271″ LUMINA MicroLED 0.93mm COB Video Wall Bundle – Ultra-Fine Pitch LED Screen – W19.70′ x H11.10′ (6.00m x 3.38m) Complete Display Package for Home Theater, Virtual Productions, Events, Control Rooms & Churches. HDMI Input

Description

The Lumina MicroLED COB 0.93mm series stands at the top of the LED display industry, setting a new benchmark for engineering excellence and product refinement. Purpose-built for professionals who demand performance without compromise, it features one of the most advanced fixed indoor cabinet designs available today, delivering a native 640×360 matrix configuration per panel with an ultra-fine 0.93mm pixel pitch for close-range viewing.

Crafted from high-precision die-cast aluminum, the MicroLED cabinet is ultra-lightweight, ultra-slim, and precision-machined for flawless mechanical fit. Measuring just 39.5mm (1.56″) thick and sized at 600mm × 337.5mm (23.62″ × 13.29″), it weighs only 4 kg (8.81 lbs), making it an ideal choice for premium fixed installations where minimal depth, rigid structure, and clean wall integration are critical.

The MicroLED COB cabinet features 150 × 168mm Active Matrix COB modules, engineered for seamless alignment, consistent visual uniformity, and full interchangeability across the display surface. Its hard connection design eliminates internal signal cabling at the module level, while magnetic front-mount modules enable fast, tool-free servicing. Maintenance is streamlined with full front access, allowing technicians to service modules, power supply, and the receiving card directly from the viewing side of the panel—perfect for tight control rooms, corporate environments, and architectural integrations.

Designed for maximum stability in fine-pitch indoor environments, the system leverages Flip-Chip COB LEDs from SMTC with inverted COB lamp connectors, DP3369 driver ICs, and FR4-based circuitry operating at a 1/54 scan rate. Working in tandem with a 3-in-1 hub power distribution system and a NovaStar® 6323A receiving card, it delivers approximately 600 cd/㎡ of brightness, a ≥10,000:1 contrast ratio, and a wide 160° (H) × 160° (V) viewing angle. Color is processed at up to 13-bit depth, while power consumption is efficiently managed at a maximum of 75W per panel—equating to roughly 256 BTU of heat output—running reliably on AC 100–240V / 50–60Hz across a broad operating range of −20°C to +70°C (−4°F to 158°F) with an IP54-rated indoor design.

The system is compatible with precision wall-mounting structures, offering a low-profile, rigid, and alignment-true installation footprint. This mounting approach is tailored for close-range indoor applications where Active Matrix COB performance, minimal depth, and full front service are essential. Additionally, the MicroLED COB 0.93mm series is 3C, EMC Class-A, RoHS, and CQC certified, supporting compliance with established electrical safety, electromagnetic compatibility, and environmental standards in demanding professional environments.

Tailored for environments demanding ultra-fine detail and close-range clarity, the 0.93mm configuration achieves a pixel density of over 1,152,000 pixels per square meter, delivering micro-detail accuracy and superior sharpness. Each panel’s 640×360 native resolution is optimized for recommended minimum viewing distances of approximately 4–6 feet, making it ideal for mission-critical spaces such as control centers, broadcast-style sets, high-end corporate displays, and immersive visualization walls where every pixel matters.

What truly sets this model apart is its combination of Flip-Chip COB architecture, hard-wired module connections, and a protected C.O.B surface on an FR4 platform. This advanced construction enhances signal stability, thermal behavior, and long-term reliability, resulting in exceptionally stable visuals, extended component lifespan, and reduced risk of pixel damage during service. Paired with its IP54-rated design and full front-service magnetic modules, the MicroLED COB 0.93mm series is built for demanding indoor installations where ultra-fine pitch performance, durability, and serviceability must coexist.