Video walls

Barco's video wall display solutions are always the highest quality available on the market. Available in different technologies (LCD, direct view LED, LED rear-projection and RGB laser rear-projection), sizes and resolutions, our portfolio always contains the perfect solution for your application. Our dedicated software and a range of professional services make sure you get the most out of your video wall.


LCD video walls

Narrow-bezel or bezel-less LCD displays for tiled video wall applications.

video walls

Laser video walls

High-brightness and extremely reliable laser-powered rear-projection cubes.

video walls

LED-lit video walls

Best-in-class LED-lit rear-projection cubes for critial applications.

LED rear-projection
video walls

Direct view LED video walls

High-quality, narrow pixel-pitch indoor LED video walls.

Direct view LED
video walls

What is a video wall?

A video wall (also known as display wall) is a large visualization surface consisting of multiple displays. Originally, they consisted of multiple televisions or monitors that were put closely together. The objective was to make it seem as one large display surface. The problem however was the large frame (or bezel) that surrounded the useful display surface of each television. This completely tore down the effect of a single canvas and ruined the visual performance. Therefore, new technologies were introduced to minimize the ‘dead pixel space’ between the different displays. Today’s display wall solutions are generally using tiled LCD panels, rear-projection cubes, or direct LED tiles.

These display walls are available in a wide range of sizes, typically with a screen diameter between 46” and 80”. The choice of the screen size depends on the typical content and the viewing distance. If watched from up close, the pixel density should be high enough to not see the individual pixels. The resolution is subject to the wall size. If for example you want a 4K video wall, you need 4 Full HD screens in a 2 x 2 setup.

Typical application areas include control rooms, meeting rooms, digital signage and other demanding environments.

Although these different technologies have very distinct merits, answering specific needs of users, they have a number of things in common. They all:

  • Need a video wall controller to get content on the screens
  • Are very flexible regarding size (number of individual displays)
  • Need a calibration mechanism to ensure that all individual tiles have the same brightness and color settings. Barco’s automatic calibration technology does this in real-time, both calibrating single displays and entire walls
  • Require a minimal inter-tile gap (or ultra narrow bezel) to counter the ‘raster effect'

LCD video walls

An LCD video wall consists of multiple specifically designed LCD displays. Contrary to the panels used in television sets, these LCD displays have a very narrow bezel. This minimizes the gap between the panels, making it look like one big canvas. Over the years, this gap has gradually decreased. Today, Barco UniSee has the smallest gap in the industry.

LCD video walls are designed for long term use. Specific measures to prevent burn-in effects are applied to allow them to play for many years, in optimal conditions. Many times, they continuously play in a 24/7 mode, which means they are rarely switched off.

The traditional benefits of LCD video wall solutions include the high brightness, good image quality, and relatively low cost. Also the limited real estate space needed is a plus. The disadvantages are the risk for burn-in and the lower lifetime. Recent models however have successfully reduced these drawbacks.

Typical markets for LCD display walls include meeting and crisis rooms, lobbies, and experience centers. You can also find them in the control rooms of traffic and security centers.

Rear-projection video walls

Using projection instead of LCD technology, rear-projection video walls target different applications. They are mainly used in control rooms that operate in a 24/7 mode. Utilities providers, for example, generally rely on rear-projection technology to monitor their network.

A rear-projection video wall consists of multiple cubes, which feature a projector and a screen. The projectors are%