Question

What is P5 pixel pitch (mm) LED display screen?

Answer 1

The specific parameters of the P5 pixel pitch LED display are as follows:
* Point center distance: 5mm, that is, the pixel spacing is 5mm.
* Pixel density: 40000 dots/㎡.
*Unit board size: 160×160mm.
* Screen resolution: 128×128.
* Display base color: full color, pixel composition is 1R1G1B.
*Grayscale: 4096 levels.
*Viewing angle: 120° horizontally, 100° vertically.
*Visible distance: 5-15m.
*Brightness: 2200cd/㎡.
* Display mode: synchronous display.
* Electrical specifications: Maximum power 750W/㎡, average power 300W/㎡, working voltage 110-240V.
* Refresh frequency: ≥180HZ.
* Driving mode: 1/16 scan (dynamic).
* Transmission distance: network cable 100m, multi-mode fiber 500m, single-mode fiber 15km.
* Working environment: -20-50℃.
* Service life: 100,000 hours.
In addition, P5 full-color LED displays are widely used in railway stations, airports, passenger terminals, leisure and cultural squares, entertainment squares, business centers, shopping malls, media centers, commercial streets and other places. The display effect is brightly colored and has a strong three-dimensional effect. It is as quiet as an oil painting and as dynamic as a movie, which can attract the audience's attention.
When choosing a P5 pixel pitch LED display, you need to consider factors such as viewing distance, installation height, and screen size. The closer the viewing distance, you need to choose a model with a smaller dot pitch; the higher the installation position, you can choose a model with a slightly larger pitch; the larger the screen size, the higher the pixel density to ensure the clarity of the picture.

Answer 2

P5 pixel pitch (mm) LED display refers to an LED display with a pixel pitch of 5mm. The pixel pitch here, also called point pitch or point pitch, refers to the distance between two adjacent pixels (points), usually represented by P, which comes from the first letter of the English word Pitch. This kind of LED display is generally used for long-distance observation, because the point pitch is much larger than that of a computer screen. Common point pitches include 3mm, 4mm, 6mm, 7.62mm, 10mm, 12.5mm, 16mm, 20mm, etc. The smaller the dot spacing, the denser the arrangement of the lights, the better the detail of the picture when viewed at close range; the larger the dot spacing, the greater the optimal viewing distance.