MX SERIES 1X ST2110 (100G) CARD | Carte d'Entrée Broadcast IP 100G Novastar MX | 8K Non-Compressé

The Novastar MX Series 1x ST2110 (100G) Input Card is the definitive solution for high-end IP broadcast and 8K video integration. Designed specifically for the MX40 Pro and modular MX Series processors, this card leverages a massive 100 Gigabit Ethernet link to handle uncompressed 8K video streams or multiple 4K HFR (High Frame Rate) feeds. By adhering to the SMPTE ST 2110 standard, it ensures flawless separation of video, audio, and ancillary data, providing the ultimate signal integrity required for mission-critical visual environments.

Built for professionals who refuse to compromise on image fidelity, this card eliminates the artifacts and latency associated with compression. Its hot-swappable architecture allows for seamless integration into existing infrastructures, providing a future-proof gateway to 8K resolution. Whether you are managing complex LED volumes or high-density broadcast displays, this module delivers the bandwidth necessary to drive next-generation visual experiences with zero signal degradation.

Broadcast-Grade IP Integration for LED Systems

As LED display technology evolves toward smaller pixel pitches and higher resolutions, the demand for massive bandwidth becomes critical. The MX Series ST2110 (100G) card addresses this by utilizing the SMPTE ST 2110 suite of standards. Unlike traditional SDI or HDMI inputs, this IP-based card allows for uncompressed 8K workflows, preserving every bit of color depth and detail from the source to the LED pixels.

High Refresh Rate and Low Latency Performance

In high-end virtual production (VP) or XR stages, maintaining a high refresh rate and low latency is vital to avoid moiré patterns and flickering. This card facilitates ultra-low latency processing within the Novastar MX ecosystem. By bypassing traditional compression algorithms, it ensures that the metadata and sync timing (PTP) remain perfectly aligned, crucial for GOB or SMD LED walls that require precise frame synchronization.

Reliability and Thermal Management

Designed for 24/7 operation, the 100G card features robust thermal dissipation and industrial-grade components. The card supports hot-swapping, allowing for maintenance without powering down the entire processor rack—a key feature for live broadcast and command center reliability where uptime is non-negotiable.

Versatile Applications in Professional AV

The MX Series 1x ST2110 (100G) Card is engineered for environments where image quality and data speed are the highest priorities:

• Broadcast Studios: Seamlessly integrate into modern IP-based TV galleries for 8K newsroom backdrops and high-resolution weather segments.
• Virtual Production (XR): Provide the necessary bandwidth for uncompressed real-time rendering from media servers to LED volumes, essential for film and commercial production.
• Command & Control Centers: Monitor high-density data visualizations and surveillance feeds across massive LED canvases with zero latency and pixel-perfect clarity.
• Large-Scale Events: Power massive 8K LED screens at sporting events or concerts where High Frame Rate (HFR) content is required to capture fast-moving action without motion blur.
• Corporate Flagships: Deliver breathtaking 8K branded content in luxury retail or corporate lobbies using SMD or GOB displays for a premium viewing experience.

Technical Integration & Optimization

To maximize the performance of the ST2110 (100G) card, our engineering team recommends the following technical considerations:

• Network Infrastructure: Ensure your network backbone consists of high-quality QSFP28 modules and fiber optics capable of sustained 100Gbps throughput to prevent packet loss.
• PTP Synchronization: A Grandmaster clock is essential for SMPTE ST 2110 environments to ensure all media streams are perfectly synchronized across the LED processor outputs.
• Controller Configuration: Utilize the VMP (Vision Management Platform) to map your uncompressed 8K canvas efficiently across the available LED cabinets.
• Maintenance: Periodically check SFP temperatures via the software interface to ensure the high-bandwidth processing isn't exceeding thermal limits in high-density rack installations.
• Bit Depth: Leverage the full 10-bit or 12-bit color depth capabilities allowed by the uncompressed stream to enhance the contrast ratio and grayscale of your LED wall.