LED sphere display. Make the story visible from every side.

An LED sphere display is a three-dimensional screen made from curved LED modules on a structural frame. A full sphere shows content around a globe; hemispheres show it on either a convex outside or a concave inside. Diameter, pixel pitch, content map and mounting arrangement are selected together for the location and viewing route.

Choose a full sphere when viewers will approach from several sides and the display should read as a complete globe. Choose an outward hemisphere for a luminous dome viewed from outside. Choose an inward hemisphere when people look into a concave portal. Each form needs its own frame, module layout and service plan, so confirm the viewing position first.

Indoor catalog models range from SS-1.25 to SS-2.5, or P1.25 to P2.5, with listed diameters varying by pitch from Ø0.3 m to Ø4 m. The outdoor reference covers P2.5, P3, P4 and P5 at about Ø1–6 m. Send the desired diameter, nearest viewing distance and site conditions so the offered combination can be confirmed on a drawing.

Start with the pixel map for the built display. Check where the image meets at the seam and how text or logos appear near the top and bottom. The content may begin as a flat file, but it should be composed and tested for the spherical surface. A representative test frame is useful before the final video export.

The sphere configuration uses Mooncell control and can be planned for saved content or a live signal. Tell us which playback mode, input and operating workflow the project needs. The player model, transfer method, storage and signal connections are set with the final system drawing, while the content map follows the manufactured LED surface.

Outdoor catalog references include P2.5, P3, P4 and P5 spheres around Ø1–6 m with IP65 protection. The location still determines the required brightness, mounting, drainage, cable routing and service access. Share a site photo and exposure conditions before choosing the enclosure and electrical arrangement for the quotation.

A full sphere may hang from a designed support or stand on a base; a hemisphere can be integrated with the surrounding structure. The project drawing should identify loads, fixings, cables and working clearance. Front service gives access to LED modules from the displayed face, but the installer still needs safe physical access to that face.

Whole-unit packing can be practical for selected smaller diameters, commonly around Ø1.0, Ø1.5 and Ø1.8 m, when the crate and site route allow it. Above roughly Ø2 m, plan for sectional packing and reassembly. Confirm the package dimensions, lifting route and assembly scope before committing to a diameter.

GOB is an optional surface treatment to discuss when visitors can reach the sphere, such as in a retail floor, museum or lobby. It is selected during configuration because the module finish affects the build. Send the expected visitor access and cleaning conditions so the engineer can advise whether it belongs in the quoted specification.

Send the preferred form, approximate diameter and quantity, indoor or outdoor location, nearest viewing distance, and a site photo. Add the intended mounting position, content type and delivery destination if known. Pixel pitch can remain open for recommendation; the quote then confirms the exact model, structure, package format and installation scope.