1. TRANSPARENCY VERSUS PIXEL PITCH
Transparent LED displays are available in a variety of pixel pitches; the pixel pitch affects the transparency of the LED display.
Higher Pixel Pitch
less pixel density
more transparent
lower resolution
Lower Pixel Pitch
more pixel density
less transparent
higher resolution
2. CHOOSING THE CORRECT BRIGHTNESS
Choosing the correct brightness for your LED screen is critical to optimizing your viewer visual experience. A screen that is too bright will cause viewer discomfort, while a screen that is too dim will hamper the visibility of your content. Here is a simple guide to selecting the right brightness for your LED screen.
INDOOR
500 to 1500 nits—is the most common brightness for indoor displays (TV screens, computer monitors, etc.)
1,500 to 2,500 nits—is ideal for indoor displays located in a bright indoor environment or in direct sunlight
OUTDOOR
2,500 to 5,000 nits—is perfect for outdoor displays to counter daylight
5,000+ nits—is ideal for outdoor displays to counter direct sunlight
3. OPTIMAL VIEWING DISTANCE
Pixel pitch affects the optimum viewing distance as well as the visual performance of an LED screen. Generally, you can estimate the recommended pixel pitch for your project with the following formula:
Pixel pitch (mm) / (0.3 to 0.8) = Optimal viewing distance (mm)
4. VIEWING ANGLE VERSUS TRANSPARENCY
The transparency of your transparent LED screen changes according to the angle it is being viewed from. The sleeker your LED screen, the more it retains its transparency when viewed from any angle.
Ultimately, there are many considerations when choosing the right transparent LED screen. Rhein Beleuchtung can help you determine the pixel pitch, size, and brightness that will be the most cost effective solution to meet your business needs!