H_16XRJ45+2XFIBER CARD | Carte d'Envoi Novastar H | 16 Ports Ethernet + 2 Ports Fibre

The Novastar H_16XRJ45+2XFIBER CARD is the definitive output solution for ultra-large scale LED displays. Specifically designed for the modular H-Series video wall processors, this high-density sending card serves as the critical link between high-performance video processing and professional LED tiles. With a loading capacity of 10.4 million pixels per card distributed across 16 Gigabit Ethernet ports (650,000 pixels per port at 8-bit) and 2 fiber optical outputs, it ensures seamless playback for complex visual architectures.

Built for reliability in high-stakes environments, this card supports sub-millisecond latency, preserving perfect synchronization across massive surfaces. Its hybrid output configuration provides unprecedented flexibility for cabling, allowing for high-density local distribution or long-distance transmission via fiber. Whether managing high-resolution indoor displays or expansive event screens, this hot-swappable module guarantees the stability and visual fidelity required by professional integrators worldwide.

State-of-the-Art Signal Distribution

Signal Integrity and High Refresh Rate Support

In the realm of professional LED infrastructure, signal stability is paramount. The H_16XRJ45+2XFIBER CARD is engineered to maintain high refresh rates (3840Hz and above) without flickering or frame loss, even when pushing the maximum pixel capacity. By utilizing high-quality SMD or GOB (Glue On Board) technology in your LED modules, this sending card ensures that the integrity of the grayscale and color depth is preserved from the processor to the driver ICs.

The Power of Hybrid Fiber and RJ45

While standard Ethernet cables are limited by distance, the dual SFP fiber ports provide a robust solution for installations where the control room is located far from the LED wall. This hybrid approach eliminates electromagnetic interference and signal degradation. Furthermore, the 16 RJ45 ports allow for granular control of pixel mapping, crucial for maintaining a high contrast ratio and uniform brightness across indoor fine-pitch screens where every pixel counts.

Reliability and Hot-Swappable Pro Architecture

Reliability in professional settings is non-negotiable. This card supports full redundancy loops. If a primary signal path fails, the backup fiber or Ethernet link takes over instantaneously. The hot-swappable design allows technicians to replace or upgrade modules within the H-Series chassis without powering down the entire system, ensuring 24/7 uptime for mission-critical displays.

Pro-Grade Installation Scenarios

The H_16XRJ45+2XFIBER CARD is the gold standard for large-scale indoor LED projects where failure is not an option:

• Control Rooms & Command Centers: Ideal for monitoring walls that require high-density pixel layouts and 24/7 operational stability.
• Corporate Lobbies & Retail Flagships: Powers massive architectural LED displays where wide viewing angles and high-contrast visuals are essential for brand storytelling.
• Concert Tours & Live Events: The go-to choice for rental professionals who need the long-distance transmission capabilities of fiber combined with the modularity of 16 Ethernet outputs for complex stage designs.
• Sports Arenas: Perfect for driving ultra-wide perimeter screens and central jumbotrons where synchronized, low-latency video playback is required for live action.

Technical Maintenance and Integration Tips

To maximize the performance of your H_16XRJ45+2XFIBER card, consider the following expert recommendations:

• Viewing Distance and Resolution: Ensure your pixel mapping correlates with the screen's pitch. For fine-pitch indoor displays (P0.9 to P1.5), use the 16-port density to minimize cable runs and reduce potential signal latency.
• Fiber Optics: When using the SFP ports, ensure you use high-quality single-mode or multi-mode modules that match your distance requirements to prevent packet loss.
• Power Supply Stability: While the card is hot-swappable, always ensure the H-Series chassis is connected to a stabilized power supply or UPS to protect the sensitive processing components.
• Controller Settings: Use the latest Novastar NovaLCT or V-Can software to configure your redundancy loops. Always test the backup path by disconnecting a primary cable during the commissioning phase.