The IDK HDC-H100-D is an extender for HDBaseT signals using a single twisted pair cable to transmit data over a long distance. The product supports 4K/60Hz video signals, extending them digitally end-to-end. Bidirectional RS–232 and LAN communication are also supported.
HDC-TH100-D: Transmitter and HDC-RH100-D: Receiver
K@60 (4:2:0)/4K@30 (4:4:4)
EXTEND UP TO TO 330 FT. / 100 M
RS-232/LAN TRANSMISSION
LONG REACH MODE SUPPORTED
Detail: http://idkav.com/products/extenders/hdbaset-extenders/hdc-th100-d/
The IDK HDC-TH100WP is a wall-mountable transmitter for a long-haul transmission of HDMI signal over one single twisted pair cable.
The image quality will not be deteriorated, since video signal is transmitted at a resolution up to 4K@60 without compression.
Input video signal is converted to HDBaseT signal and sent up to 328 ft. (100 m).
PoH (Power over HDBaseT) is supported. Connecting a receiver supporting PoH power supply (PSE) function eliminates the need for a local power supply.
DECORA SIZE WALLPLATE
4K@60 (4:2:0)/4K@30 (4:4:4)
EXTEND UP TO TO 330 FT. / 100 M
POH SUPPORTED
LONG REACH MODE SUPPORTED
Detail: http://idkav.com/products/extenders/hdbaset-extenders/hdc-th100wp/
The IDK COS-100HD-B HDMI Coaxial Cable Extender allows the remote transmission of HDMI signals. Receiver’s support daisy-chain connections and bidirectional RS-232 serial communication. Digital audio input and analog audio input are switch selectable.
SINGLE CORE COAX EXTENSION
RESOLUTION UP TO 1080P/QWXGA
HDCP SUPPORTED
RS-232C TRANSMISSION
DAISY CHAIN
Detail: http://idkav.com/products/extenders/coax-extenders
The IDK NJR-P01UC is an over IP solution for high definition signal extension via copper cables. This 4K solution leverages 10 Gb Ethernet switches and enables signal management of 4K@ 60 (4:4:4) signals with zero latency. RS-232C bidirectional communication and LAN transmission are also supported.
NJR-P01UC-T: Transmitter and NJR-P01UC-R: Receiver
4K@60 (4:4:4) & KVM SWITCHING
TRANSMIT SIGNAL OVER 10GBE
MULTIVIEWER & VIDEOWALL
ZERO FRAME LATENCY
POE