Aluvision’s Hi-LED series is engineered for modular integration, pairing standardized LED panels with structural framing for applications ranging from broadcast studios to temporary event spaces. The system is built around a fixed panel size and a range of pixel-pitch options, with the design positioned as both a display product and a building component. The focus is on alignment, installation speed and maintenance access.
The series centers on a 19.53-inch by 19.53-inch by 2.17-inch LED panel. That fixed footprint is intended to keep physical alignment precise when units are assembled into walls, ceilings or floors.
Indoor versions are offered at 2.5 mm and 1.9 mm pixel pitch with CrystalView technology and high flatness. An outdoor version uses a 3.9 mm pitch and a lightweight design intended for stability, while the 1.9 version employs 4-in-1 IMD technology and is rated at 1,000 nits.
| Product type | Pixel pitch | Key technical features |
|---|---|---|
| Indoor version | 2.5 mm / 1.9 mm | CrystalView technology, high flatness |
| Outdoor version | 3.9 mm | Lightweight design, stable construction |
| 1.9 version | 1.9 mm | 4-in-1 IMD technology, 1,000 nits brightness |
Hi-LED is designed as part of a modular building system rather than a stand-alone screen. Magnetic positioning pins and a quick-lock mechanism support tool-assisted installation, increasing on-site assembly efficiency, and the panels allow both front and rear maintenance to reduce operational complexity.
The system also supports more complex configurations:
For broadcast studios and other high-image-quality environments, the 1.9 version’s 4-in-1 IMD technology is intended to support color performance and brightness control. The series can be packed in dedicated flight cases for rental and touring work, where transport safety and durability are key requirements.
The fixed panel dimensions and locking system are intended to let the display integrate with compatible modular frames. Project teams evaluating installation feasibility need to confirm frame compatibility and panel dimensions during planning.
Aluvision’s Hi-LED series is engineered for modular integration, pairing standardized LED panels with structural framing for applications ranging from broadcast studios to temporary event spaces. The system is built around a fixed panel size and a range of pixel-pitch options, with the design positioned as both a display product and a building component. The focus is on alignment, installation speed and maintenance access.
The series centers on a 19.53-inch by 19.53-inch by 2.17-inch LED panel. That fixed footprint is intended to keep physical alignment precise when units are assembled into walls, ceilings or floors.
Indoor versions are offered at 2.5 mm and 1.9 mm pixel pitch with CrystalView technology and high flatness. An outdoor version uses a 3.9 mm pitch and a lightweight design intended for stability, while the 1.9 version employs 4-in-1 IMD technology and is rated at 1,000 nits.
| Product type | Pixel pitch | Key technical features |
|---|---|---|
| Indoor version | 2.5 mm / 1.9 mm | CrystalView technology, high flatness |
| Outdoor version | 3.9 mm | Lightweight design, stable construction |
| 1.9 version | 1.9 mm | 4-in-1 IMD technology, 1,000 nits brightness |
Hi-LED is designed as part of a modular building system rather than a stand-alone screen. Magnetic positioning pins and a quick-lock mechanism support tool-assisted installation, increasing on-site assembly efficiency, and the panels allow both front and rear maintenance to reduce operational complexity.
The system also supports more complex configurations:
For broadcast studios and other high-image-quality environments, the 1.9 version’s 4-in-1 IMD technology is intended to support color performance and brightness control. The series can be packed in dedicated flight cases for rental and touring work, where transport safety and durability are key requirements.
The fixed panel dimensions and locking system are intended to let the display integrate with compatible modular frames. Project teams evaluating installation feasibility need to confirm frame compatibility and panel dimensions during planning.