Transparent LED

Holographic P3.9

Name: Holographic P3.9 LED Display
Brand: XL Technology

Hanging LED mesh for floating product features and stage effects, with 80–90% transparency.

3.9mm

Pixel pitch

1,500–8,000 nits

Brightness

>7680Hz

Refresh rate

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Holographic P3.9 cabinet · Hanging mesh, 500 × 500mm

Product overview

The holographic mesh is suspended rather than bonded, so it can hang in front of a display, a stage opening or a product plinth. The open structure keeps the background visible and produces the suspended-image effect used in retail and exhibitions.

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.

Retail launchesExhibitionsStage effectsMuseums

Specifications

Pixel pitch: 3.9mm
Brightness: 1,500–8,000 nits
Refresh rate: >7680Hz
Avg power: ≤260 W/m²
Cabinet size: Hanging mesh, 500 × 500mm
Cabinet weight: 6.5kg/m²
Transparency: 80–90%
Cabinet size: 500 × 500mm
Grayscale: 16-bit
Control system: Novastar / Colorlight compatible
Mounting: Hanging truss or ceiling hooks

Advantages

Engineering decisions behind Holographic P3.9, and what they change on site.

Suspended image effect

The mesh hangs in free space, so content appears to float in front of the background.

80–90% transparency

The open mesh keeps the product or set behind the screen visible during playback.

Reusable rigging

Standard truss and hook interfaces allow the mesh to be moved between events.

Holographic P3.9

Structure introduction

Holographic P3.9 is a suspended LED mesh. The mesh is held in a slim frame and hung from truss, ceiling hooks or a floor frame, so content appears to float in front of the background.

Hanging mesh, 500 × 500mm

Open LED mesh

The mesh leaves large open areas between pixels, keeping the background visible and reducing wind load on suspended installations.

Slim support frame

The frame holds the mesh at a constant tension and provides the rigging points. Frame size is set from the suspension layout, not only the screen size.

Rigging interface

Top and bottom attachment points accept standard clamps, hooks or floor stands. The rigging plan is confirmed against the venue structure.

Remote control and power

Power supplies and controllers are located off the mesh, with cabling routed along the frame or suspension points.

Design details

The decisions that affect how Holographic P3.9 looks, installs and stays serviceable on site.

Floating image effect

Because the mesh is suspended rather than bonded, the background stays visible and the content reads as a layer in the air.

80–90% transparency

The open structure keeps products, stage sets and architecture visible behind the screen.

Camera-friendly refresh

High refresh keeps the mesh clean on phones and broadcast cameras, which matters for launches and live events.

Reusable rigging

The frame and mesh can be moved between events, making the format practical for touring activations and exhibitions.

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

Mesh inspection

The mesh is checked for tension and damaged pixels from the front. The frame remains hung during inspection where access allows.

Module or strip replacement

Damaged sections are replaced on the frame. Spare strips are supplied from the project batch for colour consistency.

Rigging check

Each re-hang includes a check of clamps, safety points and cable routing before power is applied.

Product credibility

Documented before it ships

Holographic P3.9 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.

Holographic selection

Use the mesh when the background is part of the image

Holographic mesh is selected when the display should float in front of a product, set or architecture. The rigging and background are as important as the pixel pitch.

01Controlled background

Check the background contrast

The mesh reads best when the subject behind it is controlled and the content has a clear silhouette. Busy backgrounds reduce the floating effect and should be reviewed with a sample.

02P3.9–P6.25

Set pitch from the audience

P3.9 for closer retail and exhibition viewing; P6.25 where the audience stands farther back or the mesh is large. The frame size follows the viewing direction, not only the screen size.

03Suspended frame

Confirm the rigging points

The mesh is held in a slim frame and hung from truss, ceiling hooks or a floor frame. The venue structure and safety points are checked before the frame is detailed.

Model comparison

Compare Holographic P3.9 models

Pitch, power, cabinet and the job each model is specified for. Open a model to see its cabinet build, service access and quotation route.

Ask for a model recommendation

Model	Brightness	Avg power	Cabinet	Specified for	Detail
Crystal Film P6.25 6.25mm	4,500 nits	≤180 W/m²	Film roll, cut to glass	Shop windows · Bank branches	View model
Crystal Film P10 10mm	4,000 nits	≤150 W/m²	Film roll, cut to glass	Glass facades · Bank branches	View model
Holographic P3.9Current 3.9mm	1,500–8,000 nits	≤260 W/m²	Hanging mesh, 500 × 500mm	Retail launches · Exhibitions	Selected
Holographic P6.25 6.25mm	1,500–8,000 nits	≤220 W/m²	Hanging mesh, 500 × 1000mm	Atrium suspensions · Window displays	View model
Standard Transparent P3.91–7.8 3.91–7.8mm	5,500 nits	≤280 W/m²	500 × 500 / 500 × 1000mm	Building facades · Atrium walls	View model
Standard Transparent P5.2–10.42 5.2–10.42mm	5,000 nits	≤240 W/m²	500 × 1000mm	Shop windows · Interior partitions	View model
Standard Transparent P10.42 10.42mm	5,000 nits	≤200 W/m²	500 × 1000mm	Glass facades · Atrium glazing	View model

Typical values for the current series. Final brightness, power and cabinet detail are confirmed on the approved specification sheet.

Deployment playbook

Holographic mesh in use

The format is strongest where the audience should see through the screen and the content needs to feel physically present.

Flagship retail

A product sits behind the mesh while graphics float in front. The window stays open and the display becomes part of the visual merchandising.

P3.9–P6.25 · 80–90% transparency

Museums and exhibitions

Layered graphics sit in front of an exhibit without hiding it. Content and sightlines are planned together with the curator.

P3.9–P6.25 · controlled light

Product launches

A vehicle or product reveal uses the mesh as a floating layer. The frame can be reused for a tour or a series of events.

P3.9–P6.25 · reusable rigging

Delivery control

Mesh frame and content mapping

The frame, mesh and pixel map are produced together. The content team receives the active area and mapping before the event build.

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 frame is labelled by rigging point and packed with the pixel map and re-hang checklist.

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

01Does the mesh need a dark background?

Not necessarily, but a controlled background gives the strongest floating effect. The content and background are reviewed together, and a sample can be tested before the final specification.

02Can the mesh be hung from a ceiling?

Yes, with a frame and rigging points designed for the venue structure. The ceiling load, safety points and access for re-hanging are confirmed before production.

03Can the frame be reused?

The frame and mesh can be designed for repeated events. A re-hang checklist and labelled rigging points are included for touring or multi-site use.

04How is content mapped?

A pixel map is supplied for the active area. The content team uses it to build artwork without stretching or guessing the transparent border.

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