New effects algorithms
Dither Off, 24–8bit
By adding a minute level of noise (dither), this smoothes the transition between playback audio and silence.
Level -80–+6dB
This adjusts the overall volume level of the sound that has passed through the limiter (Lmt).
Modeling various speakers (Speaker Modeling)
You can model the acoustical characteristics of a variety of speakers, ranging from
NOTE
Speaker modeling has been calibrated so that the optimal effect
will be obtained when Roland DS-90 powered monitors
are connected digitally. If you are using other speakers, you
may not be able to obtain the desired effect.
Speaker
Modeling | Bass Cut Low Trim |
L |
| LFT |
SpMod | BCut | |
R |
|
|
| HI Trim | Limiter |
| HFT | Lmt |
SpMod (speaker modeling)
Model
THRU, Super FLAT, Powered GenBlk, Powered
Select the speaker whose characteristics will be simulated (modeled).
THRU: Modeling will not be applied, and the sound will be output without change. Use this as a comparison with the
Super FLAT: Modeling is used to compensate the
Powered GenBlk: A widely used model of powered monitors
Powered
Powered Mack: Powered monitors characterized by an extended
Small Cube: Small
White Cone: Sealed enclosure
White C + tissue: A more mild sound, with tissue paper affixed over the tweeters of the above “White Cone” speakers.
Small Radio: Small
Small TV:Speakers built into a 14 inch size
television.
Boom Box: Radio cassette recorder.
BoomBox LoBoost:Radio cassette recorder with the Low Boost switched on.
Phase NRM, INV
Specifies the phase of the speakers.
NRM: Same phase as the input.
INV: Opposite phase of the input.
BCut (Bass-cut filter)
This removes unwanted
pop noise.
Sw (Switch) Off, On
Switches the
Freq (Frequency) Thru,
Adjusts the cutoff frequency of the
LFT/HFT (Frequency trimmer)
Sw (Switch) Off, On
Turns the frequency trimmer on/off.
Gain
For each trimmer, adjusts the gain (amount of boost/cut).
Freq (Frequency)
Freq (Frequency)
Set the center frequency of each trimmer.
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