URMIII P3.9 50×100 cm outdoor full black 
ORDER CODE: UNIURM3P390O1X20B
Outdoor LED wall module, SMD1921 BF, p.3,9mm, 50x100cm, 128x256pix, 4000nit, 13,2kg
The URMIII P3.9 50×100 cm is a high-performance outdoor rental LED display, designed for large-scale events, touring productions, and temporary installations that require excellent image quality, durability, and ease of use.
With a 3.9 mm pixel pitch and a density of 65,536 pixels/m², it delivers sharp, clear visuals even at long viewing distances, making it ideal for stages, concerts, and large video walls. The 3-in-1 Black SMD technology enhances contrast and color depth, while 4.000 nits brightness and a 6,000:1 contrast ratio ensure vivid, impactful content even in direct sunlight. The high 7,680 Hz refresh rate guarantees smooth, flicker-free playback, perfectly suited for broadcast and video applications.
Each cabinet, built from die-cast aluminum, measures 500×1000 mm and combines strength with lightweight construction. The click-lock system enables quick installation by a single operator, while reinforced corners and IP65 protection make it reliable for demanding outdoor conditions. Supporting concave and convex curves up to ±10°, it allows creative setups and dynamic stage designs.
With a typical consumption of 150 W for a 50×100 cm cabinet, the URMIII P3.9 50×100 cm ensures energy efficiency, reliability, and long-term durability for intensive rental use.
Main features:
- High-definition outdoor: 3.9 mm pixel pitch for crisp, clear visuals at distance.
- High brightness: up to 4,000 nits for perfect daylight visibility.
- Smooth playback: 7,680 Hz refresh rate for stable, flicker-free performance.
- Deep contrast and vivid colors: 6,000:1 ratio with Black SMD technology.
- Robust yet lightweight design: 500×1000 mm die-cast aluminum cabinet.
- Quick installation: click-lock system for single-operator setup.
- Comprehensive protection: IP65 weatherproofing and reinforced corners.
- Creative versatility: supports concave and convex curves up to ±10°.
- Energy efficiency: low power consumption for sustainable, intensive use.
