H_2XFIBER INPUT CARD | Carte d'Entrée Fibre Optique Dual 10G Novastar H | Longue Distance

The Novastar H_2XFIBER INPUT CARD is a professional-grade expansion module designed specifically for the Novastar H Series video wall splicers (H2, H5, H9, and H15). This dual-port fiber optic input card is engineered to handle massive data throughput, supporting two 10G SFP+ optical inputs. It is the definitive solution for large-scale LED display systems where video sources are located far from the processor, effectively overcoming the distance limitations of traditional copper pipelines like HDMI or DVI.

By utilizing fiber optic technology, this card ensures the highest signal integrity with zero electromagnetic interference (EMI), making it perfect for high-denisity SMD or GOB LED installations requiring pristine image quality. Its hot-swappable architecture allows for seamless integration into the modular H-series chassis without system downtime. For international projects requiring ultra-low latency and 4K capability over kilometers, this card provides the robust reliability professional integrators demand for high-performance LED video walls.

Professional Fiber Optic Integration for H-Series

Advanced 10G Signal Architecture

In the world of high-end LED displays, maintaining a high refresh rate and bit depth across long cable runs is a technical challenge. The H_2XFIBER INPUT CARD addresses this by utilizing dual 10G SFP+ ports. Unlike traditional copper cables, these optical inputs support massive bandwidth, allowing for 4K resolution at high frame rates without signal degradation. This is critical for maintaining the high contrast ratio and color accuracy of premium SMD and GOB LED panels.

Reliability and EMI Immunity

One of the primary advantages of fiber optic technology in the LED industry is its total immunity to electromagnetic interference (EMI). In environments with heavy electrical equipment or stadiums with complex cabling, copper signals often suffer from noise that can lead to flickering or sync loss. By using fiber, Pixelight ensures a pure bit-stream from source to the H-series processor. Additionally, the card supports redundant link configurations, providing a fail-safe mechanism for mission-critical broadcasts and live events where system uptime is non-negotiable.

Versatile Deployment Scenarios

The H_2XFIBER INPUT CARD is designed for demanding environments where distance and signal purity are paramount:

• Stadiums and Sports Arenas: Perfect for connecting a central control room to perimeter LED boards or massive center-hung displays located hundreds of meters away.
• Corporate and Education Campuses: Distribute high-resolution video signals across multiple buildings or large auditoriums without signal loss.
• Large-Scale Concerts and Touring: Provides a robust, interference-free connection between the FOH (Front of House) video desk and the stage-side LED processors.
• Broadcast Studios and Control Rooms: Ideal for high-density SMD LED backdrops where ultra-low latency and 4K signal integrity are required for live television production.
• Retail Flagship Stores: Enables centralized content management for large-scale digital facades across vast commercial spaces.

Technical Implementation & Performance Optimization

To maximize the performance of your H_2XFIBER INPUT CARD, consider the following technical guidelines:

• SFP+ Compatibility: Always ensure you are using high-quality SFP+ transceiver modules (Single-mode or Multi-mode) that match your fiber optic cabling type to avoid packet loss.
• Signal Latency: The H-series ecosystem is optimized for sub-millisecond latency. To maintain this, avoid unnecessary signal conversions between the source and the fiber input.
• Cable Maintenance: Fiber optic connectors are sensitive to dust. Always clean the ferrules before insertion to prevent signal attenuation and ensure the best contact for high-bandwidth 10G data.
• Power Management: As a hot-swappable module, ensure the card is properly seated and locked in the chassis to maintain consistent power supply and grounding.
• Distance Planning: Use Single-mode fiber for runs exceeding 300 meters to maintain signal integrity over several kilometers.