Industry Insights: How camera systems are adapting to broadcast and digital production

Camera systems are being asked to serve more production models at once, from traditional broadcast environments to digital-first workflows that rely on smaller crews, remote control and faster turnaround. As image expectations rise across every platform, capture technology is evolving around larger sensors, improved color science, IP connectivity, automation and tighter integration with production and post.

In this Industry Insights roundtable, part of NCS’ multi-part series on Broadcast Studios & Systems, vendors and suppliers examine how cameras, lenses and capture systems are adapting to changing production demands.

The discussion looks at the growing role of PTZ and robotic systems, the balance between manual control and automation, how lens decisions affect workflow and where cinematic aesthetics can align with operational efficiency.

Key takeaways from this Industry Insights roundtable

• Cameras are connected: Participants described the camera as the starting point of a broader workflow, with synchronization, color management and post-production integration becoming central requirements.
• PTZ quality is rising: PTZ systems are gaining improved image quality, autofocus, motion control and integration with robotics and automation platforms.
• Robotics add consistency: Camera robotics are being adopted for cost efficiency, repeatability and reliability, especially in live and 24/7 production environments.
• Lenses affect operations: Lens choices influence not only image quality but also staffing, setup time, shot flexibility and how easily cameras can be repositioned or controlled.
• Cinematic looks require planning: Vendors noted that cinematic capture is increasingly possible in efficient workflows, but success depends on preparation around lighting, lenses, signal flow, color and control.

How are camera systems evolving to meet both broadcast and digital production needs?

Dave Hoffman, business development manager, Americas, Blackmagic Design: Audiences have become accustomed to cinematic visuals across every platform, so broadcasters are placing greater emphasis on larger sensors, wider dynamic range and more sophisticated color science. At the same time, workflow integration has become just as important as image capture itself. Modern camera systems are expected to synchronize easily with production and post environments and support collaborative workflows that extend beyond the physical location of the shoot. The camera is no longer viewed as an isolated device, but rather the starting point of a connected workflow.

James Eddershaw, managing director, Shotoku: PTZ cameras are delivering a higher quality, more cinematic style. Recent developments include better integration with robotically controlled camera and automation systems than previously isolated PTZ controllers. Shotoku’s Aura suite of advanced PTZ-centric solutions was recently introduced to expand creative options available to broadcasters.

Ivy Li, marketing director, Telycam: Camera systems are evolving toward IP-based, remote, and automated workflows, making them flexible enough for both broadcast and fast-moving digital production. PTZ cameras have emerged as a practical response to this shift, continuing to improve in image quality, autofocus, and motion control while offering the connectivity and operational flexibility modern production environments need.

Matt Conrad, CEO, DSC Labs: Large sporting events are a good example — you’ll see standard broadcast systems integrated with small cameras built on large cinema sensors for reaction shots and creative angles, all feeding the same show. The ability to bring cinema-based cameras into a broadcast environment has gotten genuinely better — more hardware options, and a better collective understanding of what it takes to manage, control, and align those cameras to match the rest of the show. It usually comes down to a little more preparation up front around signal flow, color management, and camera control, and a willingness to work across different workflows rather than forcing everything into one.

What factors are driving decisions around camera robotics versus manual operation?

James Eddershaw, managing director, Shotoku: Cost savings remains the primary driver as always, but consistency and repeatability are equally as important to achieve great looking camera movements every time. Reliability is key in 24/7 live productions, and robotic systems can deliver precise camera moves and operate reliably in demanding live environments without compromising production quality.

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Ivy Li, marketing director, Telycam: The choice often comes down to scale, efficiency, and creative control. Robotics like PTZ systems offer automation and multi-camera coverage, while manual operation still delivers greater artistic control and more cinematic framing, so many productions use both rather than treating them as competing approaches.

How are lens choices influencing not just image quality but workflow?

Ivy Li, marketing director, Telycam: Lens choices shape more than the look of the image, they also affect how efficiently a production runs. Optical zoom on PTZ cameras, for example, lets teams reframe shots without physically moving the camera, which reduces complexity, saves staffing, and speeds up setup.

What tradeoffs are being made between cinematic looks and operational efficiency?

James Eddershaw, managing director, Shotoku: There is no doubt that the latest PTZ systems with their cinematic look have opened use cases in applications where PTZs weren’t previously viable. We do still see a need, however, to integrate these devices within a more traditional broadcast environment (automation in particular) which calls for a consolidated control system — able to manage the PTZ at the base technical level but also offer the external connectivity and automation options that broadcast needs. Furthermore, there are challenges in achieving smooth and synchronised motion control that any high-end production demands — there’s no point having beautiful cinematic looks, with home-movie camera motion!

Joe Schimizzi, market development manager for cinematic multicamera production, Sony Electronics: Today there are few tradeoffs in terms of professional features or workflows when choosing the Cinema aesthetic for projects that demand high operational efficiency. The Cinematic look can be achieved from the entry level of the Sony camera line up to the top end — from HD to 8K.  In the Sony ecosystem content creators are free to calibrate their budgets, equipment features, and creative options around the project itself knowing the right level of tool for the job is available to them.

Ivy Li, marketing director, Telycam: Achieving a cinematic aesthetic often requires more manual control over focus, lenses, and lighting, which can slow production. The more interesting development is that the gap is closing: advances in automation, sensor technology, and optical design mean operationally lean setups are delivering results that would have required far more elaborate productions even a few years ago.

Matt Conrad, CEO, DSC Labs: “Cinematic” can mean a lot of different things: lighting, lensing, sensor choice, camera placement and movement, color and shading. It’s a Venn diagram, and you can land in it through any one of those variables or any combination of them, so it really comes down to intent. The tradeoff shows up when that intent requires additional planning you wouldn’t otherwise do in a standard workflow with common systems. In my experience it’s achievable with almost any camera system if you plan for it from all angles; sometimes specific hardware is necessary depending on your signal architecture, but more often than not it just boils down to preparation.