The BenQ MOBIUZ EX270M and EX270QM monitors have been introduced as a series of desktop peripherals for avid gamers to incorporate into their setup.
The monitors are engineered with premium performance in mind with the EX270M offering FHD resolution, while the EX270QM offers QHD. The monitors are both rated to offer a 240Hz refresh rate with a 1ms GtG along with support for FreeSync Premium. The monitors are accented by a series of LED light accents on the rear to elevate the style of the peripherals when placed within a setup.
Manager of LCD Line Jason Lee spoke on the BenQ MOBIUZ EX270M and EX270QM monitors saying, "The EX270M and EX270QM are powerful gaming displays that provide gamers with stunning visuals, impeccable audio and smooth performance. We are thrilled to add these two additions to our MOBIUZ monitor line to further to enjoy a customized and immersive gaming experience."
Ultimate Gamer Monitor Lineups
The BenQ MOBIUZ EX270M and EX270QM Have a High Refresh Rate
Trend Themes
1. High-refresh-rate Gaming Monitors - Manufacturers can invest in creating monitors with even higher refresh rates to cater to the needs of serious gamers.
2. Gaming Monitors with LED Accent Lighting - Incorporating LED accent lighting to gaming peripherals can be a potential disruptive innovation opportunity to enhance user experience.
3. Displays with Freesync Premium - Manufacturers can develop displays with FreeSync Premium support to offer an unrivaled gaming experience to the gamers.
Industry Implications
1. Gaming Peripherals Industry - Incorporating LED accent lighting in gaming peripherals can create an innovative and immersive experience for gamers.
2. Display Manufacturing Industry - Developing displays with an even higher refresh rate and FreeSync premium support will enhance the experience of gamers and improve the display manufacturing industry.
3. Computing Industry - Gaming monitors with high-performance features such as refresh rates and LED accent lighting can drive sales and innovation as customers upgrade their computing setups.