Quick tech specs
- Is a reliable and productive gaming solution
- 500 µs response time provides ghosting free and sharp results
- Four times the resolution of HD with WQHD mode, permits you to have more multimedia content shown without any delay with amplified efficiency
- 27" viewable screen size showcases movies, games, and photos with striking clarity
- 300 Nit brightness gives an exceptional visible display for clear and consistent on-screen pictures
Know your gear
Visualize your victory with MSI MAG 27CQ6PF gaming monitor. Equipped with a 180Hz Refresh rate, 0.5ms (GtG, Min.)response time panel, MAG 27CQ6PF will give you the competitive edge you need to take down your opponents. The WQHD (2560x1440) high resolution will let you experience the mesmerizing images. Enjoy extremely smooth, tear-free gameplay with built-in Adaptive-Sync technology when paired with your GPU for ultra-smooth gameplay.The MSI ARSENAL GAMING (MAG) series is engineered to give gamers the edge they need to dominate on the virtual battlefield. Inspired by the rugged durability and unwavering reliability of military-grade equipment, the MAG series is built to provide an unwavering defense in every gaming scenario.However, MAG isn't just about performance; it's a design language that conveys ruggedness and toughness, embodying the very essence of the MAG style. For gamers who are determined to dominate their digital battlegrounds, the MAG series is here to stand with you, establishing the ultimate defense.MAG 27CQ6PF| ? Rapid VA Panel - Provides 0.5ms (GtG, Min.) response time, optimizes screen colors and brightness., WQHD High Resolution - Games will look even better, displaying more details., 180Hz Refresh Rate - Respond faster with smoother frames., 0.5ms (GtG, Min.) Response Time - Eliminate screen tearing and choppy frame rates., Night Vision - Smart black tuner to brighten your day by bringing out the fine details in dark areas., Adaptive-Sync Technology - Tear free, stutter free, fluid gaming., Less Blue Light - Use a software solution to reduce the light emission in the blue-violet region of the blue light spectrum.
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