![]() ![]() Outdoor LED’s primary early applications were digital out-of-home (DOOH) advertising displays and large-format scoreboards and replay screens in stadiums, but now that the cost of outdoor LED has become more accessible, outdoor LED is seeing widespread adoption in sectors such as gaming and retail. ![]() Outdoor screens also tend to involve much higher paperwork costs for local permits and approvals. However, outdoor LED can come with add-on costs less common for indoor LED, like the infrastructure costs to secure display equipment on the side of a building or power a screen along a highway. More simply, fewer lightbulbs means lower equipment cost. Outdoor LED cost comparisons and applicationsĬosts can vary by type and design, but generally, outdoor LED component costs are lower because of the lower-density light pixels. By comparison, the most popular indoor LED products have a pitch of 3 mm or less. But from a closer distance, onlookers can see these displays’ individual light pixels and the gaps between them. Most outdoor LED display products start at 8 mm pixel pitch and increase from there, so the optimal viewing distance for a 8 mm (or P8) display is at least 64 feet, because 8 feet by 8 mm equals 64 feet. Using an industry rule of thumb, the optimal audience viewing for a direct view LED display steps back 8 feet per 1 mm of pixel pitch. So the individual LED light pixels in outdoor displays can be spaced much farther apart than the pixels in indoor displays. Outdoor displays are almost always viewed from a substantial distance, whether they’re advertising in Times Square or cladding the main facade of a new sports arena. Outdoor LED displays also have fans and ventilation systems that ensure a long operating life even if temperatures over 100 F bake the displays day after day, for months on end. They may have lumens ratings of 7,000 nits or higher, enough lighting power to enable vivid on-screen visuals even in bright environments like Phoenix and Las Vegas. That’s because outdoor LED displays need to be bright. Outdoor LED displays often use older technologies such as dual in-line packages (DIP) because of their brightness and rugged design. Engineering also factors in protecting against risks like lightning strikes - particularly with outdoor digital marketing displays mounted on pedestals high above roadways.ĭiscover the unique advantages of direct-view LED technology over traditional LCD displays. Those cabinets typically have Ingress Protection (IP) ratings of IP55 or higher to prevent damage from rain, snow, ice and wind-blown dust and pollutants. These outdoor electronics are housed in “cabinets” - units about the size of a suitcase - that are stacked, tiled and connected to create large displays. To work reliably for many years, outdoor electronics need to be engineered to handle all sorts of extreme weather conditions, as well as man-made threats from pollution to vandalism. The right LED for your needs depends on the installation environment, the viewing distance and the end use for your LED. But indoor and outdoor displays alike can deliver powerful, full-motion messaging on a huge scale, in unique shapes and ways. Indoor and outdoor LED displays use different core LED technology and feature varying brightness levels, pixel density and overall cost per square foot. But they also have some less evident distinctions. There’s one obvious distinction between indoor LED displays and outdoor direct view LED displays: Outdoor displays are engineered to withstand anything nature throws at them.
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