Barco has released the UniSee II professional LCD video wall for a next-level viewing experience with crisp colours, deep blacks, very high contrast and further refined ergonomic aspects.

The solution is ideal for applications such as control rooms, boardrooms, corporate lobbies and experience centres. The Barco UniSee II takes all the innovative features of the original, including automatically aligning panels using the power of gravity, the bezel-less design creating a more consistent canvas and enhanced intra-tile uniformity.

The use of quantum dot technology significantly increases the colour gamut of the video wall. This allows for more vivid colour-rich content. In addition, the video wall’s contrast is increased to High Dynamic Range (HDR) levels by implementing a mini-LED backlight unit which allows more refined and accurate local dimming. The result is deep blacks, boosted whites and more saturated colours to create the intended impact.

Because a video wall consists of multiple displays that need to work together as one, the individual screens need to be perfectly aligned mechanically, but also optically. Sense X, which automatically and in real-time matches the brightness and colours, has been extended to also match the contrast. Also, the inter-panel communication has been enhanced to create a perfectly balanced single canvas, both for static and dynamic content.

Barco UniSee II ensures advanced polariser technology delivers a constant performance, whatever the viewing angle. What’s more, Barco UniSee II’s eye fatigue reduction and reduced radiated heating provide the comfort control room operators need. The brightness of 80nt, with the possibility to locally boost up to 130nt, makes all visuals shine, no matter what the ambient lighting conditions are.

The electricity usage of Barco UniSee II is 20% lower compared to the previous generation, thanks to the mini-LEDs, local dimming and Chip-on-Glass technology. Additionally, the uptime is maximised due to the very high reliability of the platform (with redundancy options for critical components).