lightweight design

The weight of a single box/module is usually between 3-8kg, which can be easily carried and lifted by two people, greatly reducing the load-bearing requirements on the building structure.

Flexible fixing method

Lifting: The top should be suspended from the ceiling or crossbeam (reinforced with light steel keel).

Frame fixation: Embedded with pre installed aluminum alloy brackets, suitable for scenarios such as shop windows and curtain walls.

Pole support: The independent base stands upright on the ground, suitable for exhibition halls or stages.

No need for extensive drilling, reducing damage to the original building.

HDR effect enhancement

High brightness (over 1000nit) and high refresh rate → achieve true HDR dynamic display, with a 300% increase in brightness and detail levels

Intelligent energy balance

Automatic brightness adjustment: dynamically adjust power consumption according to ambient light (full power under strong light, reduced to 30% at night)

Refresh rate adaptive: static images are downscaled to 1920Hz, and videos are automatically upscaled to 3840Hz

No compromise on transparency

Special micro lens design: While increasing brightness by 30%, it maintains a transmittance of 70%~85%

Blackening treatment of LED beads: reducing the interference of screen self reflection on brightness

ultra-narrow bezelAviation grade aluminum alloy frame (1.8-3mm) without screw splicingAchieve a 97% screen to body ratio,
The image is like floating in the air

Invisible cable magnetic back panel hidden wiring groove completely eliminates the "spider web" style messy wiring

Thin body box thickness ≤ 25mm (the thinnest is only 12mm) with almost no presence when installed on walls/glass

Transparent texture micrometer level LED bead matrix (spacing P3~P10) presents a frosted glass texture when the screen is turned off

Physical permeability50%~75%85%~95%Micro seam structure design without bottom plate packaging

Visual transparency 65%~80%>90% Ultra black LED bead surface treatment Anti reflective coating

Uniformity of light transmission±15%±5%Nano scale light guiding particle distribution technology