Novastar H Series Api |link| Jun 2026
def send(self, cmd): self.sock.sendall((cmd + "\r\n").encode()) return self.sock.recv(4096).decode(errors='ignore')
The H Series primarily supports two communication interfaces for external control:
Q: What are the applications of the Novastar H Series API? A: The applications of the Novastar H Series API include digital signage, LED displays, smart buildings, and industrial automation. novastar h series api
def reboot(self): return self.send("REBOOT")
The serves as the primary programmatic gateway for control rooms, broadcast centers, and live events to automate and manage NovaStar’s flagship all-in-one video splicing processors . By utilizing an HTTP-based architectural framework running over JSON data payloads, the NovaStar H Series OpenAPI enables AV engineers and developers to move beyond manual web UI tweaks. This system replaces tedious configurations with automated software routines built into control ecosystems like Crestron, AMX, Q-SYS, and Bitfocus Companion. Core Architecture and Authentication def send(self, cmd): self
[Administrator Control Web UI] └── Settings ──> OpenAPI Management ──> [Add New Project] │ └── Generates: pId & secretKey
: Poll the connection status, resolution, and frame rate of active input signals. Layer and Window Control Layer Creation : Dynamically open windows on the video wall. Layer and Window Control Layer Creation : Dynamically
To adjust the screen brightness via the HTTP API, use a PUT request targeting the brightness endpoint:
Programmers can design bespoke interfaces on mobile or desktop platforms that interact directly with the H Series hardware.
As large-scale LED display installations become more complex and integrated into smart environments (broadcast studios, control rooms, and architectural installations), the need for automated control and centralized management has moved beyond basic handheld remotes. The Novastar H Series (including the H2, H5, H9, and H15 video processors series) provides an Application Programming Interface (API) designed for remote monitoring, configuration, and content management. This paper explores the technical architecture of the Novastar H Series API, communication protocols, command structures, and practical use cases for integrating these devices into broader control systems (such as Crestron, AMX, or custom software solutions).
