Present digital animation, brand stories and product visuals on a fine-pitch transparent LED structure. DisplayMan offers conventional LED and COB holographic configurations for indoor retail, museum, exhibition and showroom projects, with module selection, mounting and control-system integration.
The conventional LED version uses a flexible perforated PCB structure with emitting components on the narrow connecting webs. Open apertures preserve views through the screen. This packaging route is shown separately from the encapsulated COB version below.
A gently curved unpowered module reveals the perforated circuit structure. Bending direction, approved radius, cutting positions and electrical continuity must be checked for the chosen module before making shaped support.
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The light-emitting PCB and its edge electronics occupy different parts of the assembly. Leave access for power and signal connections, and account for the driver enclosure when checking installed depth.
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The front close-up shows the LED components and the open areas between them. The physical pattern remains visible at short range; content detail and viewing distance should be evaluated using the actual selected pitch.
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The structure schematic separates the emitting sites from the connecting PCB lattice. It illustrates the conventional LED construction; the COB structure uses a different surface encapsulation arrangement.
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A low-angle close-up helps assess the visible component pattern, circuit webs and opening geometry.
The reverse side shows the perforated backplane and conductors. Keep maintenance and wiring access clear in the installed assembly.
Light appears at the LED sites while the open areas remain see-through. Bright content, transparent gaps and the background combine to create the visual effect.
An approved curved module can form a cylindrical visual surface. The illustrated shape is not a minimum-bend-radius specification.
A shallow curved canvas supports large product graphics and flowing animation. Map content around the real display geometry.
A supported wave-shaped installation requires the correct bend axis, module segmentation and cable path.
Finished systems combine the transparent screen with an enclosure or frame, power equipment and mounting hardware. The following dimensions are overall system references, not bare PCB sizes or guaranteed active-area dimensions.
The finer 2.5 mm pitch is a useful direction for more detailed product graphics on a compact suspended display. It provides a 300 × 480-pixel canvas in the listed frame. Review close-viewing content with the actual background rather than treating it like a conventional opaque monitor. Overall W × H: 758 × 1323 mm; canvas: 300 × 480 pixels; listed transparency: 70%; brightness: ≥1,800 cd/m².
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This compact P3.91 format shares the listed outer dimensions of the P2.5 hanging system but uses a different pixel canvas and transparency reference. It suits bolder brand visuals and product silhouettes when the viewing geometry allows the larger pitch. Overall W × H: 758 × 1323 mm; canvas: 192 × 306 pixels; listed transparency: 80%; brightness: ≥3,000 cd/m².
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The larger suspended format offers a 256 × 384-pixel canvas for retail, exhibition and showroom content. Coordinate suspension points, top electronics access and concealed power routing with the available ceiling structure. Overall W × H: 1008 × 1623 mm; canvas: 256 × 384 pixels; listed transparency: 80%; brightness: ≥3,000 cd/m².
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A framed portrait display integrates the transparent screen with a freestanding support. It is a direction for movable showroom presentations and temporary retail campaigns. Verify the footprint, center of gravity, caster locking and service access before placing it in circulation areas. Overall W × H: 1008 × 2449 mm; canvas: 256 × 512 pixels; listed transparency: 80%; brightness: ≥3,000 cd/m².
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The wider system has a square 512 × 512-pixel canvas within a taller overall assembly. It supports broader product graphics than the portrait version. Overall dimensions and screen proportions are different measurements; use the production drawing to position the visual area. Overall W × H: 2008 × 2449 mm; canvas: 512 × 512 pixels; listed transparency: 80%; brightness: ≥3,000 cd/m².
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This expanded framed configuration is listed with a 512 × 614-pixel canvas. Review the model drawing alongside the visual reference: the overall assembly is taller than the wider 512 × 512 format, and the content template must follow its own pixel raster. Overall W × H: 2008 × 2849 mm; canvas: 512 × 614 pixels; listed transparency: 80%; brightness: ≥3,000 cd/m².
Discuss This Configuration| Configuration | Overall W × H (mm) | Canvas (pixels) | Transparency | Brightness (cd/m²) | Peak / average power (W/m²) |
|---|---|---|---|---|---|
| P2.5 Compact Hanging Display | 758 × 1323 | 300 × 480 | 70% | ≥1,800 | 800 / 350 |
| P3.91 Compact Hanging Display | 758 × 1323 | 192 × 306 | 80% | ≥3,000 | 1,000 / 370 |
| P3.91 Larger Hanging Display | 1008 × 1623 | 256 × 384 | 80% | ≥3,000 | 1,000 / 370 |
| P3.91 Portrait Mobile Display | 1008 × 2449 | 256 × 512 | 80% | ≥3,000 | 1,000 / 370 |
| P3.91 Wider Mobile Display | 2008 × 2449 | 512 × 512 | 80% | ≥3,000 | 1,000 / 370 |
| P3.91 Expanded Mobile Display | 2008 × 2849 | 512 × 614 | 80% | ≥3,000 | 1,000 / 370 |
These six systems are listed for indoor use with IP20 protection, ≥3,840 Hz refresh, a 140° viewing-angle reference, 2,000–9,500 K color-temperature adjustment and AC 110–240 V system input. The listed normal / compatible 3D-mode frame rates are 60 / 120 fps; confirm playback and controller support. Power and transparency values belong to these finished systems and must not be substituted into the separate COB module table.
The flexible mesh can be reviewed for attachment to suitable glass. Confirm surface condition, fixing method, edge clearance and driver access.
A framed panel can hang independently of glass. Design the support and suspension points for the complete installed load and provide accessible cable routing.
The reference shows vertical pairing with horizontal expansion. Keep module orientation, pixel continuity, external driver positions and power feeds consistent with the production drawing.
Explore display layouts for protected commercial interiors and glazing. The images illustrate application directions; screen size, attachment, exposure and access are reviewed for each site.
A transparent visual layer on protected mall glazing keeps the interior visible around the digital content. Confirm which side of the glass carries the display and the actual environmental exposure.
Large-format brand visuals across an indoor glass wall preserve views into the atrium. Coordinate suspension, viewing distance and access for maintenance.
A supported curved display follows a showroom corner. Content mapping and the permitted module curvature are reviewed together.
A suspended transparent display presents a campaign above the pedestrian area. Loads, attachment points and service access require site-specific design.
A Holographic Transparent LED Display is a fine-pitch transparent LED display designed to create bright floating-style visuals with very low physical obstruction.
The word holographic describes the visual impression. It is not a true laser hologram, volumetric projection or free-space image. RGB LED pixels remain physically present on an ultra-light transparent structure.
When suitable content is shown, the display can place digital animation, branding and storytelling in front of visible products, architecture or exhibition objects. When powered off, the open structure helps preserve visibility and spatial openness.
Holographic Transparent LED Display is the fine-pitch and visually minimal branch of the Transparent LED family, designed for premium indoor projects where screen structure should remain as unobtrusive as possible.
No. The floating effect is created by a transparent LED screen, content design and environmental contrast.
It does not reconstruct a three-dimensional light field using holographic optical methods.
The image is generated on a physical transparent LED surface rather than floating freely in open air.
Bright pixels, a clean background and low structural obstruction make content appear to float.
Use high-contrast content, dark or clean backgrounds, controlled lighting, large visual objects and a viewing distance appropriate for the selected pixel pitch.
The retained indoor module platform begins at 3.508 × 3.508 mm. Separately documented finished systems include P2.5 and P3.91; the COB module range includes P3.91, P6.25 and P10.4.
Most retained configurations list cabinet weight of no more than 3 kg/m², reducing visual and installation burden.
Transparency depends on the platform: the retained module table lists 75%, the finished systems list 70–80%, and the new COB module range lists 80–90%.
Published brightness ranges from 4,500 to 5,000 cd/m² depending on the selected pitch.
The screen can be reviewed with glass, hanging, stacking or a project-specific fixed structure.
Power supplies, controller, cables and service access must be hidden without compromising safety.
The original seven-model module table starts at 3.508 mm. P2.5 is now documented separately as a compact hanging system; use that system’s own pixel canvas, brightness, transparency and installation dimensions.
| Product Route | Best Use | Main Selection Reason |
|---|---|---|
| Holographic Transparent LED Display | Premium indoor retail, museums, exhibitions, launches and showrooms | Fine pitch, low obstruction and floating-style visual effect |
| Transparent LED Film Display | Flat storefront windows and larger indoor glass advertising | Practical large-area glass media and cost-performance |
| Flexible Transparent LED Film Display | Curved glass, columns and creative shaped surfaces | Shape adaptation and bending |
| Transparent LED Glass Display | Permanent architectural glass integration | Structural glass-based display construction |
| Outdoor Transparent LED Mesh Display | Outdoor facades and long-distance public media | Weather resistance and structural durability |
| Rental Transparent LED Display | Repeated event installation, dismantling and transportation | Rugged reusable rental structure |
The final project form depends on the required screen size, installation surface, viewing distance, content, support method and control system.
For the strongest image-detail direction within the currently published model range.
For premium retail windows, showrooms and glass partitions after site and mounting review.
For exhibitions, launches, stages and showrooms using a lightweight suspension structure.
For museums, lobbies, showrooms and retail spaces requiring a stable permanent installation.
For product-overlap visuals, storytelling layers, digital art and brand campaigns.
Custom review of size, modules, support, controller, cabling, power and content mapping.
3.508 and 3.91 mm published options offer better detail than larger-pitch transparent LED routes.
The lightweight open structure preserves product and background visibility.
High-contrast animation can appear suspended in front of physical objects or space.
Published configurations provide 4,500–5,000 cd/m².
A 3840 Hz reference configuration supports smooth motion and camera-friendly content; confirm the final receiving-card and driver configuration.
HDMI or DVI sources can be connected through the selected video processor or controller. Other interfaces require project confirmation.
Direct glass mounting, suspension or a suitable custom fixed structure can be reviewed according to the selected platform.
Best for visible environments where aesthetics and screen lightness matter.
Support, power, controller, cables, content and maintenance are engineered together.
These retained values describe a separately documented seven-model indoor module platform. They do not replace the P2.5 / P3.91 finished-system specifications or the three-model COB module table. Final dimensions, electrical design and installation details are confirmed for each project.
| Pixel Pitch (H × V) | 3.508 × 3.508 mm | 3.91 × 3.91 mm | 5 × 5 mm | 6.5 × 6.5 mm | 8 × 8 mm | 10 × 10 mm | 16 × 16 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 | 4500 cd/m² |
| Published Pixel Density | 81,225 pixels/m² | 65,536 pixels/m² | 40,000 pixels/m² | 23,716 pixels/m² | 15,625 pixels/m² | 10,000 pixels/m² | 3,906 pixels/m² |
| Transparency | 75% | 75% | 75% | 75% | 75% | 75% | 75% |
| System Unit Size (W × H × D) | 1000 × 336 × 70 mm | 1000 × 375 × 70 mm | 1000 × 320 × 70 mm | 1000 × 416 × 70 mm | 1000 × 512 × 70 mm | 1000 × 320 × 70 mm | 1000 × 512 × 70 mm |
| System Unit Resolution | 285 × 96 pixels | 256 × 96 pixels | 200 × 64 pixels | 154 × 64 pixels | 125 × 64 pixels | 100 × 32 pixels | 64 × 32 pixels |
| Module Size (W × H) | 1000 × 112 mm | 1000 × 125 mm | 1000 × 160 mm | 1000 × 208 mm | 1000 × 256 mm | 1000 × 320 mm | 500 × 512 mm |
| Module Resolution | 285 × 32 pixels | 256 × 32 pixels | 200 × 32 pixels | 154 × 32 pixels | 125 × 32 pixels | 100 × 32 pixels | 64 × 64 pixels |
| Published System Weight | ≤3 kg/m² | ≤3 kg/m² | ≤3 kg/m² | ≤3 kg/m² | ≤3 kg/m² | ≤3 kg/m² | ≤8 kg/m² |
| IP Rating (Front / Back) | IP43 | IP43 | IP43 | IP43 | IP43 | IP43 | IP43 |
| Environment | Indoor | Indoor | Indoor | Indoor | Indoor | Indoor | Indoor |
| Viewing Angle (H / V) | 120° / 120° | 120° / 120° | 120° / 120° | 120° / 120° | 120° / 120° | 120° / 120° | 120° / 120° |
| Viewing Distance | Project dependent; evaluate pixel pitch, content size and actual viewing conditions | ||||||
| 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 | 1/1 | 1/1 | 1/1 | 1/1 | 1/1 | 1/1 |
| Specification | Value |
|---|---|
| Refresh Rate | 3840 Hz reference configuration; confirm with the selected controller 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 |
| Operating Environment | Indoor or protected interior installation; temperature and humidity limits require model confirmation |
| Rated LED Lifetime | Up to 100,000 hours under specified operating conditions; not a warranty period |
| System Materials | Aluminum profiles and transparent PC structural components, depending on model |
| Installation | Direct glass mounting, suspension or custom fixed support, depending on the selected platform |
| Packaging | Wooden box |
Values above are supplier-published references. Final model, dimensions, brightness, power design, controller, structure, installation conditions and project layout must be confirmed before quotation and production.
The COB version uses flip-chip chip-on-board packaging, a four-layer flexible perforated PCB, clear silicone encapsulation and compact driver circuitry. It stays within the Holographic Transparent LED Display family; COB describes the packaging route rather than an additional product category.
The open apertures preserve background visibility, while the encapsulation covers the emitting sites and protects the circuit surface. The perforated PCB construction is different from the flexible PET carrier used for COB flexible transparent LED film.
The flexible circuit can follow approved curved installations while retaining the open-lattice construction. Review the bend axis, radius, module orientation and supporting surface before designing shaped glass or structures.
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The transparent emitting area and bottom driver enclosure must be accommodated as a complete assembly. Reserve connector access, ventilation and cable clearance; do not size the installation from the thin PCB layer alone.
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The front macro shows rounded encapsulated sites between the open holes. This surface treatment distinguishes the COB version from conventional packaged LED components. It does not remove the need for correct handling or complete-system protection.
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The schematic identifies the encapsulated surface regions and open apertures. Encapsulant light transmission is a material property; it is not the same measurement as whole-screen visual transparency.
These three models use a listed 250 × 1500 mm module format. Choose the actual pitch and pixel raster around the complete screen size, viewing distance and content. The application directions below are engineering selection guidance.
P3.91 is the finest pitch in this COB holographic module range. Its 64 × 384-pixel module is the first direction to evaluate when the design needs more detailed product imagery, outlines or brand graphics within a limited area.
Assemble the full screen raster before creating content. The 250 mm module width and 1500 mm length affect segmentation and driver access. This is a separate configuration from the original 250 × 1000 mm P3.91 reference retained below.
P6.25 reduces the pixel count per module while increasing the listed visual transparency to 85%. It is a direction for broader storefront graphics, exhibition visuals and product silhouettes where the view through the display is important.
The 40 × 240-pixel module requires a content template suited to its actual raster. Compare a representative animation at the intended viewing distance; do not assume the same detail level as P3.91 simply because module outlines are identical.
P10.4 is the coarsest pitch in this COB range, with a listed 90% visual transparency reference. It is a candidate for large logos, flowing color and distant-view effects rather than small lettering or detailed close-viewing information.
Each module provides a 24 × 144-pixel raster. Confirm whether the assembled pixel count communicates the intended message before choosing this pitch. Its supplied table does not give maximum and average power values, so those must be confirmed for the selected version.
| Parameter | P3.91 COB | P6.25 COB | P10.4 COB |
|---|---|---|---|
| Actual pitch (mm) | 3.91 × 3.91 | 6.25 × 6.25 | 10.4 × 10.4 |
| Module W × H (mm) | 250 × 1500 | 250 × 1500 | 250 × 1500 |
| Module resolution (pixels) | 64 × 384 | 40 × 240 | 24 × 144 |
| Listed pixel density (pixels/m²) | 65,536 | 25,600 | 9,216 |
| Visual transparency | 80% | 85% | 90% |
| White-balance brightness (cd/m²) | ≥3,300 | ≥3,300 | ≥3,000 |
| Maximum / average power (W/m²) | 550 / 165 | 500 / 150 | Confirm for selected version |
| Viewing angle, H / V | 170° / 170° | 170° / 170° | 170° / 170° |
| Protection reference | IP62 | IP62 | IP62 |
| Gray scale | 16 bit | 16 bit | 16 bit |
| Refresh rate | ≥3,840 Hz | ≥3,840 Hz | ≥3,840 Hz |
| Color temperature | 2,000–9,500 K | 2,000–9,500 K | 2,000–9,500 K |
These IP62 references apply to the supplied COB platform, not automatically to the complete display, connectors, controller or power supplies. Review indoor or protected installation conditions separately; the rating alone does not make the finished product suitable for exposed rain. The P3.91 sheet lists AC 110–240 V system input and DC 4.2 V ±0.2 V module operation; confirm the power arrangement for each model and never connect a bare module directly to mains.
The model sheet labels a “screen flatness” value of ≥2 mm. This ambiguous value is not used here as a film-thickness or installation-tolerance claim. Confirm mechanical thickness, flatness and complete depth on the approved drawing.
Review glass condition, module alignment and adhesive compatibility before installation. Use the model-approved bonding and curing process, then complete wiring and acceptance checks.
Measure the real curved surface, choose an approved bending direction and radius, and coordinate the flexible circuit and hidden cable route. Do not force the module across unsupported sharp bends.
A custom aluminum frame and suspension arrangement carry the complete load. Plan mechanically secured attachment points, secondary retention, concealed wiring and electronics access.
A freestanding frame integrates the screen, power equipment and controller with a stable support. Confirm footprint, caster arrangement, service access and impact clearance for the site.
The supplied reference shows module pairing vertically and additional columns horizontally. Confirm outer driver positions, module orientation and power distribution on the production drawing.
Transparent graphics can overlay an interior-facing glazed wall while preserving views into the building. Review daylight, reflections, structural integration and access for service.
Luminous product outlines and selective animation can complement merchandise visible through glass. Coordinate content brightness with the actual interior and exterior lighting.
Digital vessel outlines and interpretive graphics can accompany physical objects behind the display. Choose a pitch that supports the required detail, and manage reflections and exhibit lighting.
This separately documented 250 × 1000 mm / IP43 configuration has its own controller and mechanical specification. It is not the 250 × 1500 mm / IP62 COB platform above.
The P3.91 COB series adds a transparent LED option for retail windows, exhibition spaces and creative indoor installations. Its supplied specification combines a 250 × 1000 mm module with adjustable brightness and support for curved or custom-sized layouts.
The following specifications apply to this COB series. Other models on this page have their own specifications.
| Parameter | P3.91 COB Series |
|---|---|
| LED Packaging | COB; red, green and blue chips with driver circuitry |
| Pixel Pitch | 3.91 × 3.91 mm |
| Pixel Configuration | 1R1G1B |
| Module Size (W × H) | 250 × 1000 mm |
| Module Resolution (W × H) | 64 × 256 pixels |
| Pixel Density | 65,536 pixels/m² |
| Module-to-Module Flatness | ≤0.1 mm |
| Specified Visual Transparency | 80% |
| Brightness | ≥3000 cd/m², adjustable |
| Viewing Angle (H / V) | 170° / 140° |
| Chromaticity Uniformity | Within ±0.003 Cx, Cy |
| Maximum Specified Contrast Ratio | 5000:1 |
| Protection Rating | IP43 |
| Installation Options | Direct glass mounting, suspension and inward-curved installation |
| Customization | Cutting and bending supported; allowable dimensions and bend radius require project confirmation |
The supplied controller specification includes a quad-core processor at 1.2 GHz or higher, at least 1 GB RAM and 32 GB storage, and a loading capacity of 650,000 pixels. Connectivity includes Gigabit Ethernet output, HDMI input, USB, a 3.5 mm audio output and Wi-Fi hotspot support. Synchronous and asynchronous operating modes are supported; the final controller is selected to match the screen layout and playback requirements.
Compare mobile or PC content management and player/controller routes. Match the controller loading capacity, receiving hardware, power design and screen canvas to the final module layout.
Carry the RGB pixels and form the visible display area.
Maintains alignment without creating a heavy opaque cabinet wall.
Must be located for ventilation, cable length, safety and service.
Distributes the source image to the selected module layout.
PC, processor or a separately confirmed content system supplies the image.
Should remain clean and visually controlled in premium spaces.
Glass, hanging, stacking or fixed support according to the site.
Matches the content canvas to the exact screen size and orientation.
Keeps power, controller, cables and replaceable sections serviceable.
Match the display to the real viewing distance, content and installation environment. Outdoor-facing imagery does not change the indoor protection rating of the models specified below.
Bright citrus visuals attract attention at a storefront while the unlit areas retain views into the shop.
Large graphics on protected terminal glazing provide a visual layer within the passenger environment. Screen placement should preserve essential sightlines and wayfinding.
Transparent LED content creates a stage layer while performers and scenery remain visible behind it. Plan rigging, camera testing and control equipment for the event.
Simple fashion campaign visuals complement the merchandise behind the window. Test the content against the actual shop lighting and reflections.
A freestanding display supports changing campaign positions within an indoor retail space. Reserve safe cable routes and suitable floor space.
Large beverage graphics combine digital promotion with visibility through the glazing. Use a simple message that suits the selected pixel pitch.
Curved glazing provides a creative display surface when the selected module and fixing system support the required radius. Indoor models require a protected installation location.
Large-scale visual content on protected glazing can be planned for longer viewing distances. Confirm exposure, mounting and passenger sightlines at the site.
A larger transparent media layout spans several levels of glazing. Map the content to the actual architectural divisions and reserve maintenance access.
Promotional visuals support device launches and brand campaigns while retaining views into the store.
A restrained digital visual layer complements jewelry and watches. Keep the merchandise visible and validate fine details at the intended viewing distance.
A premium boutique window combines digital campaign graphics with a visible physical display. Coordinate brightness, reflections and product lighting.
An overhead transparent display can support advertising while retaining views of the concourse structure. Keep safety and wayfinding information clearly readable on the appropriate dedicated system.
A transparent display on protected glazing creates a campaign surface within the architecture. Confirm installation environment rather than inferring weatherproofing from the exterior viewpoint.
A mobile transparent display can present vehicle graphics beside the physical product. Coordinate the foreground display, lighting and visitor circulation.
A framed or mobile transparent screen can support seasonal campaign content in a mall. Review support stability, cable routing and access around the display.
Confirm how close visitors will stand and whether they must read text or only see high-impact visuals.
Compare P2.5 / P3.91 finished systems, the retained seven-model module platform, or P3.91 / P6.25 / P10.4 COB modules according to distance, transparency, screen format and budget.
Confirm glass-mounted, hanging, stacking or project-specific fixed support.
Clean or darker backgrounds generally produce a stronger floating impression.
Reserve hidden, ventilated and serviceable equipment locations before finalizing the screen.
Use large high-contrast objects, visual space and simple messaging rather than monitor-style layouts.
| Project Direction | Suggested Starting Point | Important Note |
|---|---|---|
| Highest Detail in Current Range | 3.508 × 3.508 or 3.91 × 3.91 | Validate legibility with the real content and viewing distance |
| Balanced Premium Indoor Display | P5 or P6.5 review | Balance detail, transparency, cabinet layout and budget |
| Medium-distance Larger Area | P8 or P10 review | Use simpler content and larger text |
| Largest Pitch in Current Range | P16 | Better for longer viewing and large simple visual content |
| Critical Close Reading | Separate feasibility and content test | Do not assume a transparent LED behaves like an LCD or OLED monitor |
Fine-pitch options improve detail relative to larger-pitch transparent LED screens, but they do not provide the continuous image surface of an LCD or OLED. Confirm suitability with real content, viewing distance and site lighting.
Leave visual space around the content and coordinate the digital animation with the real product or exhibit behind the screen.
Small text, long paragraphs, dense menus, complex charts, thin lines, detailed datasheets, low-contrast video and phone-style interfaces.
| Alternative | Choose Holographic Transparent LED Display When | Choose the Alternative When |
|---|---|---|
| Transparent LED Film Display | Fine detail and minimal structure matter more. | The project needs large flat-glass advertising and stronger cost-performance. |
| Flexible Transparent LED Film Display | The main goal is a light floating visual layer. | The surface is curved, cylindrical or irregular. |
| Transparent LED Glass Display | The project needs a lightweight replaceable display system. | The LED display should be integrated into permanent architectural glass. |
| Outdoor Transparent LED Mesh Display | The environment is indoor and appearance is the priority. | The display is exposed outdoors and requires structural weather resistance. |
| Rental Transparent LED Display | The installation is premium and visually minimal. | The screen must survive repeated transport, assembly and dismantling. |
| Indoor Transparent LED Display | For fixed indoor retail, showroom and commercial installations | A more conventional fixed indoor structure suits the project layout and budget. |
| Custom Transparent LED Displays | For project-specific dimensions, structures and system integration | The geometry, frame or installation requires a separately engineered configuration. |
| Transparent OLED Displays | Project-based LED size and stronger brightness are required. | Premium panel-level image quality and standard transparent OLED sizes are preferred. |
| Projection Hologram | A stable LED image and stronger ambient-light performance are needed. | The project specifically requires an optical illusion and can control the projection environment. |
For circular, cylindrical, polygonal or other artistic assemblies, review the LED module layout together with its frame, supporting surface, base, mounting and content map.
Explore Custom Transparent LED Displays →| Related Page | When to Visit |
|---|---|
| Transparent LED Displays | For the complete Transparent LED product family |
| Transparent LED Solutions | For comparing film, flexible, glass, mesh, rental and minimal-structure routes |
| Transparent LED Film Display | For flat, larger-area indoor glass advertising |
| Flexible Transparent LED Film Display | For curved glass, columns and creative shaped surfaces |
| Transparent LED Glass Display | For permanent architectural glass integration |
| Outdoor Transparent LED Mesh Display | For exposed outdoor facades and long-distance media |
| Rental Transparent LED Display | For repeated event assembly and transport |
| Transparent OLED Displays | For premium transparent panel-based display alternatives |
| Transparent Exhibition & Showroom Display Solution | For museums, exhibitions, showrooms and launches |
| Exhibition, Events & Showrooms | For application planning and project positioning |
| OEM/ODM Display Engineering & Prototyping | For custom structures, samples and integration |
It is a transparent LED display using a perforated PCB structure to create floating-style visuals while preserving views through its open areas. This family includes conventional LED and COB packaging versions, as well as hanging, mobile and custom installed systems.
No. It is not a laser hologram, volumetric display or free-space projection system. The holographic impression comes from transparent LED pixels, minimal structure, suitable content and the viewing environment.
The documented finished-system range includes a P2.5 compact hanging display. The retained seven-model module platform starts at 3.508 mm. The new COB module series starts at P3.91 and also includes P6.25 and P10.4. Each platform has its own dimensions and operating specifications.
Finer pixel pitch generally provides better image detail at closer viewing distances, but it also affects transparency, power, cost and module configuration.
The documented P2.5 hanging system lists 70%, the P3.91 finished systems list 80%, and the new COB P3.91 / P6.25 / P10.4 modules list 80% / 85% / 90% visual transparency. The retained seven-model module platform lists 75%. Perception also depends on content, background, lighting and viewing angle.
The P2.5 hanging system lists at least 1,800 cd/m² and the P3.91 finished systems at least 3,000 cd/m². The new COB P3.91 and P6.25 modules list at least 3,300 cd/m²; COB P10.4 lists at least 3,000 cd/m². The retained seven-model platform lists 4,500–5,000 cd/m². Confirm the quoted model and operating brightness.
Weight depends on whether you are reviewing a bare module, framed system or complete installed display. The retained seven-model table lists its own system-weight references; do not transfer those figures to the new COB modules or mobile systems. Confirm total installed load for support and suspension design.
Yes. Depending on the project, it can be reviewed for glass-mounted, hanging, stacking or fixed installation. Glass is an option, not a universal requirement.
Yes. Glass installation can be reviewed according to the glass condition, display size, cable route, support method and maintenance access.
Yes. Project-specific suspension structures can be reviewed for indoor exhibitions, showrooms and creative spaces. Loads, attachment points, cable routing and maintenance access must be engineered for the site.
The finer configurations provide stronger detail than larger-pitch transparent LED screens, but the best distance depends on pitch, content, screen size and lighting. Critical close-viewing projects require a content and site test.
The finished hanging and mobile systems list IP20; the retained indoor module platform lists IP43; the new COB platform lists IP62. These are separate configurations. None of those references alone establishes suitability of the complete display for exposed rain. Review protected glazing projects separately and use a dedicated outdoor product for exposed installations.
High-contrast animation, floating product visuals, large logos, digital art, simple messages and content designed around the visible background work best.
Avoid dense documents, small text, complex charts, fine technical drawings, detailed menus and low-contrast video.
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.
Please provide screen dimensions, installation method, viewing distance, site photos or drawings, background and lighting conditions, content type, cable and power locations, quantity, budget, schedule and shipping destination.
It uses flip-chip COB packaging on a flexible perforated PCB with clear encapsulation over the emitting sites. It remains in the Holographic Transparent LED Display family; its model specifications are separate from conventional packaged LED systems.
No. COB holographic modules use a perforated PCB, while the COB flexible film platform uses a transparent PET carrier. They belong to different existing product categories and have different dimensions, pitch ranges and installation requirements.
No. P3.91 identifies nominal pixel spacing, not one universal product. Finished systems, the retained 250 × 1000 mm COB configuration and the new 250 × 1500 mm COB module format have separate dimensions, power, brightness and protection references.
No. The light transmission of a clear encapsulation material is a different measurement from the visual transparency of the complete display. Use the selected model’s whole-screen transparency reference when comparing configurations.
A mobile format requires a stable support, suitable casters and a safe power and signal arrangement. Confirm the operating procedure with the finished-system design; do not assume every freestanding installation is approved to move while energized.
Send us the screen dimensions, viewing distance, installation method, site photos or drawings, content type, background and lighting conditions, controller requirement, cable route, quantity, budget and schedule.
We will compare conventional LED and COB holographic configurations, recommend a pitch and installation format, and review the complete screen, power and controller requirements.
For a true optical hologram, this product is not the correct technology. For a stable, bright and transparent LED-based floating visual effect, it can be a strong premium indoor solution.
Please share your application, display size, quantity and project background. We will review the most practical display direction.
