Business | 24" Essential Curved Monitor | LC24F390FHNXZA | Samsung Canada

Discover a truly immersive viewing experience with the Samsung curved monitor, with 1800R screen — and its 1800 mm radius of arc for deeper curvature — creates a wide field of view, enhances depth perception, and minimizes peripheral distractions to draw you closer into your content. So whether it is an online movie, a favourite TV show, or a pulse-racing game, Samsung’s deeper screen curve will fully immerse you in all your multi-media content. • A deeper curve for greater viewing comfort: Modeled on the curvature of the human eye, the deeper 1800R screen curvature allows your eyes to track smoothly across the entire screen without needing to change focus. • Eye Saver Mode: By reducing blue light emissions — which stimulate the retina more than other colors — Eye Saver Mode reduces eye fatigue and provides a more comfortable viewing experience. • Flicker Free: Samsung’s Flicker Free technology minimizes distracting screen flicker to let you work and play for longer in greater comfort. • 3000:1 contrast ratio: Samsung’s VA panel technology provides a 3000:1 contrast ratio that delivers deep blacks, brilliant whites, and rich colors for clear, vibrant images. • Minimizes light leakage: Samsung’s curved display technology minimizes light leakage from the screen edges to ensure more uniform blacks across the entire viewing area. • AMD FreeSync: By dynamically syncing screen refresh rate with image frame rate, AMD FreeSync minimizes stutter and ensures flawlessly smooth gameplay. • Game Mode: Game mode instantly optimizes screen colors and contrast for gaming to ensure you enjoy every scene at its best. • Super slim curved panel: With an astonishingly slim 11.9 mm profile — as slender as a ballpoint pen — the solid curved panel is more than half as slim as previous Samsung curved-screen models. • Simple circular stand: a simple circular stand elegantly complements the slender curved panel. Auto brightness setting fluidly adjusts display brightness based on the luminescence of screen blacks.