The SKAARHOJ ETH-SDI Link v2 is a professional Ethernet-to-SDI bridge that enables camera control and data transport over SDI workflows. It receives TCP/UDP control signals over IP and forwards them via SDI, allowing seamless integration of remote production systems without requiring a traditional ATEM switcher.
The SKAARHOJ ETH-SDI Link v2 is a professional Ethernet-to-SDI bridge that enables camera control and data transport over SDI workflows. It receives TCP/UDP control signals over IP and forwards them via SDI, allowing seamless integration of remote production systems without requiring a traditional ATEM switcher.
The SKAARHOJ ETH-SDI Link v2 is a powerful IP-to-broadcast interface designed to unify Ethernet-based control systems with traditional SDI production environments. It receives TCP or UDP camera control data over an IP network and converts it into SDI-compatible signals, enabling direct control of broadcast cameras through SDI infrastructure. This allows operators to manage cameras such as Blackmagic Design systems using SKAARHOJ control panels without the need for an intermediate ATEM switcher.
The device supports both SDI input and output functionality, enabling return video signal workflows while maintaining synchronized control data transmission. It can also merge control data from multiple Remote Control Panels (RCPs) into a single SDI feed, significantly reducing cable complexity and simplifying large-scale production setups.
Designed for remote production workflows, the ETH-SDI Link v2 enables camera control in locations where direct SDI cabling is impractical, making it ideal for distributed studio environments, OB vans, and live event production. Its PoE (Power over Ethernet) capability ensures simplified installation by delivering power and data over a single Ethernet connection, minimizing infrastructure requirements.
Built for professional reliability, the unit features a compact, rugged design suitable for demanding broadcast environments. It integrates easily into existing SDI infrastructures while extending control capabilities across IP networks.
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