Novastar ET16S-G(3A4) Media Server | Lecteur Multimédia Ultime | Capacité 12K+

The Novastar ET16S-G(3A4) represents the pinnacle of high-performance media processing, engineered specifically for large-scale LED display systems. As a flagship media server within the ET Series, this 3A4 variant drives 12 outputs at 5120 × 2880 @ 60 Hz, mosaicable into a canvas of up to 16,384 × 8,192 px — the ideal solution for ultra-high-resolution canvases where visual integrity is paramount. Whether you are driving fine-pitch indoor LED walls or high-brightness outdoor displays, this unit ensures seamless playback without frame drops or tearing.

Designed for professional workflows, the ET16S-G(3A4) features robust hardware designed to handle complex layers and high-bandwidth content. At Pixelight, we recommend this server for projects requiring flawless synchronization across multiple LED controllers. Its hardware decoding handles up to three 8K@60fps or twelve 4K@60fps streams simultaneously, with 12 mixing layers, allowing engineers to push the boundaries of creative visual design while ensuring every nit of brightness and every detail of the pixel pitch is utilized to its full potential.

State-of-the-Art Processing and Reliability

When dealing with high-density SMD or GOB LED displays, the quality of the source signal is as critical as the hardware itself. The Novastar ET16S-G(3A4) is built to deliver professional-grade signals that preserve the high contrast ratio and wide color gamut of modern LED panels. By maintaining high-bit-depth processing, it prevents banding and ensures smooth gradients across the screen.

High Refresh Rate and Synchronization

• Frame-Level Sync: Essential for multi-screen configurations to eliminate visual artifacts during high-speed motion.
• 12K+ Loading Capacity: Supports ultra-large resolutions with massive pixel density, ideal for 1.2mm to 1.5mm fine-pitch installations.
• GOB & SMD Optimization: The output signal is optimized to minimize moiré effects and enhance the visual clarity of both traditional SMD and protective GOB surfaces.

As French technical experts, Pixelight values the reliability of the 3A4 architecture. This server is not just a player; it is a comprehensive management tool that ensures your refresh rate remains stable at 3840Hz or higher at the panel level by providing a perfectly timed data stream. It handles hardware decoding efficiently, reducing CPU load and ensuring 24/7 operational stability in demanding environments.

Versatile Deployment Scenarios

The Novastar ET16S-G(3A4) is the engine behind some of the world's most ambitious visual installations. Its versatility makes it the preferred choice for several high-stakes environments:

• Immersive Control Rooms: Delivering crystal-clear data visualization and video feeds over massive 24/7 command center walls.
• Luxury Retail & Flagship Stores: Driving large-format LED displays with high-contrast content to capture consumer attention.
• Concerts and Live Events: Providing the 12K+ processing power needed for creative stage designs and ultra-wide backdrop screens.
• Corporate Lobbies & Studios: Perfect for XR (Extended Reality) or broadcast studios where high refresh rates are required to prevent flickering on camera.

Pixelight provides the technical support necessary to integrate this media server into any complex AV ecosystem, ensuring maximum uptime and visual impact.

Technical Optimization for Seamless Operation

To achieve the best results with your Novastar ET16S-G media server, our engineering team suggests the following best practices:

• Viewing Distance and Resolution: Align your content resolution with the physical pixel count of your LED wall. For fine-pitch screens (below 2mm), ensure your source files are rendered at high bitrates to avoid compression artifacts.
• Power Supply Management: Use a dedicated Uninterruptible Power Supply (UPS) to protect the ET16S-G hardware from voltage spikes, ensuring consistent performance.
• Thermal Regulation: Maintain the server in a temperature-controlled rack. Overheating can lead to GPU throttling, which may affect the refresh rate and frame delivery.
• Controller Setup: Use high-quality fiber optic or CAT6A cables for the data link between the server and the LED sending cards to minimize latency and EMI interference.