Panasonic has announced the AW-UE200 and AW-UER200 high-end PTZ camera families, built around a 1.2-inch 5K global-shutter MOS sensor. The sensor exposes the frame at one time rather than scanning it line by line, addressing skew on fast action and reducing artefacts when cameras shoot LED walls or rapidly changing stage lighting.
Both families use 5K oversampling for 4K output and a new 22x optical zoom with an 80-degree horizontal field of view. Panasonic says a later update will add HD capture at 120 and 180 frames per second. The conventional AW-UE200 mechanism can pan and tilt at up to 400 degrees per second, while the AW-UER200 adds a minus-200 to plus-200-degree roll axis and simultaneous 16:9 and 9:16 output.
The AW-UE210 and AW-UER210 variants add SMPTE ST 2110 and Dante. Panasonic says those connections can be redundant, and that JPEG XS transport and return video over IP are planned through later firmware. The architecture therefore combines robotic acquisition with video and audio networking rather than treating the PTZ head as an isolated camera.
The AW-UE200 series is scheduled for February 2027 and the AW-UER200 series for the second quarter of 2027. Panasonic's world-first claim is limited to production PTZ cameras with a MOS sensor of at least one inch and is based on its own research. Final specifications, pricing and the promised high-frame-rate and JPEG XS updates remain subject to delivery.
