DisplayMan Transparent LED Glass Displays integrate SMD LED packages into photoelectric glass, combining the glass panel and display in one assembly. We support panel layout, viewing requirements, mounting, power, control and project integration for service counters, partitions, balustrades and architectural glazing.
A Transparent LED Glass Display is a photoelectric-glass assembly with SMD LED packages integrated into the glass. The glass itself is part of the supplied display, rather than a separate surface that must be added later.
The integrated LED array presents illuminated graphics, short messages or video while retaining visibility through the glass. Panel dimensions, LED pitch, brightness, connections and mounting are selected for the intended viewing and installation conditions.
Use this product when the project needs a display supplied with its glass panel. Transparent LED film and holographic modules are different formats: those products need suitable glass or an added support structure.
The central structure is photoelectric glass containing integrated SMD LEDs, together with the electrical connections and mounting details required for the selected glass assembly.
SMD LED packages are integrated into the photoelectric glass to create the illuminated display area. The transparent glass remains a physical part of the product.
A glass balustrade or partition application needs both the glass build-up and its mounting to be defined for the project. The image illustrates the assembled display format; final dimensions and glass details follow the confirmed drawing.
Discuss Your LED Glass Project
The glass panel can present brand imagery, guidance or other content suited to its LED pitch and resolution. It combines a glazing element with an active visual surface.
Power and signal connections are coordinated with the frame, panel edges and the available service route. The selected configuration determines the actual content detail and brightness.
Discuss Your LED Glass ProjectThe light-emitting elements are integrated SMD LED packages within the photoelectric-glass assembly.
The display is supplied with its glass panel, rather than as a bare film or mesh module.
Use the glass surface for content while retaining visibility through the glazing.
Select pitch and panel resolution around the size of the messages and the actual viewing distance.
Review service counters, partitions, balustrades and building glazing as different installation requirements.
Coordinate glass dimensions, edge details, mounting, power, control and access in the panel drawing.
The distinction is the supplied structure: this product includes photoelectric glass with integrated SMD LEDs. The other Transparent LED routes use different materials and mounting arrangements.
| Product Route | Supplied Structure | Installation Direction |
|---|---|---|
| Transparent LED Glass Display | Photoelectric glass with integrated SMD LED packages | Mount the glass assembly using the specified panel supports and connections. |
| Transparent LED Film Display | A film-type LED display supplied without architectural glass | Apply to suitable glass or provide the specified support. |
| Flexible Transparent LED Film Display | A flexible film-type display without its own architectural glass panel | Follow suitable curved surfaces or a separately designed support. |
| Holographic Transparent LED Display | An open transparent LED module | Use suitable glass or an added supporting structure. |
| Indoor Transparent LED Display | A rigid framed indoor LED cabinet | Secure the cabinet to an indoor installation frame; glass is optional. |
| Outdoor Transparent LED Mesh Display | A framed outdoor LED mesh cabinet | Secure to the project’s outdoor support structure. |
| Rental Transparent LED Display | Indoor or outdoor framed cabinets with quick-release locks | Use the rental cabinet system for repeated assembly and dismantling. |
| Custom Transparent LED Displays | Shaped layouts commonly using flexible film or holographic modules | Design the supporting form for circles, columns and other shapes. |
Define the glass assembly and display requirements together. The retained P5–P40 outdoor reference series is listed separately below; it does not define every indoor glass panel shown on this page.
Confirm the overall width and height, display area, panel divisions and edge clearances.
Confirm glass type, thickness, edge treatment and the required use as a partition, balustrade or glazing element.
Match the LED layout to the nearest important viewing point and the information to be shown.
Review ambient light, glare, viewing direction and the required display schedule.
Define frame or bracket interfaces, power and signal exit locations and service access.
Select the complete glass display assembly for the actual installation environment; ratings are model specific.
The existing outdoor reference table below describes a P5–P40 display assembly format. It does not specify the glass thickness, glass weight or protection rating of every indoor glass panel illustrated here. Confirm the selected photoelectric-glass assembly against its own drawing and specification.
| Pixel Pitch (H × V) | 5 × 5 mm | 8 × 8 mm | 10 × 10 mm | 16 × 16 mm | 20 × 20 mm | 30 × 30 mm | 40 × 40 mm |
|---|---|---|---|---|---|---|---|
| LED Configuration | 1R1G1B | 1R1G1B | 1R1G1B | 1R1G1B | 1R1G1B | 1R1G1B | 1R1G1B |
| Brightness | 5000 cd/m² | 5000 cd/m² | 5000 cd/m² | 5000 cd/m² | 5000 cd/m² | 5000 cd/m² | 5000 cd/m² |
| Published Pixel Density | 40,000 pixels/m² | 15,625 pixels/m² | 10,000 pixels/m² | 3,906 pixels/m² | 2,500 pixels/m² | 1,024 pixels/m² | 625 pixels/m² |
| Transparency | 75% | 75% | 75% | 75% | 75% | 75% | 75% |
| Cabinet Size | 1200×1000×70 mm | 1200×1000×70 mm | 1200×1000×70 mm | 1200×1000×70 mm | 1200×1000×70 mm | 1200×1000×70 mm | 1200×1000×70 mm |
| Cabinet Resolution | 240 × 200 pixels | 150 × 125 pixels | 120 × 100 pixels | 75 × 63 pixels | 60 × 50 pixels | 40 × 33 pixels | 30 × 25 pixels |
| Module Size | 1000×240 mm | 1000×240 mm | 1000×240 mm | 1000×240 mm | 1000×240 mm | 1000×240 mm | 1000×240 mm |
| Module Resolution | 200 × 48 pixels | 125 × 30 pixels | 100 × 24 pixels | 63 × 15 pixels | 50 × 12 pixels | 33 × 8 pixels | 25 × 6 pixels |
| Published Cabinet Weight | ≤15 kg/m² | ≤15 kg/m² | ≤15 kg/m² | ≤15 kg/m² | ≤15 kg/m² | ≤15 kg/m² | ≤15 kg/m² |
| IP Rating (Front/Back) | IP65 | IP65 | IP65 | IP65 | IP65 | IP65 | IP65 |
| Environment | Outdoor | Outdoor | Outdoor | Outdoor | Outdoor | Outdoor | Outdoor |
| Viewing Angle (H/V) | 120°/120° | 120°/120° | 120°/120° | 120°/120° | 120°/120° | 120°/120° | 120°/120° |
| Viewing Distance | Project dependent; select according to pixel pitch, screen size, content and the critical viewing point | ||||||
| Gray Scale | 16 bit | 16 bit | 16 bit | 16 bit | 16 bit | 16 bit | 16 bit |
| Max. Power Consumption | 800 W/m² | 800 W/m² | 800 W/m² | 800 W/m² | 800 W/m² | 800 W/m² | 800 W/m² |
| Average Power Consumption | 400 W/m² | 400 W/m² | 400 W/m² | 400 W/m² | 400 W/m² | 400 W/m² | 400 W/m² |
| Scanning Mode | 1/1 Scan | 1/1 Scan | 1/1 Scan | 1/1 Scan | 1/1 Scan | 1/1 Scan | 1/1 Scan |
| Specification | Details |
|---|---|
| Refresh Rate | 3840 Hz reference configuration; confirm with the selected receiving-card and driver system |
| Input Power | AC 100–240 V, 50/60 Hz |
| Control Mode | Synchronous or asynchronous control, selected for the screen layout and playback workflow |
| Video Input | HDMI or DVI through a compatible processor/controller; other interfaces by project confirmation |
| Outdoor Operating Conditions | Temperature, humidity, solar load, wind, corrosion and altitude limits require project and model confirmation |
| Rated LED Lifetime | Up to 100,000 hours under specified operating conditions; not a warranty period |
| System Materials | Photoelectric glass with integrated SMD LED packages; mounting and connection components according to the selected assembly |
| Installation | Facade-integrated or custom fixed support designed for the building and maintenance strategy |
| Packaging | Wooden box |
The glass is supplied as part of the display assembly.
SMD LED packages integrated into the glass create the illuminated content.
Frames, brackets or other specified supports carry the selected glass assembly.
Power and signal exits are coordinated with panel edges and the service route.
The selected panel area and electrical configuration determine system load.
Content is mapped to the actual panel pixel layout.
Indoor and outdoor assemblies are selected for their intended exposure.
Keep the specified connections and service components accessible.
Coordinate wiring with the installation structure and the glass edge details.
Install the supplied glass display assembly according to its confirmed mechanical drawing. Its supports carry the glass panel; this differs from applying a separate LED film to existing glazing.
Coordinate the panel with the designed lower frame, edge supports or brackets. Confirm the glass build-up, mounting clearances and power/signal route.
Use the panel’s specified suspension and frame interfaces, with the connection route and service access included in the layout.
Define glass requirements, structural supports and panel joints for the intended building use. Display integration does not replace the project’s glazing design.
Provide panel dimensions, glass thickness and type if already defined, mounting details, content, viewing distance and the intended environment. DisplayMan can review the glass-panel layout and electrical integration with the project team.
Photoelectric glass can combine a transparent architectural surface with visible display content. These examples show different glazing and installation formats. Click an image to open it in full.
Content is integrated with an upper-level glass balustrade alongside an escalator route.
A larger glazing layout presents a coordinated visual theme across the building surface.
Display content follows the atrium glass line while the surrounding retail architecture remains visible.
A glazing layout follows the building form, with panel geometry and LED content planned together.
Match the glass format and LED resolution to the intended message. Image links show the complete picture; the buttons lead to related project guidance.
Glass information panels can carry short guidance or service information while keeping the counter area open.
Explore the Related Project Direction →
Suspended glass panels can show large queue identifiers and simple calling information suited to the selected pixel layout.
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A glass partition can also present illuminated content, with the panel supports and wiring integrated into the counter layout.
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Glass information surfaces can support simple wayfinding and guidance in shared circulation areas.
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A row of glass information panels can organize service positions and simple calling content.
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The balustrade line becomes a visual communication surface while retaining views across the atrium.
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Large service-position numbers are displayed along the glass layout above the public counter area.
Explore the Related Project Direction →Provide panel dimensions, glass divisions, mounting interfaces and available installation drawings.
Select the LED pitch from the nearest important viewing point, message size and panel resolution.
Confirm indoor or outdoor use, ambient light and the environmental limits for the selected glass assembly.
Match glass-panel divisions and the LED layout to supports, joints and the intended content ratio.
Calculate load, cable paths, control room, network, grounding and protection.
Define access, lifting, cleaning, service responsibility and spare parts.
Select content for the actual glass-panel resolution and audience position.
| Project Direction | What to Confirm | Content Approach |
|---|---|---|
| Calling and service information | Digit height, nearest viewer and actual LED pitch | Large queue identifiers, short labels and simple guidance |
| Partitions and balustrades | Panel dimensions, background visibility and ambient light | Bold graphics, short messages and suitable animation |
| Architectural glazing | Combined panel canvas, viewing distance and environment | Large branding and coordinated visual sequences |
Coordinate display area, integrated glass panels, supports, mullions and joints.
Review the glass build-up, panel edges, supports and environmental requirements for the selected assembly.
Calculate electrical load, control room and network requirements.
Match the media canvas to glass-panel proportions and LED pixel layout.
Plan access, replacement, cleaning, lifting and spare parts.
Protect the glass display panels, edge details and mounting parts for international delivery.
Glass-panel dimensions, glass thickness and type if defined, mounting details, panel divisions and site photos.
Indoor or outdoor use, ambient light, viewing direction, power and control locations, connection routes and service access.
LED pitch or required message size, content, daily hours, quantity, budget, schedule, destination and any project requirements.
| Related Page | When to Visit |
|---|---|
| Transparent LED Displays | Complete Transparent LED product family |
| Transparent LED Solutions | Compare architectural, film, flexible, mesh and rental routes |
| Transparent LED Facade Solution | Storefront, mall and building facade planning |
| Architectural Transparent LED Wall Solution | Permanent building and curtain-wall integration |
| Transparent LED Film Display | Lightweight flat-glass indoor advertising |
| Outdoor Transparent LED Mesh Display | Open-mesh outdoor media facades |
| Outdoor & Public Display Systems | Public-facing environmental and operational requirements |
| OEM/ODM Engineering & Prototyping | Custom drawings, structure and project integration |
Yes. This product uses SMD LED packages integrated into photoelectric glass. The integrated LED array and glass form the supplied display assembly.
Yes. The glass panel is part of the product. Confirm the glass dimensions, build-up, edge details, mounting interfaces and electrical connections in the selected assembly drawing.
A photoelectric-glass display assembly with SMD LED packages integrated into the glass. The glass panel is included as part of the display, with mounting and connections selected for the project.
Yes. The supplier-published P5-P40 outdoor series lists IP65 for the front and back. Final weatherproofing, connections, structure and site suitability still require project engineering.
The current published range includes P5, P8, P10, P16, P20, P30 and P40.
The supplier-published outdoor series lists 5,000 cd/m² for every pitch. Final calibrated brightness and daylight performance depend on configuration and site conditions.
The supplier-published outdoor series lists 75% transparency. Real appearance also depends on content, glass build-up, LED layout, viewing angle and ambient light.
Viewing distance is project dependent. Select the pitch using the real critical viewing point, screen dimensions, content detail and site conditions.
The retained outdoor reference table lists an assembly weight of no more than 15 kg/m². The weight of the selected photoelectric-glass panel depends on its confirmed glass build-up and mounting components; use its own specification for installation design.
The supplier-published outdoor range lists IP65 for the front and back. IP performance depends on the complete assembly, sealed connections and correct installation.
Some projects may integrate the display with architectural glass, but structural, glass, waterproofing and local building approval must be reviewed separately.
Yes, subject to facade condition, structure, wind load, access, waterproofing, power, cabling and maintenance review.
HDMI or DVI can be connected through a compatible video processor or controller. Synchronous or asynchronous playback and any additional interfaces are selected for the project.
Large logos, architectural animation, digital art and high-contrast video designed for the real viewing distance.
Small text, dense documents, complex charts, detailed menus and low-contrast content.
Transparent LED Film Display is a separate film-type product applied to suitable glass or support. Transparent LED Glass Display includes photoelectric glass with integrated SMD LEDs.
Yes. Local licensed professionals should confirm structure, curtain wall, wind load, fire, electrical, waterproofing and construction compliance.
Facade drawings, glass grid, dimensions, viewing distance, outdoor conditions, pitch, content, control, power and cable routes, maintenance access, quantity, budget, schedule and destination.
Send us the glass-panel dimensions, glass type and thickness if already defined, mounting details, viewing distance, installation environment, content, power and control locations, quantity, budget and schedule.
We will review the photoelectric-glass panel layout, integrated SMD LED display area, mounting interfaces, electrical connections and control requirements.
The right transparent LED glass display solution depends on the glass configuration, facade structure, viewing distance, brightness, weather exposure and maintenance access. Display layout, mounting, waterproofing, power and control must be planned together for the installation.
Share facade drawings, dimensions, pitch, environment, structure, power, control, maintenance, quantity, budget and schedule.
Please share your application, display size, quantity and project background. We will review the most practical display direction.
