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8.1.3 Advanced Settings
Digital Trim Gain
Digital amplification of the input
signal between 0 and +6 dB, in
steps of 0.5 dB. Main use is to
fine-tune the input sensitivity so
that it matches the reference out-
put level of external gear.
AD Filter
Short Delay Sharp, Short Delay Slow, Sharp, Slow. The analog to digital conversion can be done
using four different filters. Default is Sharp, offering the widest, most linear frequency response
at lowest phase distortion. Slow causes a small drop in the higher frequency range, but offers a
less aggressive (less steep) filter. SD Sharp and SD Slow are similar, but have lower latency and
are minimum phase filters.
DC Filter
RME (default), None. RME is a < 0.1 Hz filter in the FPGA with minimal phase error. In RIAA
mode this filter is always active. For DSD recording DC filters are not available.
Polarity
Inverts the phase (180°) on the corresponding channel.
M/S-Proc
Activates M/S processing. Monaural content is sent to the left, stereo to the right channel.
RIAA Mode
OFF, +14 dB, +20 dB, +26 dB, +32 dB, +38 dB. Default: Off. Activates an RIAA preamplifier and
equalizer with selectable gain for turntables with moving magnet cartridge (MM).
RIAA Mono Bass
OFF, Mono. Default: Off. Mono sums the bass below 150 Hz.
8.2 Line Output (all units)
8.2.1 General
Source
The source of the Line Output 1/2 signal is automatically selected based on the current mode:
Preamp: Analog inputs 1/2
USB: Playback channels 1/2
Dig Thru: current digital input signal
AD/DA: current digital input signal
DAC: current digital input signal and clock
The choice of AD/DA Source is
therefore usually not available.
Only in AD/DA and DAC mode
the input signal can be chosen
between Auto, SPDIF, AES and
Analog. This allows to choose be-
tween all currently attached digi-
tal input signals for conversion to
output 1/2.
User's Guide ADI-2 Remote - v 1.0
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