Computex featured the unveiling of three gaming monitors that are redefining refresh rate boundaries. Leading the pack at Taipei's premier computing trade show is the Asus ROG Strix Ace XG248QSG, a 1080p display boasting a staggering 610Hz refresh rate. Meanwhile, both MSI and Acer have introduced 1440p displays with 500Hz refresh rates – specifications that would challenge even an RTX 5090 coupled with multi-frame generation technology.
Acer's Predator X27U F5 not only delivers exceptional speed but also features a QD-OLED panel for outstanding color precision. Initially launching exclusively in Europe and China with a starting price of €899, Acer confirms eventual US availability though pricing remains undisclosed. The company attributes delayed pricing announcements to tariff considerations and ongoing negotiations with retailers. While Acer will reveal US pricing closer to the X27U F5's launch, current market trends suggest premium positioning.
MSI's 27-inch MPG 271QR X50 also incorporates QD-OLED technology, though pricing details remain unannounced. Beyond its impressive display capabilities, the monitor introduces an innovative AI feature. According to PC Gamer's hands-on report, a discreet sensor at the screen's base detects user absence, triggering the integrated NPU to automatically activate burn-in protection by turning off the display.
Burn-in protection mechanisms are standard in OLED displays, particularly crucial for gaming monitors where static interface elements persist through extended sessions. Conventional systems periodically refresh pixels through scheduled shutdowns. While AI implementation may raise privacy considerations, this approach proves less disruptive than traditional protection activating during critical gameplay moments.
Do Gaming Monitors Need to Be This Fast?
The emergence of three ultra-high refresh rate monitors marks significant industry progression, with the Asus ROG Strix Ace XG248QSG establishing new performance benchmarks. Achieving 610Hz at 1080p represents remarkable speed, even considering Nvidia's frame generation advancements. Reaching such frame rates in titles like Marvel Rivals would require RTX 5090-level hardware with multi-frame generation – generally discouraged in competitive gaming due to added latency.
Harnessing these refresh rates demands more than premium graphics hardware; it requires equally capable processor components. At extreme frame rates, CPU performance becomes critical for maintaining consistent data delivery to the GPU. While technologies like Nvidia Reflex and frame generation provide partial solutions, sustaining 600fps gameplay necessitates high-end processing power regardless of supplemental technologies.
Successfully rendering games at native high frame rates without generation techniques yields minimal render latency – a decisive advantage in competitive gaming environments. This explains why professional Counter-Strike 2 competitors prioritize frame rate over visual fidelity, accepting reduced graphics quality for superior responsiveness. While the performance benefits are undeniable, whether they justify the anticipated premium pricing remains subjective for most consumers.
