Broadcast Facility

A software-based broadcast facility replaces dedicated, function-specific hardware with software applications running on standard COTS servers — where processing, routing, and control are allocated dynamically to match rapidly changing production needs. This architecture reduces hardware complexity, lowers long-term infrastructure costs, and enables facilities to adapt workflows in real time, often at the press of a button.

SDI is a point-to-point, hardware-defined signal chain — one cable per signal, fixed routing, limited scalability. ST 2110 is an IP-based standard that carries audio, video, and data as separate essence streams over standard network infrastructure, enabling many-to-many routing, software-defined workflows, and the flexibility to scale without re-cabling. For facilities planning the next decade, ST 2110 is the architecture of choice.

A phased migration approach is key. Lawo’s infrastructure supports hybrid SDI/IP environments, allowing facilities to transition incrementally — keeping existing workflows live while IP-based systems are validated alongside them. Our professional services team has guided organizations from single-room pilots to full facility overhauls, with zero tolerance for on-air disruption.

Lawo builds on open standards — ST 2110, AES67, NMOS, RAVENNA — ensuring your infrastructure remains interoperable with third-party systems and future technologies. VSM, our broadcast control system, is entirely vendor-agnostic by design: IP edge devices, audio consoles, video switchers, multiviewers, HOME Apps, and third-party devices from the majority of manufacturers on the market can all be orchestrated from a single, unified control layer.

In an IP-native facility, the ability to seamlessly integrate equipment from multiple vendors directly impacts operational flexibility and long-term cost. Lawo builds on open standards including ST 2110, NMOS, AES67, and RAVENNA, ensuring that today’s infrastructure investment lays the groundwork for tomorrow’s technology choices, regardless of which manufacturers or they involve.

Software-defined infrastructure on COTS servers significantly reduces CapEx on dedicated hardware, while Lawo FLEX subscription credits allow facilities to scale DSP, processing, and applications on demand — converting fixed infrastructure costs into flexible, predictable OpEx aligned with actual production needs.

Lawo’s HOME platform and software-based processing solutions scale horizontally. Adding capacity boils down to allocating additional licenses or FLEX credits, without replacing hardware. Facilities that start with a single control room can expand to multi-site networks without architectural changes to the core infrastructure.

Lawo’s software-defined architecture means new capabilities — AI-driven workflows, cloud integration, new transport formats — are delivered via software updates rather than hardware replacements. Investments made today remain relevant as the industry evolves, because the platform itself evolves with it.

Reliability is engineered at every layer: redundant signal paths, failover processing, and proven deployments at some of the world’s most demanding live broadcast facilities and events — from national public broadcasters to major live sports productions. Software-defined does not mean less resilient; it means resilience is configurable, not hardwired.

Lawo’s IP-native architecture decouples processing from control, enabling engineers to operate consoles, manage routing, and monitor signal flows from any location. Whether it’s a Remote Audio Control Room hundreds of kilometers from the venue or a self-op studio run from home, the performance across the network is always broadcast-grade.

Lawo’s systems are designed to abstract network complexity from the operator layer. Engineers work with familiar broadcast interfaces — consoles, panels, routing surfaces — while the underlying IP infrastructure is managed through intuitive tools like VSM and HOME. This reduces the learning curve without compromising the power of a fully IP-native environment. Lawo-validated network architectures and a large team of experts are here to help you navigate complexities that may pop up at certain stages.

To accelerate team readiness, the Lawo Academy offers structured training programs covering IP fundamentals, system operation, and workflow design — ensuring engineering teams can confidently operate and evolve their infrastructure from day one.

AI is moving from experimentation into operational deployment — primarily in metadata management, automated monitoring, signal quality control and error analysis. Lawo’s software-based infrastructure is designed to accommodate AI-driven workflows as they mature, enabling facilities to integrate intelligent automation into their existing core architecture.

From linear broadcast to OTT streaming, social media, and immersive audio delivery, Lawo’s infrastructure handles multi-format, multi-destination output within a single production environment via a unified control and orchestration layer.