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P6.25 LED Indoor Interactive Floor Tile Screen

Yose Display Ltd

Base Info

Description



Technical Parameters
 LED drive method and ICConstant current drive, 10-scan MBI512433Computer display model1024×768,1920X108034Refresh rate1920hz35Grayscale/Color8192 level 36Full screen brightness2500-3500cd/m2(adjustable)37Service lifeAbove 100000 hours38Display contentVideo DVD, VCD, TV, image, text, animation, and others.39Continuous trouble-free working time≥10000 hours40 interfaceStandard Ethemer network interface (Gigabit)41 Communication medium, control distanceMultimode fiber <500m, single mode fiber transmission <30km, Category 5 line <100m42 Protection technologyWaterproof, moisture-proof, dust-proof, anti-corrosion, anti-static, anti-lightning, also has over-current/short circuit, over-voltage, under-voltage protection43 softwareDedicated LED interactive floor tile video playback software

Intelligent interactive floor tile display system:

Traditional floor tiles can only display a predetermined image. In contrast, smart interactive floor tiles can generate corresponding changes in images and display them on the LED screen according to the movement trajectory of people or objects on the surface of the floor tile screen to achieve the interactive effect. The intelligent interactive floor tiles greatly increase the observability and entertainment of the floor tile screen.From a technical point of view, the intelligent interactive floor tile display system adds the "sensing subsystem", "sensing information collection subsystem", "sensing information processing subsystem", and "video processing subsystem" to the traditional floor tile system. "form.The "sensing subsystem" is located on the surface of the LED light board, which is mainly composed of sensors. The sensor layout density can be adjusted as needed to meet the sensing accuracy requirements of different applications;The setting of "Sensor Information Collection Subsystem" is located inside the interactive sub-controller, which collects the sensor information generated by the sensor subsystem and performs preprocessing; "Sensor Information Processing Subsystem" is located inside the interactive main control, and is responsible for protocol processing of the data that has been preprocessed by the interactive sub-control;"Video processing subsystem" is located on the computer side (higher hardware performance requirements), responsible for instant processing of video and pictures based on the information data generated by the interactive main control, generating interactive effects, and feeding back the image data to the main control to send , Displayed on the LED screen