H_2XDP1.1 INPUT CARD | Carte d'Entrée Dual DisplayPort 1.1 Novastar H | HD/UHD

The H_2XDP1.1 INPUT CARD is a professional-grade expansion module designed specifically for the Novastar H-Series modular video wall processors (H2, H5, H9, and H15). Featuring two independent DisplayPort 1.1 input ports, this card allows for high-bandwidth digital signal processing, making it an essential component for high-end LED screen installations. It supports a wide range of HD and UHD resolutions, ensuring that your content maintains peak pixel integrity from source to screen.

Built for demanding environments, this input card excels in handling complex graphics and data visualization. Its primary advantage lies in its ability to support mosaic stitching, where two inputs are combined to drive ultra-high-resolution canvases. With the H-Series' signature sub-millisecond low-latency processing, the H_2XDP1.1 ensures that high-refresh-rate content remains fluid and perfectly synchronized across large-scale pixel pitches or fine-pitch UHD LED walls.

Uncompromising Signal Quality for Professional LED Systems

As a technical expert at Pixelight, I recommend the H_2XDP1.1 for environments where signal purity and stability are non-negotiable. Unlike standard HDMI inputs, DisplayPort 1.1 offers a robust locking connector and superior EMI shielding, which is critical when integrated into large-scale racks or control rooms.

High-Performance Image Processing

This module leverages the full power of the Novastar H-Series architecture. It seamlessly handles high-bit-depth signals, preserving the contrast ratio and color accuracy of your LED panels, whether you are using traditional SMD (Surface Mounted Device) technology or high-protection GOB (Glue on Board) modules. Key technical advantages include:

• Ultra-Low Latency: Sub-millisecond processing ensures that interactive displays and live broadcasts remain perfectly in sync.
• Dual DP 1.1 Architecture: Each port operates independently, providing the flexibility to manage multiple workstations or redundant signal paths.
• Hot-Swappable Reliability: The card can be replaced or added without powering down the chassis, ensuring 24/7 uptime for critical operations.
• Advanced Splicing: Specifically designed to facilitate "Mosaicing," allowing users to span one giant desktop across multiple 4K controllers.

Versatile Deployment Scenarios

The H_2XDP1.1 Input Card is engineered for versatility across several high-stakes industries:

• Control Rooms & NOCs: Effortlessly integrate various monitoring workstations and data feeds into a unified video wall with high legibility.
• Broadcast & Virtual Production: Ideal for feeding high-resolution backdrops into LED volumes where low latency is required to sync with camera shutters.
• Corporate Boardrooms: Facilitates high-end presentations from professional workstations, supporting the wide aspect ratios often found in modern executive suites.
• Live Events & Large Arenas: Used in conjunction with media servers to manage massive pixel canvases across different screen sections, ensuring a seamless visual experience for the entire audience regardless of the viewing angle.
• Retail Excellence: Drives high-contrast UHD content for luxury flagship stores using GOB technology for close-up viewing.

Technical Integration and Best Practices

To maximize the performance of your H_2XDP1.1 Input Card within a Novastar H-Series environment, our technical team suggests the following:

• Cable Selection: Use certified DisplayPort cables under 5 meters to maintain signal integrity for UHD resolutions. For longer distances, consider active optical cables (AOC).
• Resolution Management: While DP 1.1 supports high bandwidth, ensure your graphics card output matches the EDID settings of the H-Series to prevent frame dropping or refresh rate mismatches.
• Thermal Management: Ensure the H-Series chassis has adequate airflow, as high-resolution processing generates heat. The modular design of these cards aids in heat dissipation.
• Viewing Distance Strategy: When using this card to drive fine-pitch LEDs (P0.9 - P1.5), utilize the H-Series internal scaling to match the content precisely to the physical pixel count of the display.