Blackmagic URSA Mini Pro 4.6K G2 EF/PL mount
New G2 Model Features
Updated Super 35 4.6K image sensor
4608 x 2592 with 15 stops of dynamic range at 3200 ISO
4.6K images at up to 120 frames per second
Windowed 4K DCI at up to 150 frames per second
Windowed 1080 HD at 300 frames per second
Blackmagic RAW images in both film and extended video modes
Raw compression levels up to 12:1
USB-C expansion port for recording to external drives
Built-In ND Filters
The URSA Mini Pro G2 features high-quality neutral density (ND) filters that let you quickly reduce the amount of light entering the camera.
The clear, 2-, 4-, and 6-stop filters have been specifically designed to match the color science of the URSA Mini Pro G2 to maintain consistent image quality with minimal color shift.
The ND filters conveniently let you use different combinations of aperture and shutter angle to achieve shallower depth of field, or specific levels
of motion blur, in a wider range of situations. Additionally, the internal IR filters have been designed to filter both optical and infrared wavelengths evenly to eliminate IR contamination
of the images that can be brought about by standard ND filter. A precision mechanism holds the filters and quickly moves them into place when the ND filter dial is turned.
Furthermore, the current filter settings can be displayed as an ND number, stop reduction, or fraction on the LCD.
External LCD Status Display
The status display is a high-visibility black-and-white LCD screen designed to be easily seen even in bright light.
The status display shows record timecode, locked timecode, and reference timecode along with the current shooting frame rate, shutter angle, aperture, white balance, ISO, and iris.
It also features a battery indicator, card recording status, and audio meters for monitoring levels.
The screen's backlight can be turned on when you're shooting in dimly lit locations,
and off when you're shooting outdoors and in bright light to increase contrast, making it easy to read under nearly any shooting condition.