Lumio Display Solutions — Transparent LED Displays

Transparent LED screen showing a dragonfly, the space behind the screen still visible

The Technology

The holographic invisible screen

Muxwave calls it the holographic invisible screen: an indoor commercial LED display that stays transparent. The image reads as if it were floating in the room, and the surface carrying it all but disappears.

It can bond to glass you already have, hang free in an atrium, or stand on its own — the technology does not depend on a window.

Lumio Display Solutions is the Authorized U.S. Partner for Muxwave, the manufacturer behind this technology, based in Texas and standing behind every installation shown here.

Invisible display technologyA mesh of light, not a solid panel

Spatial floating imageContent appears to sit in the room

Rich and delicate color16-bit grayscale, no visible banding

Large formats, minimal join linesModules splice with a very fine join

Ultra-high transparencyUp to 95% of the surface stays open

HD display qualityEvenly spaced pixels, stable image

The claims, and the numbers behind them

Every one of those points rests on a measurement or a physical spec. Here is what each looks like up close.

Content shown on a transparent screen with the structure behind it still visible

Almost nothing between the viewer and what's behind it

Photographs and video shot through the screen were compared against the same shots taken directly, using professional image-analysis software.

92–97%Measured similarity

Large transparent display spanning a wide area

Large formats with fine join lines

A mesh-style module splices across large areas with a join line that reads as a fine seam at normal viewing distance, and the screen carries no frame around it.

95%+Of the display is transparent

Side view showing the thinness of the display module

Thin enough to follow a curve

Under 2 mm thick and light enough that mounting rarely calls for structural work. The profile bends to a curved surface instead of forcing a flat one.

1.8 mmModule thickness

6 kgPer square metre

Close detail of image quality on a transparent display

Holds up at close range

Pixels sit at equal horizontal and vertical spacing, and static driving keeps the image steady rather than scanned.

16-bit grayscale — smooth gradients, no banding
Light board and driver integrated in one module

Transparent display on a stage, content appearing to float in space

Depth without headsets

With no visible panel behind the image, 3D content reads as sitting in the room. The effect works for anyone walking past — no glasses, no app, nothing to hand out.

High-contrast color content on a transparent display

Bright enough for a daylit window

Output stays saturated against ambient light instead of washing out behind glass — the failure mode that rules out projection in a storefront.

5,000cd/m² brightness

9,000:1Contrast ratio

Choosing a format

The space decides the format

The technology is the same in every case. What changes is how it reaches the viewer — bonded to glass, hanging overhead, standing on the floor, or built into a facade.

Flexible transparent LED film bending on a curve

High-contrast content on the transparent film, thin driver bar visible

Storefront windows · glass partitions

A window that stays a window

Thin film modules bond directly to glazing you already have. Off, the shopper sees straight through to the display inside. On, the campaign runs across the glass without covering anything behind it.

Bonds to the front or back of existing glass — no separate structure
Flexible module bends to curved and shaped glass, not just flat
Three pitches — M2 / M3 / M6 — trading resolution against transparency to 92%
Just 1.8 mm thick at roughly 6 kg/m²

Pixel pitch 2.5 – 6.25 mm · transparency 85 – 92% · mounts front or back of the glass

Large transparent screens suspended in an open space

Suspended transparent panels with the hanging mechanism visible

Atriums · double-height spaces

Visible from every floor

Large suspended screens read from below and from the balconies around them, without blocking daylight through the void. A finished module rather than a build — attach the connectors, mount it, power it up.

Ultra-narrow 7.5 mm bezel, ultra-slim 66 mm profile
Splices at 90° or on an arc for a shaped installation
Quick-release fasteners, serviced from the rear
Single panels up to 5250 × 3000 mm

Sizes to 5250 × 3000 mm · profile 66 mm deep · serviced from the rear

Transparent LED posters shown in combination

Single power cable of the poster unit, plug and play

Entrances · point of sale · pop-ups

Where there is no glass to use

A finished unit rather than a build: hang it or stand it, plug in one cable, and it runs. The obvious answer when a site has no suitable glazing, or when the installation has to move.

Built-in sending card — plug and play from one power cable
Four standard sizes — 55″ · 70″ · 80″ · 90″
Used single or combined into a larger wall
16:9 ratio, so standard content fits without reworking

Sizes 55″ · 70″ · 80″ · 90″ · one power cable, sending card built in

Transparent LED cabinets on a glass facade, landscape visible through the screen

Color splash showing brightness and contrast of the cabinet

Cabinet mounting detail on the curtain-wall framework

Glass curtain walls · facades

Built into the building

A standard cabinet rather than a bespoke build. Units mount to the curtain-wall framework itself, so the display scales with the facade instead of sitting on top of it — and the view from inside stays open.

Modular 1000 × 1000 mm cabinets tile to the size the facade needs
Three pixel pitches — S3 / S6 / S10 — trading resolution against transparency up to 95%
Fixed or suspended mounting to the existing framework
Serviced from the rear, so the glass face is never disturbed

Cabinet 1000 × 1000 mm · pitch 3.91 – 10 mm · transparency up to 95%

These are not four unrelated products — they are one technology in the shape each space needs. The right format follows from the site and the goal: a window keeps its view, an atrium reads from every floor, an entrance gets a unit that simply plugs in, a facade builds the display into the glass itself.

Because each format is engineered for its setting, it goes in without reworking the space around it and stays easy to run once it's there. Which one fits your site is the first thing worth talking through.