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1. INTRODUCTION
The PUV-1082-4K22 HDMI/HDBaseT Matrix supports the transmission
of video (resolutions up to 4K2K@60Hz, HDCP 2.2, HDMI2.0) and multi-
channel digital audio from 10 HDMI sources to 8 HDBaseT outputs and 2
independent HDMI2.0 outputs. HDBaseT outputs allow transmission via a
single CAT5e/6/7 cable up to 100m, whilst the independent HDMI outputs
support cable lengths of up to 10m. This matrix supports high resolution
digital audio formats such as LPCM 7.1CH,Dolby TrueHD, Dolby Digital
Plus, Dolby Atmos and DTS-HD Master Audio as well as 3D video content.
This matrix incorporates an independent audio matrix with 14 audio
outputs and 10 audio inputs. These outputs and inputs can also be used
for de-embedding HDMI audio to the audio outputs and embedding
audio to the HDBaseT and HDMI outputs. The audio CAT connections,
along with compatible bi-directional audio modules (PU-305BD-RX & PU-
305BDA-RX) allow integration with remote sources and remote audio
zones. In addition, volume, mute, treble, bass and audio lip-sink correction
controls are available on all direct audio outputs. Optical Audio Return
(OAR) Technology allows the optical input on the PUV-1530RX receiver to
be routed back to the audio matrix.
LAN connectivity provides a 100BaseT network for smart TV's or games
consoles in every zone. The matrix has a built-in pattern generator which
can be used to verify the video signal on any of its 10 output ports.
The Power over HDBaseT (PoH) function provides power to compatible
receivers.
Control is via manual selection buttons, IR, RS-232, Telnet or Web GUI.
CYP provide control drivers for all the major control systems. This unit
also supports RS232 pass-through to the receivers. The PUV-1082-4K22 is
designed to be used with PUV-1530RX or PUV-1510RX receivers that can
utilise the PoH and LAN capabilities of the matrix.
2. APPLICATIONS
Full Audio Video matrix system
Residential AV matrix installation
Commercial AV matrix installation
Security systems
University lecture hall systems
Retail installation systems