Panasonic AW-UE160: The Next-Gen 4K/UHD Robotic PTZ Camera

The Panasonic AW-UE160 4K PTZ Camera is a cutting-edge solution designed for professionals in the broadcasting and staging industries. Engineered with precision and advanced technology, this robotic camera is an easy-to-use powerhouse for capturing dynamic and engaging video productions.

Extreme Sensitivity

The AW-UE160 boasts a newly developed 4K 1” MOS sensor, setting a new standard for sensitivity within Panasonic's PTZ lineup. Ideal for challenging lighting conditions, such as concert venues or worship environments, the camera delivers clear images with reduced moiré effects when shooting against LED walls. The high-speed frame rate enhances sports broadcasting capabilities, allowing for captivating slow-motion shots in HD for replays. The integration with the robotic camera system ensures live broadcast-style movements, adding dynamism to your video production.

Operational Excellence

Uncompromising shooting performance and operability define the AW-UE160, with features like a sophisticated autofocus system, SMPTE 2110 support, and a motorized optical 20x zoom lens. The camera offers versatility with multiple output options, including HDMI, 3G-SDI, IP, and 12G-SDI, making it seamlessly adaptable to existing imaging systems or custom setups.

The camera's innovative features extend to its image processing engine, borrowed from the renowned LUMIX GH6, ensuring superior image quality, low-light performance, and precise autofocus. With the inclusion of phase detection autofocus, the AW-UE160 excels in fast and accurate focusing, making it suitable for tracking moving subjects and switching focus seamlessly.

The Best Quality in Challenging Light Conditions

Addressing challenges like moiré, the AW-UE160 incorporates an Optical Low Pass Filter (OLPF) to ensure high-quality video output, particularly when dealing with LED walls. Its outstanding low-light performance, with a sensitivity of F14/2000 lx, allows for clear and clean images even in dimly lit environments.