- #Ross carbonite assigning frame buffer inputs 1080p
- #Ross carbonite assigning frame buffer inputs plus
The method of claim 1, wherein the priority level for the video frame is a relative priority level that indicates a relative level of priority compared to the priority level for the other video frame in the plurality of video frames associated with the same temporal level.Ĥ. The method of claim 1, wherein the priority level for the video frame is based on a number of video frames that reference the video frame.ģ. A method for indicating a level of priority for video frames associated with a same temporal level in a hierarchical structure, the method comprising: identifying a plurality of video frames that are associated with the same temporal level in the hierarchical structure determining a priority level for a video frame in the plurality of video frames that is different than a priority level for another video frame in the plurality of video frames associated with the same temporal level in the hierarchical structure and signaling the priority level for the video frame.Ģ. Hand-held wireless device with a PCIE interfaceġ. INTERNAL BIT DEPTH INCREASE IN DEBLOCKING FILTERS AND ORDERED DITHER Radio frequency transmitter and method of operating a radio frequency transmitter Hardware implementation of programmable controls for inverse quantizing with a plurality of standards Gps Receiver Using Differential Correlation METHOD AND TECHNIQAL EQUIPMENT FOR SCALABLE VIDEO CODING TRANSMISSION METHOD AND TRANSMISSION APPARATUS METHOD AND DEVICE FOR GENERATING DATA REPRESENTING A DEGREE OF IMPORTANCE OF DATA BLOCKS AND METHOD AND DEVICE FOR TRANSMITTING A CODED VIDEO SEQUENCE
#Ross carbonite assigning frame buffer inputs 1080p
Each I/O MultiViewer has a dedicated 1080P Level A output.Image sensor based optical defect correctionĬoding Mode Selection For Block-Based Encoding
3 additional I/O MultiViewers supporting 3 inputs & 1 output each. – 12G/UHD Operation Mode INPUTS & OUTPUTSĩ UHD inputs via quad-link 2SI 3G 1080p Level A.ĩ UHD inputs via 12G single-link or quad-link 2SI 3G 1080P Level A.ĥ UHD outputs via quad-link 2SI 3G 1080p Level A.Ģ outputs (copies) of the System MultiViewer in 1080p Level A.ĥ UHD outputs via 12G single-link or quad-link 2SI 3G 1080P Level A.ĩ processing inputs with frame syncs, format converters, colour correctors and proc ampsģ processing outputs with format conversion, colour correctors and proc ampsġ System MultiViewer (1080p) with up to 16 windows.ġ System MultiViewer (1080p) with up to 16 windows. * Operational features in 12G/UHD Operation Mode listed below.
#Ross carbonite assigning frame buffer inputs plus
– Signal Processing Standards SIGNAL PROCESSING STANDARDSĬARBONITE BLACK / BLACK PLUS / BLACK PLUS 12G The Carbonite 1 and Carbonite 1S panels are able to address two ME’s – the operator can swap between ME 1 and ME 2 control. *** Three additional outputs are MultiViewer only. ** In 3G mode, the 24 input system has 12 format converters / frame synchronizer, and the 18 input system has 9. Independently Configurable Reference Outputs HQ Format Converters (I to P & Computer Resolutions) Output Color Correctors / Proc Amps / Format Conversion Internal Format Converters / Frame Synchronizer Number of Multiviewers™ with Tally and Source Names (Generates an Edit Decision List For Use In Post Production) JPEG (no Alpha), TGA & PNG (with Alpha) & 48k WAV audio files Optional Control Panels PHYSICAL FEATURESĨ Character Input and Key Source Color MnemonicsĬustom Control Macro Buttons with Split Row Mnemonics/td> Please contact an EAR product specialist for a configuration that best accommodates your workflow and production needs. The following specifications includes accessories and options that may not be reflected in the price shown.
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