MC3-2R-2T/STANDALONE 4K60 4:4:4 2X2 HDBaseT Scaling Switcher Card

MC3−2R−2T is part of Kramer’s high−end modular matrixes family of solutions. It is a high−performance two−port HDBaseT 3 input and two−port HDBaseT 3 output card which is part of the compatible modular matrices multi−signal cards family. One or more MC3−2R−2T units can flexibly occupy any of the matrix card slots. Its input signals are independently switched by the modular matrix to any of the matrix output ports, and any matrix input signals are independently switched to its scaling output ports.

•  2 HDBaseT 3 input ports, 2 HDBaseT 3 output ports delivering 4K60 4:4:4 (18 Gbps), CEC and HDCP 2.3
•  Support up/down scaling, fast switching and clean transition, switching time is less than 1.2s.
•  Sophisticated management of EDID and HDCP
•  HDBaseT input port audio de–embedding to any routed audio sink
•  HDBaseT output port audio embedding from any routed audio source
•  Advanced and flexible RS–232, IR and CEC modes: RS–232, IR & CEC pass through
  RS–232, IR & CEC Gateway independent per input/output port
•  UBS 2.0 over HDBaseT functionality with USB host switching and devices access over any HDBaseT link
•  Support online FW upgrade by the webpage
•  The card is hot swappable
•  CEC Off/On commands are sent automatically upon loss/detection of a signal
•  Compatible pairing with HDBT 3.0 transmitters and receivers (such as EXT3–xx extenders) for 4K60Hz (4:4:4) AV signal extension
•  Backwards–compatible pairing with HDBT 1.0/2.0 4K30 (4:4:4) or compressed 4K60 (4:4:4) transmitters and receivers (such as TP–580T/R & TP–583T/R extenders) for native 4K30Hz (4:4:4) AV signal extension

Applications:

•  Highly secured and ultra–long extension of controllable AV signals for: governmental, medical, and rental and staging applications.
•  Point–to–multipoint optical distribution of controllable AV signals over large spaces.
•  Multipoint–to–multipoint optical distribution of controllable AV signals over large spaces using Kramer modular matrices.
•  Ultra–long signals extension for multi–room and inter–building connectivity.