Proton Camera Innovations is showcasing its Flexy micro POV camera at Satis 2026 following a Best in Market win at IBC2026. The system features a modular design that separates the imaging head from the processing unit via a 10-metre coax cable, targeting high-risk or space-constrained production environments.
The separation of the imaging head from the processing unit addresses a critical pain point in live sports and reality television production where equipment damage is frequent. By isolating the expensive broadcast-grade electronics in a remote ECU, Proton Camera Innovations allows engineers to capture high-octane footage without risking the entire unit's value. This modular approach challenges traditional integrated POV designs by offering a more sustainable cost model for crash-cam and body-worn applications. As streaming platforms demand more immersive, close-up perspectives for live events, watch for whether this serialized connectivity becomes a standard requirement for miniature broadcast hardware in high-impact environments.
Proton Camera Innovations is launching the Flexy micro POV camera at Satis 2026. The system features a modular design that separates the 19mm imaging head from the processing unit via a 10-meter cable. This protects expensive electronics during high-impact shoots, offering a cost-effective solution for live sports and reality television production.
The Proton Flexy features a modular design that separates the 19mm imaging head from the processing unit using a 10-meter coax cable.
By separating the camera head from the processing unit, the expensive broadcast-grade electronics are kept safe in a remote ECU, reducing financial risk if the camera head is damaged during high-impact shots.
The camera head is IP67-rated and features a 1/3-inch global shutter sensor with 12-bit dynamic range and 1080p output via the VEGA processor.
The Proton Flexy micro POV camera will debut at Satis 2026.
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