96inch Touch touch PCBA

96-Inch Infrared Touchscreen PCBA Module with High-Precision Multi-Touch Technology for Large-Scale Interactive Displays

This advanced infrared touch control board is engineered specifically for 96-inch interactive displays, offering unmatched precision, responsiveness, and durability. Designed for professional environments such as education, corporate meeting rooms, digital signage, and interactive kiosks, this PCBA module delivers a seamless user experience through cutting-edge infrared sensing technology that ensures no ghost points, no drift, and zero blind spots across the entire surface.

The core innovation lies in its exclusive multi-touch infrared system, which supports up to 40 simultaneous touch points—ideal for collaborative workspaces where multiple users need to interact without interference. Whether it’s group brainstorming sessions, classroom instruction, or large-scale presentations, the board maintains consistent performance regardless of how many fingers are on the screen at once.

Key features include ultra-fast response times under 5 milliseconds, ensuring immediate feedback when interacting with content. This makes handwriting, zooming, dragging, and tapping feel fluid and natural, enhancing productivity during real-time collaboration. Additionally, the board uses high-precision algorithms optimized for large screens, preserving image clarity, color vibrancy, and detail accuracy—even when displaying complex technical drawings or high-definition video content.

Built-in electromagnetic shielding protects against signal disruption from nearby electronic devices, making it suitable for use in busy offices, science centers, or exhibition halls. The compact design integrates all necessary components into a single USB-powered unit, simplifying installation while enabling data transfer via external peripherals like keyboards, mice, or flash drives. It also supports firmware updates directly through the same interface, improving long-term usability and adaptability.

To address thermal concerns common in large-format displays, an intelligent heat dissipation structure has been implemented using aluminum heat sinks and strategic airflow channels. This prevents overheating during extended operation, maintaining optimal performance and extending the lifespan of the module. Furthermore, lightweight materials reduce overall weight, facilitating easy mounting and transportation without compromising structural integrity.

Common applications include smart classrooms, interactive whiteboards, retail display solutions, museum exhibits, and industrial control panels. Its versatility allows integration into both fixed installations and mobile setups, catering to diverse needs across industries worldwide.

Users consistently praise its reliability in high-demand settings. One educator noted: “We’ve used this in our university labs for over a year, and the touch accuracy remains flawless even after thousands of interactions.” Another user in the corporate sector added: “The multi-user capability transformed our team meetings—it’s like having a digital workspace where everyone can contribute simultaneously.”

Q: Is this compatible with non-standard screen sizes? A: While optimized for 96-inch displays, it can be adapted to other sizes with proper calibration and custom frame integration. Q: How does it handle ambient light conditions? A: The infrared sensor operates independently of visible light, so performance remains stable whether indoors or in brightly lit environments. Q: Can it be mounted vertically or horizontally? A: Yes, the modular design supports flexible orientation based on installation requirements. Q: Does it require special drivers or software? A: No additional drivers needed—plug-and-play functionality via standard USB interface. Q: What is the expected lifespan under continuous use? A: With proper ventilation and maintenance, the module typically lasts 5–7 years of daily intensive usage.