MX_4XDP1.2 INPUT CARD | Carte d'Entrée Quadruple DisplayPort 1.2 Novastar | 4K Prêt

The MX_4XDP1.2 INPUT CARD is a high-performance expansion module designed specifically for the Novastar flagship modular controller series. This card provides four independent DisplayPort 1.2 input interfaces, allowing for high-density signal management within a single slot. It is an essential component for professionals requiring seamless integration of multiple 4K sources or complex graphical data streams onto large-scale LED video walls.

Engineered for reliability, each port supports high-bandwidth digital transmission, ensuring that high-resolution content is delivered with zero signal degradation. Whether you are managing a complex control room environment or a large-scale corporate event, this input card offers the flexibility to handle multiple PC sources or create massive video mosaics. Its hot-swappable design ensures easy maintenance and scalability without disrupting your existing LED display workflow, making it a cornerstone for advanced visual processing setups.

Professional Grade Signal Management and Processing

As experts in LED processing, Pixelight recognizes the MX_4XDP1.2 as a critical bridge between high-end graphics workstations and LED controllers. In the world of fine-pitch LED displays, maintaining signal integrity is paramount. This card utilizes the DisplayPort 1.2 standard to provide the necessary bandwidth for 4K resolutions, ensuring that your refresh rate remains stable and fluid, preventing motion blur or flickering on high-density SMD or GOB LED panels.

High Fidelity and Synchronization

Unlike standard HDMI inputs, DisplayPort 1.2 offers superior locking mechanisms and higher data rates, which are vital for maintaining a high contrast ratio and color depth across massive pixel canvases. The card supports advanced splicing (mosaicking) capabilities, allowing users to synchronize four distinct inputs into one cohesive ultra-high-definition image. When paired with high-end receiving cards, this module ensures that the grayscale performance and color accuracy of your LED wall are preserved from source to screen, meeting the demands of broadcast and high-end retail environments.

Versatile Applications for High-Resolution LED Walls

The MX_4XDP1.2 INPUT CARD is engineered for environments where data density and visual clarity are non-negotiable. Its ability to handle four simultaneous 4K streams makes it ideal for several key scenarios:

• Salles de Contrôle (Control Rooms): Monitor multiple data feeds, CCTV streams, and system diagnostics simultaneously with perfect pixel alignment on fine-pitch LED screens.
• Corporate Lobby Displays: Showcase ultra-wide brand content by splicing multiple 4K outputs into a single seamless canvas.
• Live Events and Broadcast: Integrate multiple media servers for complex stage backgrounds where high refresh rates are required for camera compatibility.
• Simulations and Training: Provide high-fidelity visual environments for flight or industrial simulations requiring low latency and high resolution.
• High-End Retail: Drive creative LED installations with varied content sources from a centralized rack-mount solution.

Technical Implementation and Optimization

• Source Synchronization: When utilizing all four ports for a single mosaic display, ensure all graphics card outputs are synchronized to the same frame rate to avoid tearing across the LED wall.
• Cable Quality: Always use certified DisplayPort 1.2 cables for distances under 5 meters. For longer runs, consider active optical cables (AOC) to maintain signal integrity and avoid bit error rates.
• Thermal Management: While the MX series features robust cooling, ensure the controller chassis has adequate ventilation, especially when fully loaded with high-density input cards.
• Software Configuration: Use the latest Novastar V-Can or NovaLCT software to configure the input resolution and EDID management for optimal pixel-to-pixel mapping, ensuring the viewing angle and clarity are maximized.
• Hot-Swapping: Although the card is hot-swappable, always secure the thumb screws to ensure a consistent ground connection and prevent ESD damage.