SSL Converter Bridges ST 2110, Dante

Why It Matters

The bridge lets broadcasters protect Dante investments while transitioning to ST 2110, simplifying workflow integration and reducing latency across IP‑based facilities.

Key Takeaways

• SSL launches 1RU ST 2110‑Dante bridge at NAB 2026
• Supports 256 or 512 channels, upgradeable
• Includes NMOS IS‑04 discovery and IS‑05 connection management
• Redundant power and media networks ensure reliability
• Works with any console, retrofits existing installations

Pulse Analysis

IP audio has become the backbone of modern broadcast facilities, with SMPTE ST 2110 delivering synchronized video, audio and data over IP, while Dante remains the de‑facto standard for low‑latency, high‑quality audio transport. As broadcasters migrate to fully IP‑based infrastructures, the need to bridge these two ecosystems grows. Solid State Logic’s announcement at the 2026 NAB Show signals a strategic response to this convergence, offering a dedicated hardware solution that eliminates the need for custom software translators. The solution also aligns with the growing demand for plug‑and‑play interoperability across live and post‑production environments.

The Net I/O ST 2110 Bridge packs 256 or 512 channels into a 1RU chassis, with the smaller model upgradeable to the larger configuration and an optional sample‑rate converter. Built‑in NMOS IS‑04 discovery and IS‑05 connection management allow automatic device registration and routing, simplifying system integration. Redundant power supplies and dual‑network paths guarantee uninterrupted operation, a critical requirement for live broadcast environments. By supporting both ST 2110 and Dante streams in a single box, SSL removes latency penalties and reduces cabling complexity. Its compact footprint fits standard broadcast racks, easing physical integration.

From a business perspective, the bridge gives broadcasters a cost‑effective path to protect existing Dante investments while scaling to ST 2110‑centric production pipelines. It also opens doors for third‑party console manufacturers to offer SSL‑validated interoperability, strengthening SSL’s position in a competitive market dominated by software‑only converters. As more facilities adopt NMOS‑based orchestration, SSL’s early support may become a differentiator, driving adoption of its broader System T ecosystem. Ultimately, the product accelerates the industry’s shift toward fully IP‑native workflows, promising lower latency, higher reliability, and streamlined operations. Early adopters can expect faster rollout times and reduced engineering overhead.