> Before Start
> Part Names
Connecting with an XLR cable
The signal is converted to analog in the D/A converter of
this unit and then output to an integrated amplifier, for
example. Connect the XLR input jack on an integrated
amplifier to the ANALOG OUT jack (XLR jack) on this unit.
0 The second pin in the jack of this unit is designated the
HOT (+) pin. Refer to the instruction manual of your
amplifier to see if the second pin of the XLR jack on your
amplifier supports HOT (+).
0 When connecting via XLR cable and not connecting with
an analog audio cable, you can listen to even clearer
audio by setting the RCA ANALOG OUT switch to OFF.
0 If the connected amplifier has an XLR input jack, it is
recommended to connect using an XLR cable.
> Install
> Playback
Connecting with a digital optical cable
The signal is converted to analog in the D/A converter of the
integrated amplifier, for example. Connect the OPTICAL IN
jack on an integrated amplifier to the DIGITAL OUT
OPTICAL jack on this unit.
0 The audio from SACD and DSD is not output from the
DIGITAL OUT OPTICAL jack of this unit.
0 The digital signals that can be output by this unit are
linear PCM signals with a sampling frequency and
quantization bit rate of 192 kHz/24 bit (operation may not
be possible with all connected devices or environments).
Advanced Setup | Others
Connecting with a digital coaxial cable
The signal is converted to analog in the D/A converter of the
integrated amplifier, for example. Connect the COAXIAL IN
jack on an integrated amplifier to the DIGITAL OUT
COAXIAL jack on this unit.
0 The audio from SACD and DSD is not output from the
DIGITAL OUT COAXIAL jack of this unit.
0 The digital signals that can be output by this unit are
linear PCM signals with a sampling frequency and
quantization bit rate of 192 kHz/24 bit (operation may not
be possible with all connected devices or environments).
En
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