In a studio environment, Video over IP fundamentally changes how signals are routed and managed. Traditional SDI studios rely on a central router, with every camera, replay device, graphics engine, and monitor physically connected to that router. Expanding such a system typically requires larger routers, more cabling, and careful signal planning.
An IP-based studio replaces this centralised routing with a network fabric. Devices connect to network switches rather than a monolithic router, and signals are routed logically using software control. This allows multiple studios to share resources more easily, enables rapid reconfiguration of production spaces, and supports scalable growth without wholesale infrastructure replacement.
From an operational perspective, the studio still functions as a live production environment with familiar roles and workflows. The difference lies beneath the surface: signal flow becomes more flexible, monitoring can be distributed, and capacity planning shifts from cable counts to bandwidth management.
Remote Contribution and Distributed Production
Remote production has been one of the strongest drivers for Video over IP adoption. As broadcasters increasingly integrate remote cameras, outside broadcasts, and off-site contributors, the ability to ingest and manage signals over IP networks becomes essential.
Video over IP enables facilities to treat remote sources as extensions of the studio rather than as exceptional cases. Signals can be received, routed, and monitored within the same logical framework as local sources. This approach supports distributed control rooms, shared production resources, and hybrid workflows where elements of a programme are produced in multiple locations.
In many real-world systems, this involves a combination of compressed contribution links for long-distance transport and uncompressed or lightly compressed IP workflows within the facility itself. The unifying factor is the network-centric mindset.
Post-Production Workflows and IP Thinking
Post-production has long operated within IP-based environments, particularly through shared storage systems, networked workstations, and collaborative editing platforms. The convergence of live production and post-production workflows has accelerated the adoption of IP concepts across the entire facility.
Video over IP encourages tighter integration between live production and post-production by aligning signal transport, monitoring, and media management with common network infrastructure. This supports faster turnaround times, more efficient resource sharing, and cleaner transitions between live and recorded content.
While live IP workflows focus on real-time essence transport, post-production continues to rely on file-based movement. Understanding the distinction between these two uses of IP is critical when designing modern broadcast systems.
SDI Distribution Versus IP Distribution
SDI Distribution
SDI systems are deterministic, physically simple, and highly reliable. Each signal travels down a dedicated cable with known characteristics. Faults are often easy to diagnose, and operational practices are well established. For many facilities, SDI remains an appropriate and cost-effective solution.
However, SDI systems scale poorly in environments with large numbers of sources, frequent reconfiguration, or high-resolution formats. Physical cabling density, router size, and infrastructure rigidity become limiting factors.
IP Distribution
IP distribution replaces fixed signal paths with logical routing over a network. This introduces complexity in network design, timing, and management, but enables far greater flexibility. Bandwidth can be increased incrementally, signal types can coexist on the same infrastructure, and resources can be shared across physical spaces.
The transition from SDI to IP is therefore not a simple upgrade, but a shift in engineering philosophy. Many facilities operate hybrid systems, combining SDI stability with IP flexibility where it adds genuine value.
SMPTE ST 2110: The Core Broadcast IP Standard
SMPTE ST 2110 is a family of standards that defines how professional media is transported over managed IP networks. Its defining principle is the separation of media essences. Video, audio, and ancillary data are carried as independent streams, synchronised using precision timing protocols.
Key components of the ST 2110 suite include:
- Uncompressed video transport
- Audio transport based on professional PCM standards
- Ancillary data carriage
- Synchronisation using Precision Time Protocol (PTP)
ST 2110 enables broadcasters to route audio independently of video, scale audio channel counts efficiently, and maintain precise timing across complex systems. It forms the backbone of many modern IP broadcast facilities and is widely supported by professional equipment manufacturers.
Blackmagic Design and Video over IP
Blackmagic Design has positioned itself as a provider of accessible IP broadcast tools, particularly around SMPTE ST 2110. Its approach focuses on enabling staged transitions rather than requiring fully IP-native facilities from day one.
Blackmagic’s IP-related products include:
- SDI-to-IP and IP-to-SDI converters supporting ST 2110
- Capture and playback hardware designed for IP workflows
- Monitoring and audio tools compatible with IP-based systems
These products allow facilities to integrate IP selectively, bridging existing SDI infrastructure with network-based routing. This approach is particularly relevant for broadcasters and production houses operating under budget constraints but seeking modern capability.
Broadcasters Using Video over IP
Video over IP has been adopted most visibly by large broadcasters, sports production companies, and new-build facilities. Many public broadcasters in Europe, North America, and parts of Asia have implemented ST 2110-based core infrastructures, particularly for UHD and HDR production.
Equally significant is the growing number of regional and specialist broadcasters adopting hybrid IP systems. These facilities often deploy IP for specific functions—such as inter-studio routing, remote production integration, or scalable audio handling—while retaining SDI where it remains practical.
The industry trend is clear: new facilities are increasingly designed with IP at their core, while existing facilities evolve gradually rather than through abrupt replacement.
A Practical Perspective
Video over IP is not inherently simpler than SDI. It demands new skills, closer collaboration between broadcast and IT disciplines, and careful system design. Its value lies in flexibility, scalability, and long-term alignment with modern production needs.
For broadcasters planning future growth, relocations, or hybrid production models, understanding Video over IP is no longer optional. It represents a structural shift in how media systems are conceived, built, and operated.