Connector Layout

cincraft cambar 1 right imager the tracking camera used for the “cambar right” view 2 ir projector not currently implemented 3 rgb sensor not currently implemented 4 left imager the tracking camera used for the “cambar left” view 5 ir emitters 10 ir led’s used for emitting ir light into the environment led’s operate in the 850nm wavelength 6 status led on the rear of the cambar a small led displays the status of the cambar blue full on cambar operating in 60fps mode blue flashing cambar operating in 50fps mode green flashing cambar is being controlled by an external genlock signal (via the sync in) green full on cambar in genlock mode but no genlock signal detected unlit cambar is disconnected or defective cambar loom 7 cambar sync optional input of genlock to the cambar 8 cambar data provides power and sends and receives all data from the cambar cameras 9 cambar control provides control of all sync functions and ir led’s on the cambar cincraft link link left 1 status led this led provides some basic status information for the link blinking green link operating correctly blinking green and amber network speed between link and origin limited to 100mb, this is too slow for correct operation and should be investigated blinking amber no network connectivity between link and origin solid amber link software initialising solid red link software unable to start 2 sync in a bnc socket for optional genlock signal input to the cambar the sync in connector accepts both blackburst and tri level signals up to 60fps 3 antenna screw in wifi antenna to allow for accessing the link wirelessly wifi connectivity is not currently implemented and planned in a future scenario update 4 origin ethernet a neutrik ethercon connector compatible with locking neutrik ethernet cables the neutrik ethercon adaptor is also compatible with standard rj45 ethernet cables this interface is used to transmit all the cambar data to the origin wifi cannot be used for transferring data from link to origin – this connection must always be wired 5 power dc power input the link supports a voltage input of between 8 30v and requires a maximum of 24w under maximum load when powering the link from a camera body, ensure that the camera power output selected can provide the required power link right 6 encoders lemo 7 pin the encoders connector is used to connect all cincraft scenario encoder cables from compatible lenses and lens control systems never connect a non cincraft scenario cable to the encoder's connector 7 cambar control lemo 7 pin the cambar control connects to the cambar loom, it provides power to the ir lights on the cambar as well as control for the synchronisation features 8 cambar data usb c carries all power and data for the cambar sensors 9 cambar sync bnc socket that connects to the cambar loom, if a genlock signal is connected to the “sync in” then this will be passed through to this bnc socket 10 power indicator a blue led will activate when the link is powered origin origin right 1 antenna screw in wi fi antenna to allow for connecting the origin to an existing wifi network 2 link ethernet rj45 ethernet this connector is used exclusively for connecting wired ethernet cable to the link this network interface is configured as a dhcp server 3 lan ethernet rj45 ethernet the lan port can be used to connect the origin to a router or existing wired ethernet network the interface is configured as a dhcp client and can be configured via the network settings panel in the cincraft scenario software 4 + 5 usb usb a gen 3 2 the usb ports can be used for connecting peripherals such as a mouse or keyboard when setting up the system additionally, when backing up wrangler recorded data, a usb device can be connected here to allow the backing up of data to usb removeable storage 6 displayport dp 1 2 for connecting the origin to a monitor using a displayport cable (not supplied) 7 hdmi hdmi 2 0 for connecting the origin to a monitor using a hdmi cable (not supplied) 8 power in dc power input the origin supports a voltage input of 8 30v and requires 30w under typical load when powering the origin from a camera body, ensure that the camera power output selected can provide the required power 9 power button powers on or off the origin origin left 10 antenna screw in wifi antenna to allow for connecting the origin to an existing wifi network 11 video out bnc socket, provides an optional “loop through” of the “video in” input signal the video out is intended for diagnostic and troubleshooting purposes only and should not be used in production or critical situations as it may drop frames or have inconsistencies based on the status of the scenario software 12 video in bnc socket, supports 3g sdi signals up to 1080p60 it is mandatory for a compatible video signal from the camera to be connected to the origin for proper operation 13 encoders lemo 7 pin the encoders connector is used to connect all cincraft scenario encoder cables from compatible lenses and lens control systems 14 cambar control lemo 7 pin the cambar control connects to the cambar loom, it provides power to the ir lights on the cambar as well as control for the synchronisation features 15 cambar data usb c carries all power and data for the cambar sensors