LYNX Technik CDE 1923 converter bridges SDI and IP synchronization gaps
LYNX Technik has launched the CDE 1923, a bi-directional converter designed to bridge 3G-SDI and SMPTE ST 2110 IP production environments. The unit features dedicated reference input and output connections to synchronize traditional SDI equipment with PTP-based IP networks.
Key Takeaways
- Dedicated reference output generates Tri-Level Sync from SMPTE ST 2059 Precision Time Protocol signals
- Reference input allows SDI output to lock directly to a facility's local physical reference signal
- Unit supports upconverting input sync signals to Tri-Level Sync at higher frame rates
- Compact yellobrik form factor maintains the footprint of the previous CDE 1922 model
Why It Matters
The introduction of the CDE 1923 addresses a critical friction point in the industry's shift toward IP-based workflows: the synchronization of legacy baseband equipment with modern network protocols. By integrating PTP-to-sync conversion within a single bi-directional unit, LYNX Technik reduces the need for external master clocks or complex timing chains in outside broadcast trucks and studios. This hardware evolution supports the broader ecosystem's gradual migration to SMPTE ST 2110 without requiring a total forklift upgrade of existing SDI infrastructure. Watch for how competitors integrate similar PTP-aware reference ports into compact conversion hardware as broadcasters demand more streamlined hybrid signal paths.
In short
LYNX Technik has launched the CDE 1923, a bi-directional converter that bridges 3G-SDI and SMPTE ST 2110 signals. By integrating PTP-to-sync conversion, the unit resolves timing discrepancies between legacy baseband hardware and modern IP networks, allowing broadcasters to maintain hybrid production environments without requiring a complete infrastructure overhaul or complex external master clocks.
FAQ
What is the primary function of the LYNX Technik CDE 1923?
The CDE 1923 is a bi-directional converter that provides signal processing between 3G-SDI and SMPTE ST 2110, specifically designed to bridge the gap between baseband hardware and IP-based networks.
How does the CDE 1923 handle timing synchronization?
It features dedicated reference inputs and outputs. It can generate Tri-Level Sync from SMPTE ST 2059 PTP signals and allows SDI outputs to lock directly to a facility's local physical reference signal.
Does the CDE 1923 require a large footprint in a studio?
No, the unit maintains the compact yellobrik form factor, keeping the same footprint as the previous CDE 1922 model.
Why is this converter important for broadcasters?
It addresses the friction of migrating to IP-based workflows by allowing broadcasters to integrate modern SMPTE ST 2110 protocols with existing SDI infrastructure without needing a total forklift upgrade.
Read full article at tvnewscheck.com
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