About the Blackmagic Design BMD-CINECAMMICHDMFT Blackmagic Micro Cinema Camera
The Blackmagic Design Micro Cinema Camera is an ultra-compact, professional digital film camera designed for specialized applications where size, weight, and flexibility are paramount. It features a super 16mm-sized sensor capable of capturing stunning 13-stop dynamic range raw cinemaDNG or ProRes/DNxHD video up to 1080p at 60 frames per second. With its tiny form factor and lack of a built-in screen or controls, it is engineered primarily for integration into drones, gimbals, car mounts, or custom rigs for action sports, documentary filmmaking, and unique point-of-view shots that would be impossible with larger cameras. The camera supports interchangeable MFT (Micro Four Thirds) lenses, providing filmmakers with a wide selection of optics to achieve their desired look.
The camera operates via external control, requiring connection to an external monitor, power source, and remote control interface. It offers extensive connectivity through its full-sized HDMI port for monitoring, a 3.5mm stereo audio input, and a multi-pin expansion port for attaching accessories like the Blackmagic Design Micro Viewfinder or for remote control via LANC or GPIO. Recording is done to affordable and widely available SD, SDHC, or SDXC cards (UHS-I or better), with the option for continuous recording when powered via its 12V DC input. Despite its minimalistic body, it delivers the same color science and image processing found in Blackmagic's larger cinema cameras, ensuring cinematic image quality with rich color and detail.
Ideal for filmmakers and content creators who need a high-quality, programmable, and embeddable camera system, the Micro Cinema Camera unlocks creative possibilities in aerial cinematography, wearable cameras, and hidden camera setups. Its combination of raw recording capability, global shutter sensor (on some models), and modular design makes it a unique tool for achieving broadcast and cinematic results in extreme or unconventional shooting scenarios.