The Datavideo KMU-100C 4K Multicamera Processor Bundle combines the KMU-100 4K Multicamera Processor and hardware control panel RMC-185 to provide a unique 4K video production solution. This kit allows you to connect up to two UHD 4K camera signals and output each as four separate 1080p images over SDI connections. Each set of four images will be displayed as a separate screen in 4 quadrants.Datavideo KMU-100 4K Multicamera ProcessorDatavideo KMU-100 is a compact 4K multi-camera processor from Datavideo, that provides multiple virtual Full HD (up to 1080p resolution) scaled camera angles. The KMU-100 is a processor that converts an UltraHD video (3840×2160) signal into 4 user-defined HD windows. The KMU-100 can create virtual 8-camera HD shoots with the help of two 4K sources.This device features 2x independent 4K channels that can generate up to 8 3G-SDI outputs. Moreover, the output of a single 4K/UHD camera is connected to KMU-100, which can display up to four 16x9 user-defined cropped windows that are sent out as 4 separate HD signals via HD-SDI. These user-defined windows can be scaled to zoom in on a particular subject that you want to highlight on the 4K signal.In addition, the Datavideo RMC-185 controller is optional, if the user wants a traditional joystick controller. This feature allows the user to tilt, pan, and zoom to create the user-defined windows on the 4K signal. The KMU-100 is shipped with intuitive control software, which can be installed using the Ethernet connection to a PC or laptop Datavideo RMC-185 KMU ControllerThe RMC-185 KMU is a Controller designed for the KMU-100 series 4K Multi-Camera Processor from Datavideo. The RMC-185 interfaces with the KMU-100 via an RS-422 interface. This dedicated controller allows operators to make smooth zoom and pan/tilt motions by using the joystick. There are 4 presets that hold the scale, position, motion path, and speed of all four individual 3Gb/s outputs per channel. Moreover, the buttons allow you to start/stop/reset of motion at a predefined speed for every individual output.
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