LYNX Technik, provider of modular signal processing solutions for broadcast, post, and professional AV will showcase its latest signal processing solutions at BroadcastAsia 2026 on booth 5E4-6. The company’s Asia Pacific team will be onsite to discuss signal processing workflows for live events, broadcast production, and fiber connectivity.
At the show, LYNX Technik will highlight its range of yellobrik solutions, including the award-winning yellobrik CDE 1922 SDI <> IP converter, and the Company’s latest high-density 4-channel fiber transport solutions designed to simplify signal transport and connectivity in modern production environments.
The CDE 1922 yellobrik provides a seamless bridge between SDI and IP workflows, moving video and audio between SDI and SMPTE ST 2110 networks while supporting up to four simultaneous HD video streams. The compact module supports uncompressed video, audio, and ancillary data, along with full SMPTE ST 2022-7 seamless protection switching for redundancy. Built-in NMOS support for IS-04, IS-05, and IS-08 simplifies device discovery, registration, and connection management in IP-based environments.
LYNX Technik will showcase its latest generation of 4-channel 12G-SDI fiber converter yellobriks for delivering higher signal density in the compact yellobrik form factor. Available in both 3G-SDI and 12G-SDI versions, the solutions help broadcasters move more signals over fiber. They also simplify deployment in mobile production, live events, stadiums, campuses, broadcast facilities, and OB vans where space, weight, and cable infrastructure are critical considerations.
Like all yellobrik modules, the new models can be used as standalone units or integrated into the RFR 1200 rack frame to take advantage of redundant power options. Their robust construction and straightforward deployment make them ideal for both permanent installations and temporary field applications.
Visitors can meet with the LYNX Technik Asia team at booth 5E4-6 during BroadcastAsia 2026 to discuss solutions for live production, IP migration, fiber transport, and signal processing workflows.
