LED 8.00 Outdoor LED Display

Cost-effective display for viewing distances over 10 meters

The P8.00 outdoor LED display is designed for very large surfaces viewed from ten meters and beyond, featuring approximately 15,600 pixels per square meter. It is one of the options that minimizes the investment cost per square meter.

In locations where viewers never get close—such as highway sides, high-rise facades, and wide open spaces—there’s no point in paying for a higher pixel pitch. This range is designed precisely for that scenario.

LED Display Solution

Cost Advantage for Very Large Surfaces

Reducing the pitch on a 200-square-meter facade multiplies the investment. If the viewing distance is over ten meters, the P8.00 keeps the budget reasonable without compromising visual impact.

Technical Specifications

Manufactured using the SMD2727 lamp type and featuring a 960 x 960 mm outdoor cabinet structure. The wide pitch reduces the number of LEDs per module, thereby lowering both energy consumption and heat load; this also extends the maintenance interval for tall facades.

The cabinet dimensions are 960 x 960 mm, and the module dimensions are 320 mm x 160 mm. With an 8 mm pixel pitch, there are approximately 15,625 pixels per square meter; the total resolution is calculated based on this value when determining the screen size.

LED Display Solution

Low heat load, long maintenance intervals

Maintenance on high facades incurs costs for platforms and workplace safety. A screen that generates less heat also provides an operational advantage by reducing the frequency of service requirements.

Applications

• Advertising screens along highways and ring roads
• High-rise building facade applications
• Side screens at outdoor stadiums and facilities
• Facades of organized industrial and logistics facilities
• Large open-air event surfaces

Project Planning with Koz Teknoloji

Maintenance costs for high-rise facades are often underestimated compared to screen costs, yet they represent the most recurring expense throughout the facility’s operational life. We address service access during the installation design phase and factor in the need for access platforms from the outset.