A modular direct-view LED (DVLED) platform engineered for permanent indoor video walls in retail, transportation, corporate and command-and-control environments.
Six pixel pitches, nine cabinet formats, precision die-cast aluminum construction and hard-connected HUB architecture support custom resolutions, accurate module alignment and stable extended-duty operation.
GX Pro spans 1.25–3.906 mm pixel pitches and nine cabinet formats built on a 250×250 mm module grid. The platform helps system integrators achieve the required active display dimensions, pixel resolution and aspect ratio with fewer custom fillers.
Precision die-cast cabinets, nine-point module support, direct power interfaces and hard-connected HUB boards help control Z-axis alignment, module seam consistency and internal connection reliability. Power/signal redundancy and capacitive touch are optional.
A common 250×250 mm module architecture supports P1.25 to P3.9 configurations. Portrait and landscape cabinet formats simplify cabinet mapping for custom canvas resolutions and non-standard aspect ratios.
The die-cast aluminum cabinet and nine-point module support structure help limit module deformation and maintain consistent Z-axis alignment across the display surface. Final seam quality depends on substructure tolerance, cabinet leveling, module alignment and calibration.
Three engineering details support system availability, simplified internal distribution and accurate alignment between mixed cabinet formats.
Optional dual power supplies and dual receiving cards can reduce single-point-failure risk where display continuity is critical.
The 500×250 mm cabinet supports dual receiving cards only; dual power supplies are not available.
Direct-mating power interfaces and hard-connected HUB boards reduce flying cables, connector count and internal wiring complexity.
Mechanical positioning columns register adjacent cabinet formats, improving inter-cabinet alignment and reducing on-site adjustment.
Designed for fixed installations that require accurate geometry, consistent image performance and front-service maintenance.
High-resolution digital canvases for storefronts, feature walls, flagship stores and brand experience centers.
Passenger information, wayfinding and advertising displays engineered for extended daily operating schedules.
Architecturally integrated LED walls for lobbies, boardrooms, briefing centers and corporate experience spaces.
Large-format digital media walls for atriums, concourses and mixed-use public areas.
Operational visualization walls requiring stable signal distribution, uniform image output and optional redundancy.
Capacitive-touch LED walls for interactive retail, digital exhibitions and information applications.
GX Pro indoor fixed DVLED installation deployed in a high-traffic transportation environment.
Combine portrait and landscape formats to optimize active display dimensions, native resolution, aspect ratio and supporting-frame layout.
The 500×750 mm cabinet is intended for the top row and is not designed for suspended installation. The 1000×250 mm format is manufactured as a single cabinet. Portrait formats use the same cabinet weight and power configuration as their landscape equivalents.
Six core parameters are shown for faster model comparison: pixel pitch, brightness, refresh rate, cabinet size, cabinet weight and power consumption. Verify the final approved technical submittal before ordering.
Swipe horizontally to compare models.
| Model | 1.25 | 1.5 | 1.9 | 2.6 | 3.1 | 3.9 |
|---|---|---|---|---|---|---|
| Pixel Pitch (mm) | 1.25 | 1.562 | 1.953 | 2.604 | 3.125 | 3.906 |
| Brightness (cd/m²) | 600 | 600 | 800 | 800 | 800 | 800 |
| Refresh Rate (Hz) | 3840 | 3840 | 7680 | 7680 | 7680 | 7680 |
| Cabinet Size (W×H×D mm) | 250×500×42 / 250×750×42 / 250×1000×42 / 500×250×42 / 750×250×42 / 1000×250×42 / 500×500×42 / 500×750×42 / 500×1000×42 | |||||
| Cabinet Weight (kg/panel) | 3.5–10.5, depending on cabinet size | |||||
| Power Consumption (Max/Avg W/m²) | 410 / 137 | |||||
UNIVIEW LED supports viewing-distance analysis, canvas-resolution planning, cabinet mapping, power and data architecture, production coordination and installation guidance for indoor fixed LED projects.
Pixel-pitch, native-resolution and brightness recommendations based on viewing distance, content type and active screen size.
Cabinet maps developed around target dimensions, aspect ratio, service access and supporting-structure tolerances.
Power loading, signal topology, control-system configuration and optional redundancy planning before production.
Export packaging, shipping coordination, technical documentation, remote installation support and commissioning guidance.
Six practical questions covering pixel pitch, brightness, camera performance, project cost, front maintenance and cabinet planning.
Choose pixel pitch from the closest regular viewing distance, screen size, content detail and target native resolution. GX Pro covers 1.25–3.906 mm. Finer pitches suit closer viewing and detailed text or graphics, while larger pitches are more economical for larger walls viewed from farther away.
Yes for most controlled indoor environments. GX Pro models are listed at 600 or 800 cd/m² depending on pixel pitch. Final brightness should be checked against ambient lighting, nearby glazing, reflections and direct sunlight rather than selected from the nominal value alone.
The 7680 Hz GX Pro models provide a strong starting point for camera-facing indoor LED applications. Final on-camera performance also depends on scan mode, receiving-card settings, camera frame rate, shutter speed, brightness and calibration. Test the actual camera workflow before final acceptance.
Indoor LED wall cost depends on pixel pitch, total screen area, cabinet map, control system, structure, power distribution, installation, freight and support. Finer pixel pitches generally increase pixel density and hardware cost. For an accurate GX Pro quotation, provide the active screen dimensions, viewing distance, project country, installation method and target resolution.
GX Pro is designed for front service, so routine module and cabinet maintenance can be carried out from the display face. A traditional rear service corridor is normally unnecessary, but the final installation must still provide safe access to external distribution equipment, controllers and cable terminations.
Yes. Nine cabinet formats share a 250 mm mechanical grid and can be combined in an engineered cabinet map. This helps system integrators optimize active display dimensions, aspect ratio and native resolution. Final cabinet orientation, structure, signal loading and service access must be confirmed before production.
We shall provide you with a detailed quotation within 24 hours of receiving your enquiry.
