NovaStar TU15 Pro (Player vidéo LED 4K x 2K - 4 Sorties RJ45)

The NovaStar TU15 Pro is a cutting-edge LED playback control processor designed specifically for high-definition indoor LED displays. As a flagship all-in-one solution, it integrates an Android-based operating system with advanced LED sending card capabilities. This eliminates the need for external media players, allowing users to run third-party applications directly on the hardware. With a loading capacity of up to 2.6 million pixels, it ensures seamless playback for fine-pitch LED walls, delivering exceptional visual performance.

Equipped with wireless screen mirroring and intuitive control interfaces, the TU15 Pro simplifies complex setups in corporate and commercial environments. Its flexible output scaling—supporting widths from 800 to 4,096 pixels—ensures that your content perfectly fits custom LED configurations. For professionals seeking a reliable, compact, and powerful controller to manage their indoor digital signage or interactive displays, the TU15 Pro offers the perfect balance of performance and ease of use.

Professional LED Integration and Control

At the core of the NovaStar TU15 Pro lies a sophisticated processing engine tailored for modern SMD and GOB LED technologies. In high-density indoor displays, maintaining a high grayscale at low brightness is critical; the TU15 Pro excels here, ensuring that even at lower nit levels, the contrast ratio remains sharp and images appear vivid without banding effects.

Stability and Signal Integrity

For high-refresh-rate panels, signal stability is paramount. The TU15 Pro features four Ethernet output ports that handle high bandwidth with minimal latency, supporting smooth motion playback vital for high-end retail and broadcast. Whether you are driving a standard SMD display or a robust GOB (Glue on Board) module for enhanced protection and wider viewing angles, this processor optimizes the pixel-to-pixel calibration to ensure color uniformity across the entire screen surface.

• Android 11 OS: Empowers the hardware with 4GB RAM and 32GB storage for smooth app execution.
• Seamless Scaling: Intelligent image scaling maintains aspect ratios and prevents pixel distortion.
• Audio Fidelity: Dedicated SPDIF and 3.5mm outputs allow for synchronized high-fidelity audio integration.

Versatile Deployment Scenarios

The NovaStar TU15 Pro is engineered for versatility across various indoor high-resolution applications:

• Corporate Boardrooms: Ideal for seamless wireless presentations and video conferencing on fine-pitch LED walls where high contrast and legibility are essential.
• Control Rooms: Reliable 24/7 operation for monitoring data visualizations and security feeds with high pixel density.
• Retail Signage: Transform luxury retail environments with interactive advertisements running directly from the on-board Android system.
• Education & Auditoriums: Simplify complex AV setups by using one device for both media playback and LED signal distribution.
• Exhibition Booths: A compact 1.12kg form factor makes it perfect for temporary event setups where space for rack equipment is limited but visual impact is a priority.

Technical Optimization and Maintenance

To maximize the lifespan and visual quality of your LED installation using the TU15 Pro, consider the following technical recommendations:

• Capacity Planning: Ensure your total pixel count does not exceed 2.6 million. For ultra-wide displays, utilize the flexible scaling feature to match the exact physical resolution of your pitch-specific cabinet layout.
• Power Stability: Use a regulated 12V DC power supply to prevent voltage spikes that could affect the internal 4GB RAM or 32GB ROM stability.
• Thermal Management: Despite its low 21W power consumption, ensure the unit is installed in a ventilated environment to maintain optimal processor speeds during high-refresh-rate playback.
• Wireless Connectivity: When using screen mirroring, ensure the local 2.4G/5G Wi-Fi environment is clear of interference to maintain a low-latency connection between the source device and the LED wall.