User Manual

Software
UR816C Operation Manual 17
Sweet Spot Morphing Channel
Strip
The Sweet Spot Morphing Channel Strip (“Channel Strip”
for short) is a multi-effect that combines compression and
EQ. Advanced sound engineering know-how is
condensed into a number of convenient presets that can
be simply and instantly recalled, for professional results.
Sixteen channel strips are provided, and each can be
assigned to the monitor sound only, or to both the monitor
and recorded sound. The Channel Strip equipped with the
device and the Channel Strip of the VST Plug-in version
have the same parameters. When using the Channel Strip
on Cubase series programs, you can share the settings
between the built-in Channel Strip and the Channel Strip
of the VST Plug-in version as a preset file. Also, when
assigning the Channel Strip of the VST Plug-in version to
the effect slot on Cubase series programs, select it from
the [Dynamics] category (in the case of the default
settings).
Screenshot
How to Open the Window
From Dedicated Windows for Cubase Series
Select the “Channel Strip” from the “Effect Type”, then
click “Channel Strip Edit” in the section “Input Settings
Window” (page 15).
From dspMixFx UR-C
From dspMixFx UR-C Select the “Channel Strip” from the
“Effect Type”, then click “Channel Strip Edit” in the section
“Channel Area” (page 9).
Common to Compressor and Equalizer
1 MORPH
Adjusts the parameter of the Sweet Spot Data. You can
simultaneously adjust the compressor and equalizer
settings which are set to five points around this knob by
turning this knob. When you set the knob between two
adjacent points, the compressor and equalizer settings
will be set to an intermediate value.
2 Sweet Spot Data
Selects the Sweet Spot Data.
3 TOTAL GAIN
Adjusts the total gain of the Channel Strip.
Range: -18.0 dB – +18.0 dB
4 Level Meter
Indicates the output level of the Channel Strip.
Compressor
1 ATTACK
Adjusts the attack time of the compressor.
Range: 0.092 msec – 80.00 msec
2 RELEASE
Adjusts the release time of the compressor.
Range: 9.3 msec – 999.0 msec