MOX6/MOX8 Reference Manual
Voice Mode
37
[SF2] VOCODER
This display is called up via the [SF2] is available only when the “InsEF Connect” is set to “vocoder” in the [SF1]
CONNECT display. The Vocoder-related parameters in this display determine the way in which the Vocoder is applied.
NOTE
For more details about the Vocoder function, see
Type
Determines whether or not the Vocoder is applied to the current Voice. When set to “Thru,” the Vocoder is not applied to
the Voice.
Settings:
Thru, Vocoder
Attack (Vocoder Attack Time)
Determines the attack time of the Vocoder sound.
Settings:
1ms – 200ms
Release (Vocoder Release Time)
Determines the release time of the Vocoder sound.
Settings:
10ms – 3000ms
MicGateTh (Mic Gate Threshold)
Determines the threshold level of the noise gate for the microphone sound.
Settings:
-72dB – -30dB
GateSw (Gate Switch)
Determines whether or not the microphone sound will be output at the level set in the “HPFOutLvl” parameter when you
release the notes. Normally, you should set this to “on.”
Settings:
off, on
off: The microphone sound always will be output.
on: The microphone sound will be output only while a note is pressed the note.
HPF (High Pass Filter)
Determines the HPF cutoff frequency for the microphone input sound. Setting this to higher values emphasizes the
higher frequency consonant and sibilant sounds (which make words easier to understand).
Settings:
thru, 500Hz – 16.0kHz
HPFOutLvl (High Pass Filter Output Level)
Determines the level of the microphone sound that is output from the HPF (High Pass Filter).
Settings:
0 – 127
FormantShift
Determines the amount (in BPF) by which the cutoff frequency value of the BPFs (for the Inst Input) is shifted. This
parameter can be used to adjust the pitch of the Vocoder sound.
Settings:
-2, -1, +0, +1, +2
+
+
+
*1 The noise generated in the Vocoder unit is used.
*2 The cutoff frequency of the BPF1’ may not be same as the one of the BPF1. This depends on the settings of Formant Shift and Formant Offset.
HPF
Band 10
Band 9
Band 2
Band 1
Noise
Gate
Microphone Input
Noise Input (*1)
Inst Input
(Keyboard
Performance)
Extracting the tonal
characteristics
BPF1’
(*2)
Level
detection
BPF1
Volume
control
Output
BPF1
Gain
Dry
Wet