H_2XRJ45 IP INPUT CARD | Carte d'Entrée Dual IP Novastar H | Vidéo sur Réseau

The H_2XRJ45 IP INPUT CARD is a professional-grade expansion module designed for the Novastar H-Series modular video wall processors, including the H2, H5, H9, and H15 chassis. This card facilitates the seamless integration of network-based video sources directly into your LED control system. Featuring two independent RJ45 ports, it allows for the simultaneous reception and decoding of high-definition IP streams, eliminating the need for external decoders or complex signal conversion hardware.

By leveraging standard Ethernet infrastructure, this input card overcomes the distance limitations of HDMI or SDI cabling. It supports major streaming protocols like H.264 and H.265, ensuring high-quality video reproduction with optimized bandwidth usage. Whether you are managing live security feeds, remote streaming encoders, or networked video conferencing systems, this card provides the low-latency processing required to maintain perfect synchronization on your large-format LED displays.

Network Convergence in LED Processing

In modern LED display architectures, the transition from point-to-point physical cabling to IP-based distribution is critical for scalability. The H_2XRJ45 IP INPUT CARD represents the pinnacle of this convergence, allowing the Novastar H-Series to act as a powerful network node. Unlike standard input cards, this module manages high-bitrate video streams arriving via LAN, which are then processed through the H-Series' internal FPGA backplane for high-fidelity output.

Decoding and Signal Integrity

• Codec Support: Advanced hardware decoding of H.264 and H.265 streams ensures that color depth and contrast ratios are maintained from source to screen.
• Latency Optimization: Engineered specifically for the H-Series, the card minimizes frame delay, a crucial factor for real-time monitoring and interactive live events.
• Hot-Swappable Design: Built for mission-critical reliability, the module can be swapped or added without powering down the chassis, ensuring zero downtime for your LED wall hardware.
• Dual Stream Management: Two dedicated RJ45 ports allow for redundant network paths or the ingestion of two distinct IP sources, providing versatility in complex signal routing environments.

Versatile Application Scenarios

The H_2XRJ45 IP INPUT CARD is an essential tool for environments where video sources are distributed across a wide area or centralized in a server room.

• Control Rooms & Security: Directly display multiple IP camera feeds on a UHD LED video wall for real-time surveillance without additional workstations.
• Corporate & Conference Centers: Easily integrate remote video conferencing streams and networked presentations via the existing building LAN.
• Broadcast & Live Events: Receive high-quality feeds from remote encoders or mobile units located far from the stage or studio, bypassing the need for expensive long-range SDI extenders.
• Retail & Digital Signage: Manage content delivery across large-scale LED installations using networked media players for simplified cable management.

Technical Implementation & Optimization

Integrating IP streams into an LED workflow requires careful network management to ensure a high refresh rate and stable image quality. Here are expert recommendations for the H_2XRJ45 IP INPUT CARD:

• Bandwidth Management: Ensure your network infrastructure supports Gigabit speeds. High-resolution IP streams can consume significant bandwidth; use dedicated VLANs for video traffic to avoid packet loss and stuttering.
• Source Compatibility: Verify that your IP cameras or encoders support RTSP, RTMP, or other protocols compatible with Novastar H-Series software (C-Series/NovaLCT).
• Maintenance: Periodically check for firmware updates for both the input card and the H-Series chassis to ensure compatibility with the latest streaming security protocols.
• Signal Routing: For the best viewing experience, ensure the stream resolution matches the pixel-to-pixel map of your LED cabinet configuration whenever possible to avoid scaling artifacts.