Media mesh LED screen
With 56 pixels per meter and a 17.8 mm pixel pitch, VMesh P56 is the highest-resolution media mesh LED screen in the VMesh family. It plays text and imagery sharply on facades viewed up close; depending on bar spacing, it remains 35% to 85% transparent.
Datasheets
RGB · Color · 5054 3-in-1 RGB SMD LED
With a 17.8 mm pixel pitch, VMesh P56 is the highest-resolution model in the VMesh family. There are 56 pixels per meter along the bar, and each pixel is a single RGB LED. It is chosen for surfaces viewed up close: facades facing pedestrian axes and squares, shopping mall entrances, museums and cultural buildings. Videos, fine text and logos look sharp; because the gaps between the bars stay open, the facade still receives daylight.
Since the pixel pitch is narrower than the 19.3 mm wide bar, the horizontal resolution is always higher than the vertical. When the bars are arranged at their densest, about 30 mm apart, more than 1,800 pixels per square meter are achieved and 35% of the facade remains open. As the spacing widens, transparency rises up to 85%; the right spacing is determined by the viewing distance and the content to be played.
The anodized aluminum housing has IP68 water and dust protection and IK10 impact resistance; the screen operates between −30 °C and +65 °C. It draws 16 W per meter and is in energy class A++.
The screen is controlled via SPI and powered at 24 V DC. The bars are attached to vertical support profiles with lockable mounting brackets; 500, 1000 and 2000 mm lengths are combined to build the screen to the size of the facade. We explain how media mesh screens work in our article what is a media mesh LED screen.
VMesh P56 bars arranged one below the other form a screen; every 17.8 mm on the bar is one pixel. Change the spacing: the closer the bars, the denser the image; the wider apart, the more the facade behind and daylight show through.
Each pixel is a single RGB LED (3 channels per pixel); 56 separate points of color per meter make fine lines and small text legible. Video, animation and brand content read clearly even at close range.
%35 saydam 1,892 pixels/m²
Effect
Bar spacing · 29.7 mm
Transparency is estimated from the bar spacing; support profiles are not taken into account. The animation uses screen colors.
Standard lengths; also made in project-specific lengths. Click a code to copy it.
| Product code | Length | Pixels | Pixel | LED | Power |
|---|---|---|---|---|---|
| 500 mm | 28 | 28 | 8 W | ||
| 1,000 mm | 56 | 56 | 16 W | ||
| 2,000 mm | 112 | 112 | 32 W |
Housing color · RAL 9005
The bars are attached to vertical support profiles with lockable mounting brackets; the spacing is set according to the facade and the desired transparency.
If you can't find the answer to your question, write to our technical team.
There are 56 pixels per meter along the bar, with a pixel pitch of 17.8 mm. When the bars are arranged at their densest, about 30 mm apart, more than 1,800 pixels per square meter are achieved. A 1000 mm bar is controlled as 56 separate pixels.
The pixel pitch (17.8 mm) is narrower than the bar width (19.3 mm); the bars can only be arranged about 30 mm apart. That is why the image is more detailed horizontally than vertically, and content is prepared in the pixel map according to this ratio.
On the distance between the bars and the mounting method. In the densest layout, 35% of the facade remains open; as the spacing widens, transparency rises up to 85% and vertical resolution decreases.
According to the common rule, the image blends together from a distance in meters equal to the pixel pitch in millimeters: for VMesh P56, about 18 meters and beyond. For large surfaces viewed from afar, VMesh P32 or P16 covers the same area with fewer pixels.
P56 has 56 pixels per meter and 1 LED per pixel; P32 has 32 pixels per meter and 2 LEDs per pixel. Both draw 16 W per meter; P56 is more detailed horizontally, while P32 can be built in a square pixel layout and offers an optional 48 V DC power supply.
Yes. It has IP68 water and dust protection and IK10 impact resistance, and operates between −30 °C and +65 °C. The anodized aluminum housing resists corrosion on the facade for years.
