SIIG 1x4 4K 60Hz HDMI Splitter Over Cat6 Extender with Loopout/IR/ARC & RS-232 - Up to 230ft (70m) - Near Zero Latency

SIIG 1x4 4K 60Hz HDMI Splitter Over Cat6 Extender with Loopout/IR/ARC & RS-232 - Up to 230ft (70m) - Near Zero Latency

Multiple Connectivity Ports
Comes with one HDMI video input port, one HDMI video loop-out port, four HDMI video output ports, eight RJ45 network ports, five 3.5mm IR emitter ports, five 3.5mm IR receiver ports, four S/PDIF ports, one RS-232 terminal block, one DIP switch, five reset buttons, four audio slide switches, one DC power jack (12V/2A) for TX, four DC power jacks (5V/2A) for RXs

Applications

• Meeting room
• Lecture hall
• Educational facilities
• Multimedia education
• Home theater
• Restaurant
• Shopping center
• Library
• Show room

• 4K HDMI Extension - Easily extends UHD 4K@60Hz HDMI signals up to 230ft (70m) over economical Cat6/7 cabling to up to 4 displays


• Advanced Transmission Technology - Unique ultra-high-definition video digital transmission and connection extender technology, can extend and transmit 4K@60Hz YUV 4:4:4 video and audio, with zero latency, HDR


• HDMI Loopout + Extend 4 Displays - Supports one HDMI loop-out for additional local display connections and extender 4 receivers for HDTV or Projector via Cat6/7 cable


• EDID Management - Support EDID management capability to controls the resolution output to the display(s)


• Audio Extraction - Extracts digital audio from the HDMI signal and routes it through the receiver's digital S/PDIF port via PCM2, Dolby 5.1, DTS 5.1 audio signal


• IR Control - Built-in bi-directional IR provides full remote control capabilities, control the HDMI source device at the remote display location and vice versa


• ARC and Audio Extraction - Through the Toslink connection of the Receiver (RX)


• RS-232 Control - Support RS-232 command control in the Transmitter


• Protection - Lightning Protection, Surge Protection, ESD Protection


• High Quality Wall mount Design - High quality metal housing improve heat dissipation and ensure system stability during long hours of operation