Creative Display

Spherical LED P2.5

Name: Spherical LED P2.5 LED Display
Brand: XL Technology

A 360° LED sphere for hanging atrium features and brand installations where the screen must read from every approach.

2.5mm

Pixel pitch

1,000 nits

Brightness

>7680Hz

Refresh rate

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Spherical LED P2.5 cabinet · Sphere, 0.5–2m diameter

Product overview

The P2.5 sphere is built from shaped modules on a spherical frame. Content is mapped to the sphere in production, so the image wraps around the form without a visible seam or crop at the poles.

Every unit is assembled and tested in Shenzhen before packing. Cabinet drawings, pixel map and control-system settings are supplied with the shipment, so the configuration on site matches the quotation.

Shopping mallsMuseumsExhibitionsCorporate lobbies

Specifications

Pixel pitch: 2.5mm
Brightness: 1,000 nits
Refresh rate: >7680Hz
Avg power: ≤220 W/m²
Cabinet size: Sphere, 0.5–2m diameter
Cabinet weight: 20kg/m²
Viewing angle: 360° horizontal / 360° vertical
Grayscale: 16-bit
Control system: Novastar / Colorlight compatible
Installation: Hanging or floor-standing
Service: Front module access

Advantages

Engineering decisions behind Spherical LED P2.5, and what they change on site.

360° viewing

Every approach sees an active surface. The module layout and mapping are planned for the full sphere, not a front-facing panel.

Custom diameter

The frame is produced from 0.5m to 2m in the standard range, with the module count and resolution set by the diameter.

Hanging or floor mount

The sphere accepts a ceiling suspension or a floor stand, with the access route agreed before production.

Spherical LED P2.5

Structure introduction

Spherical LED P2.5 is engineered around the site rather than a standard cabinet grid. The structure, module layout and mounting points are produced from a drawing that fixes the shape, viewing direction and access route.

Sphere, 0.5–2m diameter

Primary structure

A steel or aluminium frame carries the display and transfers wind and self-weight to the building or foundation. The section is selected from the installation height and site load.

Module layout

Modules are arranged to the drawing, with cut modules and edge details planned so the visible shape matches the design.

Driver and power enclosure

Power supplies and receiving cards sit in a protected enclosure with a service route that does not disturb the visible surface.

Mounting interface

Base plate, wall bracket or suspension points are detailed for the actual structure, including access for adjustment after installation.

Design details

The decisions that affect how Spherical LED P2.5 looks, installs and stays serviceable on site.

Shape from drawing

The display is not forced into a rectangular cabinet grid. The outline, radius and edge treatment follow the approved drawing.

Viewing direction

Module orientation and brightness are set for the direction people actually approach the installation.

Content mapping

A pixel map is supplied so artwork can be produced for the exact shape without stretching or guessing the active area.

Service route

Access panels and removable modules are planned before fabrication, so maintenance does not require dismantling the artwork.

Front maintenance

Service is planned before the wall is built. Modules, cards and power supplies are replaced from the access direction agreed on the drawing.

Front-service module design

Access panel service

Service panels are located on the least visible face. Modules and electronics are reached without removing the whole installation.

Module replacement

Replacement modules are supplied to the project drawing. The pixel map identifies the exact position for the replacement.

Structure inspection

Outdoor and pole-mounted units include a fixing and structure inspection schedule in the handover pack.

Product credibility

Documented before it ships

Spherical LED P2.5 is built on the same production line as our project walls. Cabinets, modules and control settings are recorded per batch, and the documentation travels with the shipment so the site team is not working from memory.

ISO 9001

Factory process control

CE / RoHS / FCC

Product compliance

Batch tested

Aging and calibration record

2–3 years

Standard warranty

Project references Client feedback

Quality record

CE, RoHS and FCC documentation for the supplied configuration.
Aging and white-balance calibration record per batch.
Cabinet drawing, pixel map and control settings in the handover pack.
Spare modules matched to the original production batch.

Spherical LED selection and delivery

Choose the sphere by diameter and viewing height

Sphere size, sightline, suspension method and indoor or outdoor exposure decide the pitch, frame and service route. Confirm those four points before comparing the surface area price.

010.5–3m · ceiling height · closest viewer

Set the diameter and sightline

A 0.5–2m sphere suits a close-viewed atrium feature, while a 0.8–3m sphere holds a museum or science-hall sightline. The pixel count and module split follow the diameter.

02IP65 · 5,000 nits · rain and dust

Choose the indoor or outdoor build

Indoor P2.5 and P3 spheres use a lighter frame. The outdoor P4 sphere adds IP65 sealing and 5,000 nits for plaza daylight.

03Suspension load · front access · pixel map

Plan the suspension and service

The ceiling frame or floor stand is engineered for the sphere weight and site load. Front module access and a factory pixel map keep maintenance off the ceiling void.

Deployment playbook

Where a spherical display earns its place

A sphere works when the content must read from every approach and the form itself is part of the attraction.

Shopping mall atrium

A suspended sphere becomes the visual anchor above the concourse. Close viewing and a bright interior call for a fine pitch and controlled brightness.

P2.5–P3 · 0.8–2m · suspended

Museum or science centre

A larger floor or ceiling sphere carries exhibit content at a longer viewing distance. The frame and pixel map are produced for the exhibit geometry.

P3 · 1–3m · front service

Outdoor plaza feature

A sealed sphere holds a brand feature in rain and direct sun. The base or suspension frame is sized for wind load.

P4 · IP65 · 5,000 nits

Delivery control

Sphere mapping and factory assembly

Curved modules, the spherical frame and the pixel map are produced together. The sphere is assembled, lit and checked before packing.

Handover pack

Approved cabinet layout and pixel map
Control settings and calibration record
Packing list, spare list and service notes

Request the current datasheet

1
Freeze the drawing
Approved layout, pixel map and power schedule
Cabinet layout, control points, power distribution and the service direction are fixed before materials are cut. The approved drawing becomes the reference for every later check.
2
Match the batch
Batch record and module position list
LED modules, driver ICs and power supplies are drawn from the same production batch where the order size allows, then labelled by cabinet position.
3
Age and calibrate
Aging log and calibration file
Assembled cabinets run through an aging cycle and white-balance calibration. Faults found at this stage are corrected before packing, not after arrival.
4
Pack for the route
Packing list, spare list and handover pack
Cabinets are packed against the transport method and site access. The handover pack includes the sphere pixel map, suspension drawing and service guide.

Buyer questions

Questions we answer before quotation

These are the points that most often change the specification after the first enquiry. If your question is not here, send it with the site details.

Ask an engineer

01Can a sphere play a normal video?

Yes. The content is mapped to the spherical surface in production. A standard 16:9 file needs a spherical projection pass, and the mapping file is supplied with the display.

02How is the sphere suspended?

A ceiling frame or floor stand is engineered for the diameter and site load. Suspension points, cable routes and the service approach are confirmed before production.

03What diameter can be produced?

The standard range runs from 0.5m to 3m depending on pitch and indoor or outdoor build. Larger or irregular forms are reviewed as a custom frame.

04Is outdoor use supported?

The P4 outdoor sphere is IP65 rated with 5,000 nits. The base or structural connection is sized for the installation wind load.

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