Novastar MCTRL660 PRO | Contrôleur d'Envoi HD | Genlock et Redondance

The Novastar MCTRL660 PRO is a professional-grade Full HD sending controller engineered for high-stakes LED display applications. As a dedicated sending box, it is designed to work seamlessly with external video processors and scalers, delivering a pristine signal to your LED wall. It accepts input signals up to 1920×1200@60Hz (DVI/HDMI) and drives up to 3.9 million pixels across its 6 Gigabit Ethernet output ports — 650,000 pixels per port at 8-bit — with ultra-low latency.

This controller is built for environments where failure is not an option. It features professional-tier hardware redundancy and Genlock synchronization, ensuring that high-resolution visuals remain perfectly aligned without tearing or flickering. Whether you are managing a high-contrast COB cinema screen or a high-brightness outdoor SMD billboard, the MCTRL660 PRO provides the stable backbone required for consistent, flicker-free performance in any professional AV workflow.

Professional Signal Integrity and Synchronization

As technical experts at Pixelight, we recognize that the MCTRL660 PRO is a vital link in the broadcast signal chain. Unlike entry-level controllers, this unit features a Genlock input, which is critical for synchronizing the Refresh Rate of the LED display with camera shutters in studio environments. This prevents the "rolling black bars" often seen during filming.

High-Density Pixel Management

With 6 Ethernet output ports, the MCTRL660 PRO offers superior bandwidth management compared to standard controllers. This allows for more granular control over the Pixel Pitch configuration, enabling the drive of high-resolution modules with high Gray Scale depth. Whether your cabinets utilize SMD (Surface Mounted Device) for wide viewing angles or GOB (Glue on Board) technology for enhanced physical protection and contrast, this controller ensures color accuracy and uniformity across the entire surface.

• Redundancy: Supports both controller-level and port-level redundancy for zero-downtime events.
• Image Quality: Supports 10-bit / 12-bit RGB inputs, maximizing the color gamut of premium LED diodes.
• Latency: Optimized for less than 1ms latency, vital for live IMAG (Image Magnification) and synchronization with audio systems.

Versatile Deployment Scenarios

The MCTRL660 PRO is a versatile powerhouse used across multiple sectors where visual precision is paramount:

• Broadcast & Film Studios: Thanks to Genlock, it is the preferred choice for virtual production and news sets using fine-pitch LED skins.
• Live Concerts & Events: Provides the reliability needed for massive touring stages, ensuring that high-brightness Nits output remains constant throughout the performance.
• Control Rooms: Reliable 24/7 operation for monitoring centers where high-resolution data visualization requires perfect 24/7 uptime.
• Rental & Staging: Its rugged 1U rack-mount design and quick configuration via the front-panel LCD make it ideal for fast-paced event setups and strikes.

From high-refresh-rate indoor displays to high-impact outdoor stage screens, the MCTRL660 PRO delivers professional-grade signal distribution for demanding international clients.

Technical Implementation & Optimization

To maximize the performance of your MCTRL660 PRO, we recommend the following professional practices:

• Genlock Alignment: When working in broadcast, always loop your house sync into the Genlock port to ensure the LED wall refresh cycle is locked to the camera's frame rate.
• Redundancy Logic: Utilize the 6 ports by creating a primary and backup loop. Connect ports 1-3 as primary and 4-6 as backup to ensure that if a cable fails, the Refresh Rate and brightness remain stable without interruption.
• Cable Management: Use high-quality Shielded Cat6e cables for distances up to 100m to prevent EMI interference, which can affect Nits consistency and signal stability.
• Configuration: Use the latest Novastar LCT software for advanced cabinet calibration to ensure uniform Contrast Ratios and seamless transitions between LED modules.