TC Electronic SYSTEM 6000 MKII Algorithm Manual - Rev Core - 2
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rEv COrE - 2
The TC Electronic REV CORE algorithms are particularly
good for small room simulations. Due to the high density
structure the relatively short Reverb diffuse fields occurring
in small rooms can be convincingly reproduced. Though
the VSS algorithms are dedicated for Film and Post
production the Rev Core algorithm, known from the TC
M5000 are also highly usable for purposes as such. You
will also find that it is a good choice on percussive material,
as it is very smooth an non-coloring.
The Reverb Core-2 algorithm occupies:
@ Normal Sample Rate : 1/4 DSP Resource
@ Double Sample Rate : 1/4 DSP Resource
Algorithm Inputs/Outputs are distributed as follows:
Main
Main
Decay
Range: 0.3 to 60s
Reverberation Decay time.
Pre Delay
Range: 0 to 200ms
Sets the time that passes before the first reflection appear.
(see table 1on the next page). Increasing the predelay will
change the apparent position and, to some degree, the
size of the room.
Reverb Delay
Range: 0 to 100ms
Delay time on the Reverb Tail only. Where the Pre Delay
parameter sets the Delay time on the entire algorithm,
Early Reflections as well as Reverb Tail, the Reverb Delay
parameter works on the Reverb Tail only.
Hi Cut Freq
Range: 500Hz to flat
Hi Cut filter, shelving type. Provides an overall Reverb high
frequency roll-off (6dB per octave) that is suitable for
making the space sound warmer.
Hi Cut Att
Range: -40.0 to 0.0dB
With the Hi-Cut Att. parameter you can attenuate the
frequency area specified by the Hi-Cut Freq parameter.
Levels
Early Level
Range: Off to 0dB
Sets the level for the Early Reflections.
Reverb Level
Range: Off to 0.0dB
Sets the level of the reflection envelope relative to the Early
Reflections in 0.5dB steps. If Reverb Level is set to off you
will hear only the Early Reflections.
In Level
Range: Off to 0.0dB
Sets the level of the Input to the Reverb in 0.5dB steps.
Out Level
Range: Off to 0.0dB
Sets the Output level of the Reverb in 0.5dB steps.
E1 - E4
L
R
L
R
INPUT
OUTPUT
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