LED Video Walls
Indoor fine-pitch, outdoor weatherproof, and creative LED installations engineered for color-critical, mission-critical, and high-visibility deployments across Saudi Arabia.
What the system does
Fine-pitch indoor LED
P0.7 to P2.5 pixel pitch for boardrooms, broadcast studios, control rooms, and lobby displays. HDR-capable with 16-bit color processing and seamless viewing at sub-meter distances.
Weatherproof outdoor LED
IP65/IP66-rated front and rear with high-brightness output (5,000 to 10,000+ nits) for facades, stadium displays, drive-through signage, and outdoor advertising in Saudi sun conditions.
Curved and creative geometries
Concave, convex, cylindrical, and corner-wrap installations. Custom cabinet machining and on-site calibration for non-standard form factors that off-the-shelf products cannot deliver.
Redundant signal processing
Novastar and Brompton processors with dual-link inputs, hot-backup processor pairs, and instant fail-over. No single point of failure on broadcast or mission-critical walls.
N+1 power redundancy
Dual power supplies per cabinet with automatic switchover. Sites with critical uptime requirements get UPS-backed power distribution and surge protection on every feed.
Hot-swappable modules
Front-serviceable cabinets where space allows. Module-level replacement without dismantling the wall, keeping mean-time-to-repair under 30 minutes for trained on-site operators.
Inside a typical build
Component selection varies by project scope, environment, and budget. The list below reflects products and platforms commonly deployed for this solution category.
Display modules
- Fine-pitch indoor: P0.7, P0.9, P1.2, P1.5, P1.8, P2.5
- Standard indoor: P3 to P5
- Outdoor weatherproof: P4 to P10 (IP65/IP66)
- Rental / staging series for events
- Flexible LED for curved and creative installations
- LED display series for indoor and outdoor installations
Processing & control
- Novastar — XR series, COEX series, H series controllers
- Brompton Technology — Tessera processors for broadcast-grade color
- Multi-source video processing with PiP, scaling, and presets
- Dual-processor hot-backup configurations
- Network-based monitoring and remote diagnostics
Source devices
- 4K and 8K media players for digital signage workflows
- Computer source inputs via DisplayPort, HDMI 2.1, SDI
- Live camera feeds for broadcast and event applications
- Content management system integration for scheduled playback
Infrastructure
- Structural mounting — wall-mount, floor-stand, ceiling-suspended, curved frames
- Power distribution with N+1 redundancy and UPS backup options
- HVAC and ambient cooling for high-power outdoor installations
- Color calibration and uniformity correction at commissioning
Pixel pitch selection guide
Where this gets deployed
Operations centers, briefing rooms, and command facilities where multi-source visualization of sensor feeds, maps, and live video is critical to decision-making.
Studio backgrounds, talent monitor walls, and virtual production stages where color accuracy, refresh rate, and on-camera appearance determine the on-air quality.
Hotel lobbies, shopping mall centerpieces, and flagship store installations where visual impact drives brand presence and dwell time.
Headquarters lobbies, boardrooms, and town-hall spaces where presentations, video conferencing, and data dashboards need a shared canvas the whole room can read.
Stadium scoreboards, perimeter signage, fan-zone displays, and arena center-hung video boards engineered for sustained outdoor operation and crowd visibility.
Airport gate information, flight information displays, and outdoor wayfinding LED in transit hubs where uptime and legibility are operational requirements.
LED Video Walls — common questions
What pixel pitch should I choose for my project?
Pixel pitch is selected based on minimum viewing distance. A general rule of thumb: the minimum comfortable viewing distance in meters is roughly equal to the pixel pitch in millimeters. So a P2 wall is comfortable from 2m and up, a P5 wall from 5m and up. For indoor close-viewing applications like boardrooms and broadcast studios, P1.2 to P1.8 is typical. For lobbies and corporate signage at 3–5m viewing, P2 to P3 is standard. For outdoor or stadium use beyond 10m viewing, P5 to P10 is appropriate.
Indoor vs outdoor — what's actually different?
Outdoor LED panels are IP65 or IP66 rated against rain, dust, and humidity, with sealed cabinets, conformal-coated PCBs, and higher brightness LEDs (5,000 to 10,000+ nits) so they remain readable in direct sunlight. They also use more robust power supplies and operate over a wider temperature range. Indoor LED is optimized for color accuracy and uniformity at lower brightness (typically 600 to 1,500 nits) and uses lighter, less weatherproof construction. Installing an indoor panel outdoors will void warranty and fail within months in Saudi climate conditions.
How do you handle color calibration?
Every wall is calibrated at commissioning using a colorimeter or spectroradiometer to measure each module's color output. The processor (Novastar or Brompton) then applies per-module correction values to bring the entire wall to a uniform color point and brightness. For broadcast-grade walls, calibration is repeated annually or after any module replacement. For standard installations, recalibration is recommended every 18 to 24 months as LEDs naturally drift over time.
What's the lead time for an LED video wall project?
Standard sized indoor walls (under 20 sqm) using stock cabinets: typically 8 to 12 weeks from signed contract to acceptance, including survey, design, manufacturing, shipping, installation, and commissioning. Large or custom geometries (curved, creative shapes, or sizes above 50 sqm): 14 to 22 weeks. Outdoor installations add 2 to 4 weeks for structural engineering and weatherproofing inspection. We provide a fixed milestone schedule in every proposal.
What does ongoing maintenance look like?
Standard Annual Maintenance Contract includes scheduled preventive maintenance (cleaning, inspection, software updates), remote monitoring with alert escalation, and on-site response for failures. Module-level replacements are typically completed within one site visit using on-hand spares. We recommend a spare-module ratio of 2 to 5 percent depending on operational criticality. For mission-critical control rooms and broadcast, the AMC tier includes 1-hour response SLA with an on-site engineer.
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