MSI Unveils Mini LED Gaming Monitor With 300Hz Refresh Price for E-Sports activities

MSI MEG 271Q gaming monitor was introduced by the corporate at CES 2022. The brand new monitor comes with Mini LED backlight controls with native dimming, a response time of 1ms, and a refresh fee of 300Hz. The brand new Mini LED monitor comes with Nvidia G-Sync Final know-how, which can be featured on screens from AOC, Asus, and ViewSonic launched at CES this yr. These new gaming screens are geared toward e-sports players who meed excessive refresh charges and quick response instances.

MSI is but to disclose pricing for the newly introduced MSI MEG 271Q gaming monitor, in addition to availability within the US and different markets, together with India.

MSI MEG 271Q specs

The brand new MSI MEG 271Q gaming monitor is provided with a 27-inch WQHD (2,560×1,440 pixels) LCD panel with over 1000 Mini LEDs on the backlight unit. The monitor comes with native dimming assist and MSI’s patented backlight management know-how, in line with the corporate. MSI MEG 271Q options the corporate’s Fast IPS Panel know-how, which is designed to cut back movement blur whereas gaming.

Because of highly effective new graphics playing cards from Nvidia (such because the newer RTX 30 sequence) e-sports players can now play their favorite titles at 1440p decision together with excessive refresh charges, as an alternative of being restricted to 1080p. In line with MSI, the 27-inch WQHD decision gives 32.9 p.c extra pixels per inch than an everyday full-HD monitor. MSI MEG 271Q additionally helps Nvidia Reflex Analyzer, which may show latency and enter delay, permitting customers to resolve points for optimum gameplay.  

MSI MEG 271Q comes with Nvidia G-Sync Final assist, which gives a variable refresh fee of 0Hz to 300Hz, whereas the monitor boasts a response time of 1ms. In line with the corporate, the brand new MSI MEG 271Q gaming monitor gives 97 p.c DCI:P3 protection. The gaming monitor can be VESA DisplayHDR 1000 licensed for improved color show and element, excessive distinction HDR, and higher native dimming.