Super Narrow Bezel

The super-narrow bezel of the PH550 achieves an incredible 5.3mm bezel-bezel to provide your audience with a virtually seamless viewing experience. With screens being so close to each other, they bring viewers closer to your message.*
24 / 7 Operation

The P Series has an amazing average life of 50,000 hours ? enough for several years of non-stop service. With the reliable industrial-class performance and sturdy build, these BenQ digital signage displays are in fact more economic than most other consumer models.
Optimized for Portrait Mode

BenQ puts extra attention on scenarios in which portrait mode communicates better. The PID panel features more solid fixing points on all edges to prevent “Mura” image distortion common on vertically positioned consumer displays.
DisplayPort

DisplayPort is a new standard for digital audio/video transmission. With a whopping 10.8Gbps bandwidth, the DisplayPort keeps your content attractive, distortion-free in longer distances than conventional DVI and HDMI.
Color Calibration

The optional BenQ Color Calibration solution is great for managing multiple displays. It unifies the color profile of every screen to achieve the best aggregated presentation via a central PC without the need to manually adjust each unit. A true time-saver.
High Brightness
For compelling digital signage in shopping malls, transportation hubs, and sports and entertainment facilities, the BenQ PH550 is a smart choice. 800 nits brightness and 1400:1 contrast ratio assure excellent visibility, even in window-facing indoor settings with high ambient light.
10×10 Video Wall
Designed for large video walls, the P Series supports arrays of up to 10×10 displays using OSD settings and a splitter. This feature, plus the super-thin bezel, is bound to bring your audience a colossal, immersive viewing experience.
Anti-Image Retention

In commercial environments where images could persist for hours, image retention becomes a problem on consumer displays. PID panels designed for digital signage prevent the burned-in effect even after an extended period of usage.