KNOWLEDGE
Base

The pixel pitch dictates the optimal viewing distance. For a P1.2 (1.2mm pixel pitch), the minimum optimal viewing distance is exactly 1.2 meters. At this distance, the individual pixels blend entirely into a single cohesive image, providing a seamless visual experience akin to a large-format LCD display without bezel interruptions. This makes it perfect for high-end broadcast studios, boardrooms, and command centers.

Yes. We provide absolute end-to-end integration control. Our engineering team handles everything from initial architectural load testing to custom bracket fabrication. Using precision CAD designs, we ensure maximum safety and perfect module alignment across curved, 90-degree cornered, or suspended ceiling installations without any visible gap tolerances.

We provide a comprehensive 24/7 dedicated Service Level Agreement (SLA) for mission-critical installations. Because our premium cabinets heavily feature immediate front-serviceable capability utilizing vacuum-magnetic tools, our technicians can swap malfunctioning data receiving cards, SMPS power supplies, or single LED modules in less than 60 seconds without dismantling the wider architectural structure.

Absolutely. We regularly supply exhaustive documentation packages to architectural consultants. This includes high-detail structural auto-CAD drawings across all viewing angles, extensive electrical power calculation schematics (Max/Average Watts per m²), EMI compliance certificates, IP-rating validation sheets, and complete synchronous mapping documentation native to standard NovaStar, Brompton, or Colorlight processing environments required for strict government projects.