H2 Master Case - Product - Midwich

The NovaStar H2 Master Case is the foundational 2U modular chassis designed to serve as the "brain" of your LED control system. This professional-grade enclosure provides the power, processing backplane, and control interface needed to build a custom high-definition video wall controller.

By starting with the H2 Master Case, users can populate the unit with a mix of hot-swappable input and output cards, tailoring the hardware specifically to the scale and signal requirements of their project.

• Modular Foundation: A 2U rackmount chassis featuring 4 input slots and 2 output slots for complete configuration flexibility.
• Centralized Control: Built-in Master Control card managing all internal processing, scaling, and splicing functions.
• High-Capacity Backplane: Supports a massive loading capacity of up to 26.4 million pixels (standard) or 41.6 million pixels (with fiber cards).
• Web-Based Management: Features an integrated Browser/Server (B/S) architecture, allowing you to configure the system via any web browser on Windows, Mac, iOS, or Android—no software installation required.
• Industrial Reliability: Engineered for 24/7 operation with real-time hardware monitoring (temp, voltage, fans) and optional redundant power supply support.
• Multi-Screen Management: Capable of managing multiple screen groups with independent resolutions, all from a single master unit.
• Future-Proof Scalability: Easily upgrade your system by swapping or adding cards as your input sources (HDMI, DP, SDI, IP) or output needs evolve.

Technical Specifications

Chassis Size: 2U Rackmount 
Input Slots: 4 Slots (Cards sold separately)
Output Slots: 2 Slots (Cards sold separately)
Max Layers: Supports up to 32 layers total (depending on card configuration)
Control Interface: RJ45 Ethernet (Control & Preview)
Power Input: 100–240V AC, 50/60Hz
Operating Temp:   0°C to 45°C

Note: The H2 Master Case is an enclosure and control engine only. Input and output cards must be purchased separately to enable video signal processing.