Understanding The Basic Structure And Working Of HDMI Extender
An HDMI extender is a device that allows the transmission of audiovisual signals over a long distance. It simplifies transmitting digital audio and video from one location to another by converting digital signals into radio frequency (RF) waves. The HDMI extender boosts the signal by cutting off different lengths of copper or fiber optic cable to cater to cables up to 100 meters in length and then converts it back into an IR signal at the other end.
Structure of HDMI Extender
This
device uses the center HDMI port to transmit the signal to the next port. It
has all the same functions as an HDMI cable. The signal is converted into a
radio frequency at one end and transmitted over a long distance via IR or
copper cable. This conversion and transmission process can be carried out in
either direction, enabling signals to be sent both ways. The HDMI Extender
also serves as a device that allows transmitting audio, video, and data
signals.
How does It work?
The
working of an HDMI extender is all about transmitting HD audio and video over
long distances. First, it boosts the signal by cutting off different lengths of
copper or fiber optic cable to cater for cables up to 100 meters in length and
then converts it back into an IR signal at the other end. The HDMI extender
uses the standard type C connector for both ends of the connection.
Applications of HDMI Extender
The
HDMI extender boosts the signal by cutting off different lengths of copper or
fiber optic cable. It converts it back into an IR signal at the other end to
cater for cables up to 100 meters in length. Here's are a few common
applications of an HDMI extender:
ü Connecting
to HD devices via HDMI to display on the other HDMI device
ü For
extending the signal of audio and video over long distances
ü To
connect high definition cameras to an HD camera for recording purposes
HDMI
extenders can be used in any location that requires HD audio and video. They
are ideal for connecting video projectors, DVD players, and set-top boxes.
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