Blackmagic Design has introduced the DeckLink IP, a new family of PCIe cards designed to facilitate 10-bit uncompressed video capture and playback in 2110 IP-based broadcast systems. The product addresses the need for secure, high-quality video integration into modern IP networks while maintaining compatibility with existing software workflows.
Secure Video Capture and Playback
The DeckLink IP cards incorporate frame buffer technology that functions as a video firewall, isolating the Ethernet port from non-video data. This security measure protects against unauthorized access or rogue software interference, ensuring the integrity of the 2110 IP network.
Compatibility and Flexibility
Available in June at US$345 per unit, these cards support multiple video channels, enabling simultaneous capture and playback. They are compatible with popular video formats such as Apple ProRes, DNxHD, and 10-bit uncompressed video, ensuring high-quality performance without format restrictions.
Model Variations
The DeckLink IP family includes three models: the HD model supports three channels via an RJ45 connection, the HD Optical uses SFP-based optical fiber Ethernet for three channels, and the /SDI HD variant connects to both 3G-SDI and 2110 IP systems with two channels each. All models support a range of video standards including 720p, 1080i, and 1080p up to 60 frames per second.
Compliance and Performance
The DeckLink IP cards adhere to the SMPTE ST2110 standard for IP video transport, synchronization, and data description. They feature a high-speed PCIe connection that supports low latency and precise time synchronization, making them suitable for use in both professional editing software like DaVinci Resolve and streaming solutions.
Automation and Integration
The cards integrate seamlessly with various broadcast automation systems on Mac and Windows platforms, including Tools On Air, Softron, Vidblaster X, Uniplay, and others. This compatibility allows for efficient management of broadcast tasks in both large networks and local stations.