Because integrators often need to trigger presets, switch sources, or adjust visual parameters without using the native VMP (Video Management Pro) software, NovaStar developed an . This API allows third-party devices to communicate directly with the H Series to automate tasks and streamline operations. API Communication Methods & Protocols
The H-Series control card processes commands sequentially. Rapidly flooding the API with dozens of layer movements per second can cause commands to buffer or drop. Limit sequential API calls to a minimum interval of 50–100ms. Always Use Asynchronous Feedback
Below are conceptual examples demonstrating how to interact with the H Series API using Python and JavaScript. Example A: Triggering a Preset via Python (HTTP JSON API)
Q: How do I get started with the Novastar H Series API? A: To get started with the Novastar H Series API, register for a developer account, download the API SDK, read the documentation, and develop your application. novastar h series api
Reboot & basic control:
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Automate day/night brightness curves and inject custom EDIDs into input ports. 🛠️ Network Configuration & Connection Because integrators often need to trigger presets, switch
Update the layout data of an existing preset with the current screen configuration. 2. Layer and Source Control
"cmd": "set_brightness", "params": "screen_id": 1, "brightness_value": 85 Use code with caution. 🚀 Best Practices for Integration
Read available input lists and detailed input information. Signal Routing: Create and edit signal source playlists. EDID Management: Import EDID settings. D. Layer and Output Control Rapidly flooding the API with dozens of layer
The NovaStar H Series breaks the traditional mold of LED controllers by utilizing a modular, card-based design that combines video processing and display control into a single chassis. It is specifically engineered to handle fine-pitch LED displays, supporting massive pixel capacities.
If you want, I can: