Outdoor LED displays must combine high brightness and clear image quality with sustained resistance to weather, temperature swings and moisture. For project teams, the central decisions are pixel pitch, ingress protection and the physical format of the panel. DVS LED Systems’ outdoor lineup illustrates how manufacturers segment products by viewing distance and installation environment.
In outdoor settings, LED video panels are exposed to rain, dust, sunlight and fluctuating temperatures. The required ingress protection level should match the exposure of the installation site, while the pixel pitch should be matched to the distance from which audiences will view the screen. These two specifications are central to choosing a panel that can operate reliably without overspecifying performance that a site does not need.
The outdoor range spans three series with different protection levels and pixel-pitch options. The table below summarizes the published specifications.
| Series | Application | Ingress protection | Pixel pitch (mm) |
|---|---|---|---|
| Vizra | Outdoor video walls and billboards | IP65 | 2.9, 3.9, 4.8 |
| ZERA | Outdoor MicroLED applications | Not specified | 1.5, 1.9, 2.6, 2.9, 3.9 |
| DioPlex | Fixed outdoor installations | IP66/IP67 | 1.2, 1.5, 2.9, 3.9, 4.8 |
Vizra is positioned for standard outdoor video walls and billboards. It is available in standard sizes as well as a 500x1000mm format and carries an IP65 rating. That protection level is intended to withstand ordinary outdoor weather, including rain, according to the specifications.
ZERA introduces MicroLED technology to the outdoor category and offers pixel pitches from 1.5mm to 3.9mm. The series is described as suited to outdoor applications that require finer display detail. Its protection rating was not specified in the available specifications.
DioPlex is aimed at fixed outdoor installations and offers IP66/IP67 protection. It also covers a wider span of pixel pitches, from 1.2mm to 4.8mm. The higher ingress protection is intended to support stable operation in demanding environments.
Pixel pitch determines the optimal viewing distance. Smaller pitches produce finer images at close range but generally carry higher costs. For large outdoor screens viewed from a distance, the specification should match the audience’s position and the screen’s mounting height rather than simply defaulting to the smallest available pitch.
