Solid State Logic System T OSC support enables hardware-agnostic remote production

The addition of native OSC support significantly lowers the barrier for distributed broadcast teams by removing the requirement for proprietary hardware at every remote node. By allowing standard IP-based controllers to interface with the Tempest Engine, broadcasters can deploy smaller, task-specific 'throw-down' systems for venues where a full-size console is impractical. This move aligns with the broader industry shift toward decentralized production and software-defined control layers that prioritize interoperability over closed ecosystems. Watch for how this hardware-agnostic approach influences the adoption of the Tempest Control App in tier-one live sports and entertainment environments that require rapid, modular scaling.

Solid State Logic's System T platform operates in an increasingly competitive broadcast audio console market where IP-native architectures are becoming table stakes. The V4.3 update's OSC third-party control positions SSL against rivals like Lawo, which has long offered open-protocol integration through its mc² series and Home management platform. Lawo's mc² consoles have supported OSC and similar open protocols for years, and the company has emphasized software-defined control surfaces in recent product cycles. Meanwhile, Calrec's Type R system, which uses COTS hardware and Dante networking, targets the same remote and distributed production workflows that SSL is addressing with its Tempest Engine architecture. The broader remote production market continues to expand, driven by cost pressures and the need for centralized technical operations. According to industry reporting, the global remote production market is projected to grow from $2.1 billion in 2024 to over $5 billion by 2030, with broadcast audio mixing being a key component of distributed workflows. SSL's decision to embrace OSC aligns with this trend by reducing the capital expenditure required for each remote node. The company's existing customer base in live sports and entertainment, where multi-platform sports production workflows are common, provides a natural testbed for the new capability. From a technical standpoint, OSC support in System T V4.3 addresses a specific operational gap: the ability to control preamp gain and console parameters from lightweight, third-party hardware over standard IP networks without dedicated SSL control surfaces. This is particularly relevant for fly-pack and temporary installations where shipping full-size consoles is impractical. The Tempest Control App, which provides software-based control of the Tempest Engine, complements this by offering a tablet or laptop interface for engineers who need quick access to mix parameters. SSL's Net I/O stage boxes, which provide the audio I/O layer for System T deployments, benefit from this approach because they can now be controlled from a wider range of third-party devices, potentially increasing their deployment density across broadcast facilities.