The 6144 x 3456 digital film sensor provides exceptional low light performance with dual gain ISO of up to +36dB as well as 13 stops of dynamic range. Blackmagic URSA Broadcast G2 also includes H.265 and Blackmagic RAW file formats, Blackmagic generation 5 color science, as well as a USB-C expansion port for external disk recording, and more.
The new Blackmagic URSA Broadcast G2 is a camera designed for both traditional and online broadcasters. The 3 cameras in 1 design allows it to work as a 4K production camera, a 4K studio camera or a 6K digital film camera. It's a solution for broadcasters because it uses the lenses and batteries customers already own. Customers can record to common SD cards, UHS-II cards, CFast 2.0 cards or external USB disks, using common file formats such as H.265, Apple ProRes and Blackmagic RAW. This means it's compatible with all video software and broadcast media management systems. Customers can even change the lens mount.
The 6K sensor combined with Blackmagic generation 5 color science gives customers the same imaging technology used in digital film cameras. The 6K sensor features a resolution of 6144 x 3456 so it's flexible enough for broadcast and digital film work. When using B4 lenses, customers get a 4K window of the sensor for Ultra HD broadcast use. Then if customers change to a PL or EF lens mount, they can use the full 6K resolution of the sensor for digital film. With 13 stops of dynamic range, customers get darker blacks and brighter whites, so it's perfect for color correction. Using digital film in broadcast is a revolution in image quality.
The new URSA Broadcast features incredible low light performance so customers can shoot using ambient light or even under moonlight. The Blackmagic URSA Broadcast G2 features gain from -12dB (100 ISO) up to +36dB (25,600 ISO) so it's optimized to reduce grain and noise in images, while maintaining the full dynamic range of the sensor. The gain can be set via a camera switch, the LCD menu or remotely using the SDI remote camera control protocol.