Pixel pitch should follow the nearest and typical viewing positions, not the screen area alone.
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Outdoor LED display systems for roadside billboards, urban media, building façades, transportation hubs and commercial exteriors — specified around viewing distance, sunlight exposure, luminance, weather protection, service access, power consumption and long-term operation.
Pixel pitch should follow the nearest and typical viewing positions, not the screen area alone.
Façade direction, direct-sun hours and ambient light determine required luminance headroom.
Daily operating schedule influences energy use, thermal load, dimming strategy and maintenance planning.
Front, rear or combined service must be frozen before structure, cable routes and cabinet mapping.
A roadside billboard, pedestrian-facing city display and façade screen can all be called DOOH, but their viewing distance, brightness schedule, cabinet mapping and service strategy can be very different.
Large-format media viewed primarily from moving vehicles and longer distances. Priorities include pitch selection, daylight visibility, night dimming, structural loading and predictable maintenance access.
City-center and commercial displays often combine pedestrian and vehicle audiences. Closer viewing can justify smaller pixel pitches while local night-brightness requirements become more important.
Media surfaces integrated into architecture where cabinet depth, fixing points, wind load, drainage, cable routes, ventilation and service access must be coordinated with the building envelope.
Exterior media at airports, railway stations and transit facilities where long operating hours, public access, maintenance windows and wide viewing coverage affect the display specification.
Screen orientation, direct sunlight, ambient light, local regulations and operating hours should define separate daytime and nighttime brightness targets. More nits are not automatically better.
Use enough luminance to preserve contrast under the real sunlight condition. South/west-facing façades and direct-sun exposure can require more headroom than shaded installations.
Gradual dimming reduces unnecessary power and visual glare as ambient light falls. The control strategy should avoid abrupt brightness steps.
Night operation often requires much less output. Lower luminance can improve visual comfort, reduce energy use and decrease thermal load while helping meet local outdoor-lighting limits.
Specify both maximum available luminance and the expected normal operating range. The approved day/night schedule should be retained with the commissioning records for future operation.
Falcon, AQ and RK Pro occupy different parts of the outdoor fixed market. The final choice still depends on active size, sunlight, service direction, structure and electrical design.
P1.953–P3.906 for closer-view outdoor media, façades and transportation environments.
3,000–4,500 nits · 7,680 HzP3.906–P10.417 with four cabinet formats and front/rear service for mixed-distance DOOH and façade projects.
5,000–5,500 cd/m² · IP65 F/RP6.67 / P10 for long-distance billboard and façade installations requiring higher output and rugged front protection.
7,000 cd/m² · IP67/IP65Cabinet IP ratings are important, but finished-site reliability also depends on cable entries, connectors, drainage, corrosion protection, ventilation, structure interfaces and installation workmanship.
Match front/rear exposure to the cabinet protection level, then verify seams, modules, cable glands, connectors and any site-created openings.
Prevent water from collecting behind the display or around structural interfaces. Drain paths should remain serviceable after installation.
Direct solar gain, LED operating power and enclosure airflow interact. Review ambient temperature, rear clearance, ventilation and brightness schedule together.
Coastal and industrial sites can require additional review of coatings, fasteners, connectors and structural materials beyond standard cabinet ingress protection.
The structural engineer should calculate wind actions, fixing points and support members for the actual project location. Cabinet data alone does not determine the finished structure.
Connected electrical capacity and annual energy consumption are not the same number. DOOH operators should separate maximum circuit design from typical brightness, operating hours and content behavior.
Use measured or manufacturer-provided average power only as an input, then model the intended brightness schedule and daily operating time. Maximum power remains the reference for connected-load and protection design.
Active square meters define the base electrical scale and should match the released cabinet map.
Day, dusk and night dimming can materially change average energy use compared with continuous maximum output.
A 12-hour advertising schedule and a 24/7 transport display have very different annual energy and maintenance profiles.
Electrical power becomes heat. Lower normal luminance can reduce thermal stress as well as operating cost.
Remote publishing and monitoring are valuable operating tools, but they sit on top of the physical display, power, signal and network architecture. Capabilities depend on the configured control platform.
Schedule, distribute and update approved advertising content across one display or multiple networked locations.
Review available device and screen-status information from the configured management platform.
Automated alerts can help operators identify abnormal device or screen status earlier and begin troubleshooting.
Retain released controller, receiving-card and display configuration files for authorized recovery and future service.
Apply approved daytime and nighttime output schedules when supported by the selected control architecture.
This Romania reference demonstrates a permanent AQ outdoor fixed installation at a 60 m² scale. For projects of this type, viewing distance, screen orientation, cabinet mapping, structural support, service access and brightness schedule should be confirmed together.
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These items should be coordinated between the media owner, LED manufacturer, structural engineer, electrical contractor and control-system team.
Approve nearest viewing distance, finished width/height, native resolution and cabinet map.
Freeze fixing points, structural system, engineer-calculated wind actions, leveling tolerance and maintenance loads.
Define maximum connected load, circuit zoning, grounding, surge protection, controller position and signal routes.
Confirm front/rear access, drainage, cable entries, ventilation, corrosion exposure and safe removal paths.
Retain configuration backups, calibration data, brightness schedules, electrical test records and operator handover files.
A reliable quotation needs more than screen area. Site conditions and maintenance constraints determine whether the selected cabinet and electrical design are practical.
Project country/city, roadside/façade/transport application, mounting height, site photographs and building or structure drawings.
Location / Environment / AccessFinished active width and height, aspect ratio, closest and typical viewing distance and preferred pixel pitch if known.
Size / Pitch / Native ResolutionFaçade direction, direct-sun hours, rainfall, ambient-temperature range, coastal/corrosive exposure and rear exposure.
Luminance / IP / ThermalAvailable electrical supply, service direction, controller location, cable distance, network availability and structural constraints.
Power / Signal / StructureDaily operating hours, remote publishing requirement, monitoring expectations, day/night brightness schedule and target maintenance response process.
O&M / Content / DimmingPractical questions covering brightness, pitch, weather, power, maintenance and long-term outdoor operation.
Share the active screen size, viewing distance, site photographs, façade orientation, service access and operating schedule. The Uniview LED team can help define pixel pitch, luminance, cabinet mapping, power distribution and outdoor protection strategy.