LYNX Technik Launches yellobrik PVD 1400 Compact 12G-SDI Frame Synchronizer
yellobrik PVD 1400 12G-SDI Frame Synchronizer.
LYNX Technik announces the release of the yellobrik PVD 1400 12G-SDI Frame Synchronizer, an essential tool in broadcast, post-production, and professional AV installations.
Designed to synchronize multiple signals from various sources (e.g. cameras, live feeds, character generators, and playback systems), the PVD 1400 aligns the signals that have varying delays to a common timing reference. Whether it’s synchronizing live or recorded video feeds in broadcast and ProAV production, or managing multiple asynchronous SDI sources in post-production, this new yellobrik allows users to work with different resolutions and frame rates.
The PVD 1400 features 12G-SDI support for resolutions up to 4K and UHD in 4:2:2 10-bit color sampling.
This new yellobrik utilizes LYNX Technik’s robust flywheel algorithms to handle low-quality asynchronous SDI sources and smooth out timing irregularities in the video signal. It aligns incoming video signals to a specified reference, such as a house sync or genlock, ensuring perfect timing and integration with other signals in the workflow. It also automatically extracts and delays embedded audio to ensure precise synchronization between audio and video, essential for a seamless viewing experience. The programmable output delay feature (up to 30 frames) allows users to delay the video output, so everything stays in sync, like matching it with audio or other video feeds, which is critical for high-quality video production.
The PVD 1400 is rack-mountable on the yellobrik rack using the optional RFR 1001 bracket or the RFR 1000-1 and RFR 1200 rack mounts, accommodating up to 14 yellobrik modules with power redundancy. The built-in tie-wrap feature ensures secure power connection to prevent accidental disconnection.
You might also like...
IP Security For Broadcasters: Part 9 - NMOS Security
NMOS has succeeded in providing interoperability between media devices on IP infrastructures, and there are provisions within the specifications to help maintain system security.
Automating HDR-SDR Conversion
Automation seems like an obvious solution but effective conversion involves understanding what the image content is and therefore what the priorities are for how it should look.
Building Software Defined Infrastructure: Virtualization Vs Microservices
How virtualization and microservices differ, and workflows where virtualization and microservices would be used or avoided in terms of reliability, flexibility and security.
IP Security For Broadcasters: Part 8 - RADIUS Network Access
Maintaining controlled access is critical for any secure network, especially when working with high-value media in broadcast environments.
Live Sports Production: Part 1 - New Sports Production Workflows
Welcome to Part 1 of ‘Live Sports Production’ - This new multi-part series uses a round table style format to explore the technology of live sports production with some of the industry’s leading system designers. It is a fascinating insight i…