Eclipse AVN7000 Brochure page 7

High-performance audio functions and features
DCU105 Audio Video Matrix
Partners the AVN7000 to provide 5.1ch. surround sound for
surround-encoded material as well as upmixing 2-channel
sources to surround. Also expands connectivity and flexible
routing of multiple program sources.
DCU105
5.1ch. Decoder/AV Matrix Unit
Dimensions (W × H × D)
6-15/16˝ × 1-7/16˝ × 6-5/16˝ 175 × 36.5 × 160mm
Connects to AVN7000 and AVX5000.
Complete processing power enhances audio and video
performance as well as offering more playback options.
Connecting the DCU105 to the AVN7000 expands its scope of operation and system
control with surround sound decoding options as well as comprehensive audio
processing. Premium components ensure no-compromise performance.
Multi-function 24-bit 24-bit DSP
Dolby decoder
Gold-plated RCA
pin connectors
AV Matrix IC
Digital inputs
Advanced 24-bit DAC
Full 5.1 ch. surround sound options that
create a perfect in-car environment for
any entertainment media.
The DCU105 provides professional 5.1 ch. surround
sound for theater quality performance and also enables
comprehensive audio customization that is remarkably
easy. For instance, complex operations such as speaker
time alignment, parametric EQ and crossover frequency
points can be performed precisely.
Increased versatility offers more enjoyment for
all passengers.
The DCU105 enables dual operation zones so that navigation can be onscreen in
front while one rear passenger enjoys a DVD and another views playback from an
external video source. An optional TV Tuner can also be connected.
DVD
Player
(VTR1)
Input
DCU105
Video
Camera
Input
(VTR2)
Output Output
Monitor 1 Monitor 2
Dolby Digital 5.1 ch.
dts 5.1 ch.
Dolby Pro Logic II
Time Alignment Pro
Crossover Pro
Parametric EQ Pro
AV Matrix Selector
5V preamp output
MOSFET 50W x 4
Time Alignment Pro
Synchronizes all speaker arrival
times at listener.
Crossover Pro
Optimizes speaker to speaker
transitions for a smoother system
response.
DVD
Player
Input
(VTR1)
DCU105
GAME
(VTR2)
Input
Output Output
Monitor 1 Monitor 2
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