Novastar H9 | Contrôleur LED Modulaire 8K+ | Capacité Ultime et Zéro Latence

The Novastar H9 is a premier modular video wall processor designed for massive-scale LED display configurations. Engineered by Pixelight's technical experts, this flagship controller offers sub-millisecond latency and a capacity of up to 65 million pixels (104 million over fiber) across 15 input and 5 output card slots, making it the industry standard for 8K+ resolutions. Its modular architecture allows for seamless integration of various I/O cards, ensuring your LED wall achieves maximum performance regardless of complexity. By eliminating frame delays, the H9 ensures a perfectly synchronized visual experience across expansive surfaces.

Built for resilience, the H9 features full redundancy for power and signal modules, catering to mission-critical environments. Whether you are managing complex layer layouts or requiring pixel-perfect scaling, this processor delivers unmatched processing power. It is the ultimate solution for high-end projects where visual integrity and 24/7 reliability are non-negotiable requirements for international broadcast and large-scale event standards.

Global Standard in LED Processing Technology

As a leading wholesaler, Pixelight recommends the Novastar H9 for integrators demanding the highest tiers of video processing. This unit isn't just a sender; it is a comprehensive video wall splicer. The H9 utilizes advanced FPGA processing to handle vast pixel densities while maintaining a high refresh rate and deep color depth, essential for eliminating moiré patterns in broadcast settings.

High-Capacity Modular Architecture

• Signal Integrity: Supports high-bandwidth inputs including 12G-SDI and HDMI 2.1, ensuring signal purity for SMD and GOB LED displays with tight pixel pitches.
• Sub-millisecond Latency: Critical for xR stages and virtual production, reducing the lag between the source and the LED diodes to near-zero levels.
• Redundancy & Reliability: Features hot-swappable cards and dual-power supplies, crucial for maintaining contrast ratio stability and preventing blackouts in 24/7 control rooms.
• Advanced Layering: Supports dozens of independent 2K layers or multiple 4K/8K layers, providing granular control over viewing angles and screen real estate.

By integrating Genlock synchronization, the H9 ensures that every panel in a multi-screen setup refreshes simultaneously, providing a fluid motion experience that meets the most rigorous technical specifications.

And the source, upstream?

The H9 can stay on air if a card fails; the source has to make the same commitment. Kompass FX3 Pro manages primary / backup links between two machines and propagates the primary's configuration to the backup. Doubling the controller without doubling the PC leaves a single point of failure upstream.

Professional Deployment Scenarios

The Novastar H9 is versatile enough for both indoor and outdoor large-scale applications. Its high-capacity processing makes it the preferred choice for:

• Mission-Critical Control Rooms: Where 24/7 reliability and multi-window monitoring of data streams are essential.
• Broadcast and xR Studios: Providing the zero-latency performance required for real-time camera tracking and high-fidelity virtual backgrounds.
• Giant Stadium Screens: Driving massive SMD LED surfaces with high nits for daylight visibility and synchronized playback across multiple perimeter displays.
• Luxury Retail and Corporate Lobbies: Powering high-resolution GOB displays with fine pixel pitches that require sophisticated scaling and smooth transitions.
• Concerts and Live Events: Enabling complex visual shows with multiple layers and high-speed switching between live feeds and media servers.

Technical Optimization and Maintenance

To maximize the performance of your Novastar H9, Pixelight’s technical team suggests several key optimization steps:

• Thermal Management: Given the H9's high processing power, ensure the rack environment is climate-controlled to prevent thermal throttling of the internal components.
• Firmware Synchronization: Always ensure that the H9 firmware version matches the version of your receiving cards (e.g., Armor Series) to maintain stable communication and optimal refresh rate performance.
• Power Supply Stability: Use a dedicated UPS for the H9 to protect the modular backplane from voltage spikes, ensuring the longevity of the sensitive internal electronics.
• Fiber Connectivity: For long-distance transmissions between the H9 and the LED wall, utilize high-quality SFP+ fiber modules to prevent signal attenuation and maintain the high nits output and color accuracy of your display.
• EDID Management: Manually configure EDID settings when using 8K custom resolutions to ensure the source and controller recognize the pixel-to-pixel mapping accurately.