Novastar H Series Api -

Instantly recall complex screen configurations.

, designed for third-party control of video wall splicers (H2, H5, H9, and H15). 1. Core API Overview

Virtual canvases mapped to physical LED or LCD displays. Layers: Individual video windows placed onto a screen.

The H Series supports multiple communication methods to cater to different integration environments. novastar h series api

Mastering the NovaStar H Series API: A Comprehensive Guide to Seamless Video Wall Integration

Constantly polling an HTTP endpoint for status updates can strain the control board CPU. If available in your firmware version, utilize WebSockets for event-driven status updates (e.g., signal loss notifications).

The H Series architecture separates processing into three distinct layers: Instantly recall complex screen configurations

This paper is a technical synthesis based on publicly documented NovaStar specifications and common industry integration patterns. Always refer to the official manual for your exact firmware version.

For detailed command syntax and specific JSON structures, refer to the NovaStar H Series OpenAPI Instructions or the official H Series User Manual .

Typically port 5000 or port 6000 for TCP raw socket control (consult the specific firmware documentation for your chassis model, such as the H2, H5, H9, or H15). REST API Port: Standard HTTP port 80 or HTTPS port 443 . Key Capabilities of the H Series API Core API Overview Virtual canvases mapped to physical

Unlike legacy AV hardware relying strictly on low-level UDP packets or RS-232 hex strings, the modern NovaStar H Series API provides a structured REST-like environment. This makes integrations cleaner and highly resilient across distributed enterprise networks. Communication Standards : HTTP Default Method : POST Data Payload : JSON format

For environments where network reliability is a concern or for integration with legacy control systems, the NovaStar H Series also supports control via (though it may require a specific I/O add-on card). The exact serial commands are not widely documented in public sources, but they are known to be similar to the UDP JSON commands. This method provides a direct, physical connection that can be more reliable in electrically noisy environments. RS-232 is a proven, industry-standard fallback for critical control.

: The API allows for the dynamic manipulation of video layers. Users can adjust layerId , inputId (signal source), and cropId (signal cropping) programmatically.

For low-latency Crestron or Q-SYS control, raw TCP/UDP hex or string commands are often utilized. (Note: Exact string formats vary by firmware version; always consult your model's specific API document). javascript