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Indoor Series — LED Interactive Floor Tile Display
Tile Screen

Indoor Series — LED Interactive Floor Tile Display

Application Scenarios Concerts, music festivals, shopping-mall atriums, exhibitions, museums, immersive experience halls, brand pop-ups, stage runways and interactive digital art installations — anywhere high-traffic flooring must double as a dynamic, walkable display.

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Specifications

ModelIL-FR19|IL-FR26|IL-FR29|IL-FR39|IL-FR48
Pixel Pitch1.95 mm|2.604 mm|2.97 mm|3.91 mm|4.81 mm
Cabinet Resolution256*512|192*384|168*336|128*256|104*208
Module Size 250mm*250mm
Cabinet Size 500*500|500*1000mm
Load Capacity2 t/m²
Brightness≥600 cd/m²
Refresh Rate 3840Hz|7680Hz
MaintenanceFront
Max Power800 W/m²
Average Power300 W/m²
Common Specifications: Pixel density :262144 pixels/㎡| 147456 pixels/㎡| 112896 pixels/㎡| 65536 pixels/㎡| 43264 pixels/㎡;LED package:1515 | 1921;Cabinet weight:≤ 75 kg;IP rating:IP65;Viewing angle :160° | 140°;Lifetime:≥ 100,000 hours;Grayscale:16-bit Product Features: 1、High load capacity and anti-trampling structure. The panel uses high-strength tempered glass or a PC face mask combined with a die-cast aluminium cabinet and internal reinforced supports, delivering a maximum load of 1.5 to 3 tons per m². It comfortably withstands dense pedestrian traffic and even the rolling weight of heavy equipment. 2、Wear-resistant, anti-slip surface with high protection rating. The surface features a specialised matte and anti-slip treatment, delivering a high coefficient of friction and effective anti-glare performance. The overall protection rating typically reaches IP65 or higher — dust-, water- and oil-proof, impervious to everyday splashes and easy to clean. 3、Efficient thermal design for stable, long-run operation. To address the heat build-up common to ground-mounted installations, the floor tile display uses a raised base structure or a highly heat-conductive metal cabinet; select models feature heat-pipe dissipation, ensuring stable operating temperatures over extended runtime. 4、Immersive foot-to-screen interaction. Integrated pressure, infrared or optical sensor chips deliver millisecond-level response latency. Foot position and movement trajectory are captured with precision for real-time visual feedback effects such as "blooming footsteps" or rippling water reactions.