The LED floor tile screen is an innovative digital ground display device that incorporates cutting-edge digital technology at its core. It features microcomputer full digital processing, advanced circuit protection equipment, and utilizes video synchronous control to achieve high-resolution and soft color display effects, seamlessly combining stage virtual scenery with interactive performances. It is equipped with a high-strength tempered glass cover and a sturdy die-cast aluminum alloy support structure. Specifically designed for ground display, the LED floor tile screen boasts excellent load-bearing and shockproof capabilities, with special designs in load-bearing capacity, protection performance, and heat dissipation to withstand high-intensity stepping and ensure prolonged normal operation.

While the video effects of LED floor tile displays are preset in the computer and involve simple output control without interaction with individuals on stage, the display method may appear monotonous. With the recent development of touch technology, interactive illuminated floor tiles have emerged, providing users not only visual enjoyment but also real-time visual effects that follow human movement, enhancing on-site engagement.

The key features of the LED floor tile screen include:

1. Quick and flexible installation: Can be installed tool-free or with guide rail installation.

2. High load-bearing performance: Aluminum alloy structure supporting up to 1.5 tons per square meter.

3. Excellent maintenance capabilities: Easy replacement without dismantling adjacent modules.

4. High-contrast design: Clear display effects with technical design face masks.

5. Outstanding low-brightness and high-gray effects: Uniform grayscale display with good consistency.

The technology principle of the full-color LED interactive floor tile screen involves a multimedia interactive system consisting of an image motion capture device, data transceiver, data processor, and LED floor tile screen. The image motion capture device captures and collects images and motion data of participants, while the data transceiver facilitates fast data exchange between motion capture devices. The data processor is the core component enabling real-time interaction between participants and various effects by analyzing and processing captured images and motion data, merging them with inherent data for combined processing.