LYNX Technik Expands Series 5000 Platform With 12G-SDI Frame Synchronizer And Audio Processing Cards

LYNX Technik is expanding its popular Series 5000 platform with three new 12G-SDI cards. The new cards provide reliable signal handling and advanced audio processing capabilities, helping customers smoothly transition to 12G-SDI infrastructure.
The new lineup includes:
- PVD 5400 O – 12G-SDI Frame Synchronizer
- PDM 5248 UO DO – 12G-SDI Digital Audio Embedder/De-Embedder
- PDM 5348 O – 12G-SDI Analog Audio Embedder/De-Embedder
Each card features an integrated optical SFP cage for fiber I/O and full compatibility with LYNX Centraal, the company’s software platform for centralized control, monitoring, and firmware updates.
The PVD 5400 O is a single-channel 12G-SDI frame synchronizer built for Television Broadcast. The card supports up to 30 frames of video delay and re-embeds all audio channels after synchronization making it well suited for studio timing correction, live production, or signal feed management.
The PDM 5248 UO DO and PDM 5348 O cards provide flexible audio embedding and de-embedding for digital (AES) and analog audio sources. Both modules support full audio processing per channel, an integrated audio mixer, and up to 32 frames of audio delay. A built-in test pattern generator ensures a valid SDI signal for embedding even when no active input is present, which is ideal for testing, troubleshooting and transporting audio in a broadcast friendly format.
These cards are a smart addition for studios and facilities upgrading to 12G-SDI, offering control via LYNX Centraal and seamless integration with the Series 5000 ecosystem. They serve as drop-in replacements for existing installations and provide a simple path to higher bandwidth video without disrupting workflows.
You might also like...
Monitoring & Compliance In Broadcast: File Based Monitoring In Production Systems
File based monitoring tools sit at the heart of broadcast workflow. As production requirements evolve to embrace remote production and multi-site teams, such systems must also evolve to meet the new challenges.
Building Software Defined Infrastructure: Ground To Cloud
New efficient and flexible workflows like remote production and multi-site teams mean using IP to transport media between sites, and this brings its own challenges to flexible infrastructure design.
Microphones: Part 10 - Mid-Side (M-S) Recording And Processing
M-S techniques provide useful sound-field positioning and a convenient way to check mono compatibility. We explain the hard science behind this often misunderstood technique.
Building Software Defined Infrastructure: Asynchronous & Synchronous Media Processing
One of the key challenges of building software defined infrastructure is moving to a fundamentally synchronous media like video to an asynchronous architecture.
Monitoring & Compliance In Broadcast: Monitoring Cloud Infrastructure
If we take cloud infrastructures to their extreme, that is, their physical locality is unknown to us, then monitoring them becomes a whole new ball game, especially as dispersed teams use them for production.