load, making them the quietest in their class
• The ROG Strix XG309CM Fast IPS monitor offers USB Type-C^®, 200 Hz refresh, and 1 ms GTG; the 1080p XG276Q offers 165 Hz, 1 ms GTG and HDR

ASUSRepublic of Gamers (ROG) today announced a groundbreaking new generation of Intel^®-based motherboards, power supplies, monitors and more during its Break All Limits event. For the first time, gamers can wield DDR5 memory modules and PCIe^® 5.0 devices, plus Intel^® Core^™ CPUs that have been redesigned from the ground up to feature as many as 16 cores and 24 threads. To prepare for these historic new technologies, the ROG Maximus Z690 Extreme, Extreme Glacial, Apex and other Z690 ASUS motherboards come outfitted with cutting-edge power delivery that can react in split seconds to changes in voltage and frequencies introduced by the Intel Alder Lake platform, to keep these potent new processors operating at maximum power and efficiency.

Furthermore, Z690 ROG motherboards are armed with an exclusive new feature called ASUS Extended Memory Profiles (AEMP). With AEMP, a simple setting in the BIOS can boost DDR5 memory module clock speeds and timings beyond their official limits, to eke out every last ounce of performance. This feature is made possible by unlocking voltage management on the Power Management Integrated Circuit.