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The ASP-CATX1RS HDMI over Single CAT6 Extender with RS-232, IR, and Auto EDID learning
boosts up your video/audio transmission distance up to 60m (200ft) in HDTV 1080i format, 40m
(130ft) in HDTV 1080p format,(24 bit) and 20m (65ft) in HDTV 1080p with 36-bit color depth.
ASP-CATX1RS also supports the most advanced 3D video format complaint with HDMI 3D
specification and therefore guarantees the highest 3D video compatibility on the market. With only
one cost effective Cat.5/5e/6 cable, users can readily extend HDTV sources from DVD players,
Blu-ray Disc player, PS3, PC, and any other kinds of sources compliant with TMDS to distant
display monitors including HDMI or DVI enabled TV sets or LCD PC monitors. With the advanced
design for the latest HDMI technology, deep color video, DTS-HD or Dolby TrueHD audio, and
HDCP supports and compatibility are all further insured. This flexibility makes HDCP compliant
DVD players or PS3 transmit utmost high quality video and audio with a greater distance at the
minimal cost, when integrating several components apart. In addition, ASP-CATX1RS is also
equipped with bi-directional IR pass-through path. This bonus feature allows users to boost IR
control distance up to 100m (330 ft) and makes IR control possible through only single Cat.5/5e/6
cable including HDMI signals.
The ASP-CATX1RS includes two units: transmitting unit ASP-CATX1RS-TX and receiving unit
ASP-CATX1RS-RX. The transmitting unit is used to capture the input HDMI / DVI signals with IR
control packets and carry the signals via one cost effective Cat.5/5e/6 cable. The receiving unit is
responsible for equalizing the transmitted HDMI signal and reconstructing IR signals. The
transmission distance between the sending and receiving units can be up to 60m (200ft) at HD
720p or 1080i; or 40m (130ft) at Full HD 1080p. With an 8-level equalization rotary control on the
receiving unit, users can adjust the equalization strength to the received HDMI signals
accordingly, and therefore optimize the transmission distance between source and destination.
Introduction
