Panasonic releases 4K PTZ Camera suitable for shooting live videos

Panasonic recently released 4K Integrated PTZ Camera AW-UE100W/K equipped with a range of functions including 4K 60p/50p shooting and 12G-SDI output.

The camera supports a range of video transmission protocols including bandwidth NDI, which allows low latency transmission of high-quality live video over a single LAN cable, and SRT, which has strong security suitable for unstable network environments. 

 

Panasonic releases 4K PTZ Camera suitable for shooting live videos

 

The PTZ Camera AW-UE100W/K comes with 12G-SDI, 3G-SDI, HDMI, and IP output terminals enabling output in various formats, such as 4K 60p/50p. This allows for system construction and operation in a wide range of situations.

Here are the key features of the 4K PTZ Camera

High bandwidth NDI and high-efficiency low bandwidth NDI

High bandwidth NDI support enables video transmission of up to 250 Mbps with 4K video and up to 125 Mbps with full HD video.

Shooting with 24x optical zoom and a 74.1° horizontal angle of view

Apart from 24x optical zoom, the inclusion of i. Zoom enables super-resolution zooming of up to 28x in 4K mode and 36x in HD mode, allowing distant subjects to be captured clearly. The camera comes with 1.4x and 2x digital extender zoom, while the 74.1° horizontal angle of view enables a wide area to be shot from a limited installation space.

4K 60p/50p*5 shooting and 12G-SDI output

4K 60p/50p*5 shooting at 3840 × 2160 allows for smooth, high-quality images to be captured of scenes with movement.

Next-gen video transmission protocol SRT (Secure Reliable Transport) supported

Secure, stable video transmission can be performed over public lines. Video data is encrypted before transmission to ensure security. 

High-precision Direct Drive motor for rotating section

A noise level of NC30 or less is ensured while maintaining high operability covering a wide range of speeds for pan and tilt operations, from the slow movement of 0.08° per second to ultra-high speeds of 180° per second, and the responsiveness to accurately capture the target area.