Dell E2223HN 21.5" Monitor

The Dell E2223HN is a 21.5-inch monitor designed to deliver clear and vibrant visuals for everyday use. It features a Full HD resolution of 1920 by 1080 pixels, providing sharp images whether you’re working on documents, browsing the web, or watching videos. The VA panel enhances color depth and contrast with a 3000:1 ratio, which means you’ll see richer blacks and more vivid colors compared to standard displays.

This monitor offers wide viewing angles of 178 degrees both horizontally and vertically, so the picture stays consistent even when viewed from the side. It also includes ComfortView technology, which reduces blue light emissions to help minimize eye strain during long hours in front of the screen. This makes it a good choice for office environments, home workspaces, or any setting where you spend extended time at your computer.

Connectivity is straightforward with both HDMI and VGA ports, allowing you to easily connect to a variety of devices like laptops, desktops, or media players. The stand is tilt-adjustable, letting you find a comfortable viewing angle, and the compact design includes cable management features to keep your desk tidy. Additionally, the monitor has an anti-glare matte finish that reduces reflections and distractions in bright rooms.

Energy efficiency is also a priority with this model, as it carries ENERGY STAR and EPEAT Gold certifications. This means it meets strict environmental standards, helping reduce power consumption and your overall carbon footprint.

• 21.5-inch Full HD display with 1920 x 1080 resolution
• VA panel offering a 3000:1 contrast ratio for deeper blacks and vivid colors
• Wide 178° viewing angles for consistent image quality from different positions
• ComfortView technology reduces blue light to ease eye strain
• HDMI and VGA ports for versatile device connections
• ENERGY STAR and EPEAT Gold certified for energy efficiency and eco-friendliness
• Tilt-adjustable stand to customize your viewing angle
• Anti-glare matte screen reduces reflections in bright environments