Novastar H2 Video Wall Splicer: Operation Guide And Detailed Explanation

Novastar H2 stands at the forefront of this visual revolution, representing the next generation of video wall splicer technology. This guide provides a clear, step-by-step walkthrough of its features and setup, helping you get the most out of your LED display system. From understanding the core functions to configuring your display and troubleshooting common issues, this resource covers everything you need to know.

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Novastar H2 is a sophisticated video wall splicer designed specifically for fine-pitch LED screens and complex display environments. At its core, it’s a powerful LED video processor that integrates both video processing and control capabilities into a single, streamlined unit. The H2 can function as a complete splicing processor or work alongside existing systems as a pure processor.

Built on a robust hardware FPGA system architecture, the H2 features a modular, plug-in design that allows for customized configurations through hot-swappable input and output cards. This video wall Controller supports an impressive range of input sources including HDMI, DVI, DP, VGA, CVBS, SDI, and IP, while delivering stunning 4K outputs with 10-bit video processing capabilities.

NovaStar H2 video wall splicer currently retails for approximately $500.

The Novastar H2 packs an impressive array of features that set it apart from conventional video processors. Let’s break down its core functionalities:

The H2’s modular architecture represents one of its most significant advantages. Users can configure the system with various input and output cards based on specific project requirements. This means you’re not paying for capabilities you don’t need while maintaining the option to expand functionality as needs evolve.

As a sophisticated LED video processor, the H2 supports 10-bit video source input and processing, HDR10 and HLG processing, and 4K high-definition inputs and outputs. The frame synchronization technology ensures all output connectors deliver images synchronously, eliminating issues like tearing or piecing, highlighting the H2’s role as a high-performance led video processor.

The H2 excels as a comprehensive video wall controller with capabilities for multi-screen and multi-layer management. Each screen can have its own output resolution, and the system supports irregular rectangle mosaic without limitations. The input source grouping management simplifies operation in complex multi-source environments.

The H2 adopts a B/S architecture, supporting cross-platform, cross-system access without requiring additional application installation. This web-based control enables real-time response and multi-user collaboration, significantly improving on-site setup efficiency. The system also provides comprehensive status monitoring for inputs, outputs, and hardware health.

Proper hardware setup is crucial for optimal performance of your Novastar H2 video wall splicer. Follow these steps to ensure a successful installation:

The H2 supports various input sources through specialized input cards. Connect your sources to the appropriate input card connectors:

• DVI, HDMI, SDI, CVBS, VGA, or DP inputs: Use corresponding cables or converter cables.
• IP camera sources: Connect to the Ethernet port of the H_2xRJ45 IP input card using Ethernet cables.

As a flexible led video processor, the H2 offers different output options based on your display requirements:

For LED Screens:

• Using H_16xRJ45+2xfiber or H_20xRJ45 sending cards: Connect Ethernet ports directly to the LED screen.
• Using H_4xfiber sending card: Connect OPT ports to a fiber converter, then to the LED screen.

For LCD Screens:

Using video output cards: Connect output card connectors to input connectors of the LCD splicing screen via video cables

Connect the power connector on the rear panel to an electrical outlet using the supplied power cord. The H2 supports 100-240V~, 50/60Hz power input.

As a comprehensive video wall controller, the H2 can be managed through two primary methods:

• Direct control: Connect the device Ethernet port directly to your control PC.
• Network control: Connect both the device and control PC to a router or switch for multi-user.

Preview Card Setup
For monitoring inputs and outputs:

• Ethernet monitoring: Connect Ethernet ports on the preview card and control card to the same switch.
• HDMI monitoring: Connect the HDMI connector of the preview card to a monitor for on-site viewing.

Once hardware connections are complete, configure your Novastar H2 for operation:

• Open a web browser on your computer
• Enter the device IP address in the address bar
• Use default credentials (username: “admin”, password: “admin”) to log in
• For security, change the default password after initial login

The H2 supports both LED and LCD screens with different configuration approaches:

• Select “Configuration” from the web interface to leverage the H2’s capabilities as a versatile led video processor.
• Click “New Screen” and enter a descriptive name
• Set rows and columns based on your screen structure
• Select the appropriate output card and drag it to the screen layout
• Click “Save” to apply settings

• Go to User > Advanced Synchronous System User Login
• Navigate to Settings > Screen Configuration
• Select communication port and configure sending cards
• Set receiving card quantities and sizes based on screen structure
• Draw connection lines between cabinets and send to hardware

• Follow similar steps as LED configuration through the web interface
• Enable LCD bezel compensation if necessary
• Set H Spacing and V Spacing values based on LCD edge width

Basic Operations Setup

• The H2’s intuitive interface as a Video Wall Controller allows users to add layers by dragging input sources from the Input Signal area to the editing area.
• Configure backgrounds (BKG) that don’t occupy layer resources
• Set up OSD (On-Screen Display) for text or image overlays
• Create presets to save current layer layouts for quick recall

The versatility of the Novastar H2 video wall splicer makes it suitable for numerous applications across different industries:

In military, security, and traffic management environments, the H2 serves as an ideal video wall controller for monitoring multiple data sources simultaneously. Its multi-layer capability allows operators to display critical information from various inputs on a unified display, while the preset function enables quick scene switching during emergencies.

Boardrooms, conference centers, and educational institutions benefit from the H2’s seamless switching capabilities as a reliable Video Wall Controller and high-quality image processing. The LED video processor ensures presentations, video conferences, and training materials are displayed with exceptional clarity across multiple screens.

Television studios, live events, and rental stages utilize the H2 for its reliable performance and advanced features like 3D support and HDR processing. The frame synchronization technology guarantees smooth, tear-free video playback essential for broadcast applications.

Shopping malls, retail stores, and public spaces employ the H2 to create engaging visual experiences. The preset playback function allows scheduled content rotation, while the web-based control simplifies remote management of multiple installations.

Application-Specific Features Table:

By following the setup and configuration guidelines outlined in this article, you can unlock the full potential of your Novastar H2 system, creating immersive visual experiences that engage, inform, and inspire your audience. As display technology continues to evolve, the H2 video wall splicer stands ready to meet future challenges while delivering exceptional performance today.