Philips 24M1N3200ZA 23.8'' Full HD 165Hz 1ms Gaming Monitor

Features Certified NVIDIA(R) G-SYNC(R) compatible for smooth, fast gaming When playing intense games with high refresh rates, screen tearing may appear without optimal graphics synchronisation. This Philips Momentum display is certified as NVIDIA(R) G-SYNC(R) compatible, reducing screen tearing and syncing your monitor s refresh rate with your graphic card s output for a smoother gaming experience. Scenes appear instantly, objects look sharper, and gameplay is smooth, giving you a stunning visual experience and a serious competitive edge. 165 Hz refresh rates for ultra-smooth, brilliant images You play intense, competitive gaming. You demand display with lag free, ultra-smooth images. This Philips display redraws the screen image up to 165 times per second, effectively faster than a standard display. A lower frame rate can make enemies appear to jump from spot to spot on the screen, making them difficult targets to hit. With 165 Hz frame rate, you get those critical missing images on the screen which shows enemy movement in ultra-smooth motion so you can easily target them. With ultra-low input lag and no screen tearing, this Philips display is your perfect gaming partner 1 ms (MPRT) fast response for crisp images and smooth gameplay MPRT (motion picture response time) is a more intuitive way to describe response time, which directly refers to the duration between seeing blurry noise and clean, crisp images. The Philips gaming monitor with 1 ms MPRT effectively eliminates smearing and motion blur and delivers sharper and more precise visuals to enhance your gaming experience. The best choice for playing thrilling and twitch-sensitive games. Low input lag reduces time delay between devices to monitor Input lag is the amount of time that elapses between performing an action with connected devices and seeing the result on screen. Low input lag reduces the time delay between entering a command from your devices to monitor, greatly improving play on twitch-sensitive vide