May be covered by one or more of the following: U.S. Patents #4538297, 4647876, 4696044, 4745309, 4881047, 4893099, 5124657, 5263091,
5268527, 5319713, 5333201, 5402498, 5493617 and 5638452. Other patents pending. Foreign patents pending.
Y our Intellipitch™ has been tested and complies with the following Standards and Directives
as set forth by the European Union:
Council Directive(s): 89/336/EECElectromagnetic Compatibility
Standard(s): EN55013, EN50082-1
This means that this product has been designed to meet stringent guidelines on how much
RF energy it can emit, and that it should be immune from other sources of interference
when properly used. Improper use of this equipment could result in increased RF emissions, which may or may not interfere with other electronic products.
T o insure against this possibility , always use good shielded cables for all audio input and
output connections. Also, bundle audio cables separately from the AC power cables. These
steps will help insure compliance with the Directive(s).
For more information about other Rocktron products, please see your local dealer or one of
our importers closest to you (listed on the enclosed warranty sheet).
A. MIDI Controller Assignments ............................................................................................................53
B. MIDI Program Mapping ..................................................................................................................... 56
C. MIDI Channel .................................................................................................................................... 58
D. MIDI Dump/Load ...............................................................................................................................59
Dumping a single Intellipitch user preset into another Intellipitch: .........................................59
Dumping the Intellipitch user memory into a sequencer: .......................................................61
Reloading the user memory from a sequencer: .....................................................................63
A. MIDI Implementation Chart................................................................................................................ 66
B. Specifications ................................................................................................................................... 67
1. Introduction
Congratulations on your purchase of the Rocktron Intellipitch™!
The Intellipitch is a 24-bit, MIDI-programmable digital effects processor featuring
intelligent, chromatic and reverse pitch shifting algorithms. In addition, the Intellipitch also
provides a host of other effects, including 8-voice stereo chorusing, three different digital
delay algorithms, unsurpassed digital reverb quality and highly flexible configuration
programming (allowing for simultaneous operation of up to 5 effects with complete
mixing capabilities). The unit also offers a fully digital implementation of patented HUSH
noise reduction at the unit’s input, as well as ducking capabilities for the delay and
reverb effects.
The Intellipitch utilizes three individual 16-bit converters and Sigma-Delta A/D
conversion, achieving a 64x oversampling rate and better than 100dB dynamic range for
superb sonic quality.
A good understanding of how the Intellipitch operates will help make designing your
own preset sounds much easier. This manual will introduce you to the Intellipitch and its
various features and functions. Please keep it for future reference.
®
Intellipitch Features
• High quality pitch shifting algorithms, including:
* 2-voice intelligent pitch shifting over 2 full octaves
* 4-voice chromatic pitch shifting over 3 full octaves
* 2-voice pitch shifting offered simultaneously with HUSH®, delay and reverb
* 2-voice reverse chromatic pitch shifting
• 8-voice chorusing with an enormous number of parameters for the richest chorus ever
• Super quiet operation through the use of high quality 16-bit converters and digital HUSH
• High purity sound due to the use of a 64X oversampling A/D converter, which samples the
signal 64 times as often as a conventional converter, and also due to the use of a separate
dual D/A converter. (Most "bargain" digital effects units use a single converter multiplexed 3 ways, resulting in decidedly higher distortion and lower dynamic range.)
• 24-bit processing and memory circuits to maintain maximum dynamic range
• Ability to store up to 8 unique MIDI controller patches with each preset
• Very high quality effects algorithms
• Highly stereo effects with panning available on almost all signals
• Built-in tuner
• Programming via knobs instead of push buttons
• Easy to read, wide viewing angle display
1
2. Quick Setup
When selecting a key:= sharp key
= flat key
Recalling an Intellipitch Preset
STEP 1To recall a stored Intellipitch preset, turn the PRESET control to
the desired preset number you wish to recall. The displayed
preset will be recalled automatically.
14 PRESET TITLE
Changing Preset Parameters
STEP 1The parameter menu for each effect can be called up via the
FUNCTION SELECT control. Turn this control to the effect to be
changed.
**** REVERB ****
STEP 2Turn the PARAMETER SELECT control to select the parameter to
be modified.
REV DECAY 59
STEP 3Use the PARAMETER ADJUST control to modify the parameter
value. The LED above the STORE button lights to indicate that a
parameter value has been modified from the stored preset.
REV DECAY 32
STEP 4The COMPARE button may be used to compare the stored value to
the new one.
REV DECAY 59
Storing Modified Parameter Values
STEP 1To store modified parameter values, press the STORE button while
viewing a parameter or effect title to begin the store procedure. The
Intellipitch will alternate displaying the current preset number/title
and:
STORE TO PRESET
STEP 2Turn the PRESET control to select the desired preset number to
store the new parameter values into (if the new values are to be
stored into the current preset location, this step is not necessary).
User presets may be stored in preset locations 1-80. Presets 81160 are factory presets and cannot be copied over. The Intellipitch
will now alternate displaying the new preset number/title and:
STORE TO PRESET
STEP 3Now press the STORE button a second time to store the modified
values into the selected preset location. The Intellipitch will display
"STORED" briefly before displaying the new preset number/title.
STORED
STEP 4After the modified parameters have been stored into a new preset
location, the Intellipitch will display "COPY TITLE TOO?". This
occurs only when a new preset location is selected to store the
modified parameters into, and allows for the title from the original
preset to be copied to the new preset location as well. To copy the
title, press the STORE button a third time. The display will again
flash "STORED".
Note 1Turn either the PRESET or FUNCTION SELECT control to exit the store
procedure without copying the title from the original preset.
Note 2If a modified preset is exited without completing the store procedure (i.e.
"STORED" displayed at least one time), all edited parameter values will
be lost and the preset will revert to its original condition the next time it is
recalled. When saving altered parameters, always make sure the
Intellipitch flashes "STORED" at least once before exiting the preset to
ensure that the desired modifications were stored into memory.
2
3. Front Panel
Some of the controls on the Intellipitch front panel have more than one function, dependent
upon the mode that the unit is currently operating in. Please read this section to become familiar
with these functions.
1POWER switch
2CONFIG button
The CONFIG button is used to display the configuration type of the currently recalled
preset. The configuration display indicates the effects that the preset executes as well as
the order in which they are executed.
3PRESET control
The PRESET control is used to scroll through the successive user presets and titles
stored in its memory.
4TUNER button
The TUNER button is used to initiate a tuner function that is built into the Intellipitch.
Pressing the TUNER button a second time recalls the previous preset.
5DISPLAY panel
6COMPARE button
The COMPARE button may be used to compare a modified parameter value to its
stored value. (Note: When comparing an altered value to a stored value, turning a knob
or pressing a button that changes the value while the stored value is displayed will
cancel the previously modified value.)
The COMPARE button may also be used to simultaneously compare multiple modified
parameters under the same effect heading (i.e. Reverb, Mixer, etc.) to the stored values.
To do so, turn to the effect heading where the modified parameters are located and
press the COMPARE button. When the STORE LED is off, the stored parameter values
are currently active. When the STORE LED is lit, the modifed values are active.
If a knob is turned or a button is pressed which changes the effect heading when the
stored parameters are active (STORE LED off), any modified parameter values under
that heading will be lost. This is also true if a MIDI control change is received while the
stored parameters are active.
7PARAMETER ADJUST control
This control is used to adjust the displayed parameter value. When the parameter is
changed from its original value, the LED above the STORE button will light until either
(a) the new value is stored, (b) a new preset is selected or (c) the parameter is returned
to its original value.
3
8STORE button
This button is used to store values into the Intellipitch memory when modified. See
Chapter 8, section C, "Storing Modified Parameters" for more information.
9PARAMETER SELECT control
When monitoring parameter values, this control will scroll through the available
parameters under the current effect heading.
In the "TITLE EDlT" function, this control will scroll through the available characters
in the title that may be edited.
10FUNCTION SELECT control
This control allows access to each of the primary functions of the Intellipitch. Once a
specific function has been selected, the parameters for the function are accessible
through the PARAMETER SELECT control. Depending upon which configuration the
current preset is created from, these functions may include:
When pressed, the LED is lit and all effects are bypassed.
12INPUT LEVEL meter
These LEDs provide visual indication of the peak level of the input signal. For the
optimal signal-to-noise ratio, it is best to adjust the input level so that the last LED
(0dB) is rarely lit. This will guard against the possibility of overdriving the unit.
13INPUT LEVEL control
This control adjusts the unit's gain to match the signal level at the input of the
Intellipitch. The gain can be adjusted from -12dB to +12dB. Use the INPUT LEVEL
meter to determine the setting of this control.
14CLIP L.E.D.
When lit, this L.E.D. indicates that the final analog output is being overdriven because
the Effects Level, Direct level, and Output Level control are set too high. If this occurs,
reduce these levels until this L.E.D. does not light.
15OUTPUT LEVEL control
This control is used to adjust the output level of the unit and may be adjusted from zero
signal to a small amount of gain.
16REFERENCE LEVEL switch
This switch determines the output range of the unit and may be set at either -10dB or
+4dB. When using professional studio equipment providing a nominal input level of
+4dB, it is recommended that the +4 setting on the Intellipitch be used for best results.
If connecting the Intellipitch to a high sensitivity input, such as the input to a guitar
amp, the -10 setting should be used.
4
4. Rear Panel
1R (MONO) INPUT jack
This standard 1/4" mono jack provides input to the right channel of the Intellipitch.
When using only one input (mono), this jack should be used.
2L INPUT jack
This standard 1/4" mono jack provides input to the left channel of the Intellipitch. When
using only one input, this jack should not be used.
3R OUTPUT jack
This standard 1/4" mono jack provides an output for the right channel of the
Intellipitch. When using the unit in a mono application, either output jack may be used.
4L CHANNEL OUTPUT jack
This standard 1/4" mono jack provides output for the left channel of the Intellipitch.
When using the unit in a mono application, either output jack may be used.
Note: When using a mono input (Right INPUT jack) and a mono output
(either the Left or Right OUTPUT jack), the left and right effected
signals are summed at the single output.
5PHANTOM POWER jack
This jack provides the ability to power the Rocktron MIDI Mate™ foot controller from a
seven pin MIDI cable which connects from the MIDI Mate to the MIDI IN jack on the
rear panel of the Intellipitch, thus eliminating the need to find an AC outlet near where
the footpedal would be placed during a performance—or the need to run an extension
cord out to the MIDI Mate.
Instead of inserting the adaptor into the MIDI Mate POWER jack, plug it into the
PHANTOM POWER jack on the Intellipitch. This will power the MIDI Mate through
pins 6 and 7 of the MIDI cable connecting the two units. A 7-pin MIDI cable must be
used for this feature and is available through your Rocktron dealer.
6MIDI IN jack
This 7-pin DIN connector receives MIDI information from the device which is
transmitting the MIDI commands for the Intellipitch to execute.
5
7MIDI OUT/THRU jack
This standard 5-pin DIN connector passes on the MIDI information that is received at
the MIDI IN jack to other MlDI-compatible devices via a MIDI cable. It also outputs
MIDI data when performing a memory dump.
Note: Inherently in MIDI there is a limit to the number of devices which can
be chained together (series connected). With more than three devices, a
slight distortion of the MIDI signal can occur (due to signal degradation)
which can cause an error in MIDI signal transmission. Should this
problem arise, a MIDI box can be used which connects directly to the
MIDI device which transmits MIDI information and has multiple
connectors for the multiple devices receiving MIDI. MIDI cables should
not exceed 50 feet (15 meters) in length.
8POWER jack
This jack accepts power from the 9VAC/1500mA adaptor supplied with the unit. For
more information on the power supply see the Power Requirements section on page 2.
6
5. Connections
Using the Intellipitch with the auxiliary sends and returns of a mixer
7
Using the Intellipitch with a keyboard and mixer
8
Using the Intellipitch with a guitar and amplifier
!! CAUTION !!
Note:For best results when using the Intellipitch with high gain distortion, always put the Intellipitch
Never connect the outputs of a power amplifier or guitar amplifier to the inputs of the
Intellipitch. This could damage the Intellipitch.
after the distortion in the signal chain, never before it.
9
6. Principle of Operation
The Intellipitch provides many parameters to achieve the widest variety of preset sounds possible. The parameters available for a given configuration are divided into sections accessible via the FUNCTION SELECT control.
This section will discuss each of the functions that are available which relate to a preset's overall sound. Utilitybased functions, such as MIDI operation, title editing, and factory preset restoration, are described in Chapters 8
and 9.
MIXER Function
The first function accessible when turning the FUNCTION SELECT control in any
preset is the
ing to each preset’s configuration and stores these levels for each preset.
Mixer
function. This digital mixer allows you to control the signal levels pertain-
10
Caution: Digital Output overload
As the input signal enters at the unit’s input (A), the unaltered direct signal is fed
to the Direct Pre/Post HUSH Selector (B). Here you may choose for the direct
signal to remain unaltered (Pre) or feed it through the digital HUSH section (E) of
the Intellipitch (Post). Before being fed to the HUSH section, the signal must first
be converted from an analog signal to digital via the converter (D). When the
direct signal is fed to the HUSH section, it will remain digital until it is summed
together with the output of the Effects Level control (G).
It is important to remember that it is possible to overload the Digital-to-Analog
Converter (H) if the effects levels and direct signal level are set too high when
using the HUSH section with the direct signal. If this occurs, reduce these levels
until the front panel CLIP L.E.D. does not light.
Also note that when passing the direct signal through the digital HUSH (Post), a
stereo signal will be converted to mono.
Mixer Parameters
EFFECT LVL
L/R DIR LEVEL
DIRECT HUSH
This controls the level of the entire effect signal. This control should
be set relative to the levels of the Left and Right Direct signals. In
configurations which do not include a master Effects Level, the
single effect level parameter (Chorus Level, Delay Level, etc.) is
considered the master Effect Level control.
These controls allow for the left and right direct signal levels to be
set individually, thereby allowing for panning of the direct signal to
the left or right output. These controls are available in all configurations.
This determines whether the direct signal is fed through the digital
HUSH section of the Intellipitch, or bypasses it. Selecting "Post" will
pass the direct signal through the HUSH system while selecting
"Pre" will bypass this section.
(Note: Selecting "Post" will convert a
stereo direct signal to mono.)
CHORUS LVL,
DELAY LVL,
REVERB LVL,
etc
.levels. In configurations which do not include a master Effects Level
REGEN L/R
In configurations which include a
control the level of each individual effect (i.e., chorus, reverb, etc.).
These should be set relative to each other when defining individual
control, the individual effect level acts as a master effect level.
Configurations which include chorus or delay effects provide
individual left and right regeneration level controls to determine the
number of times the delayed signals are repeated. Regeneration is
achieved by feeding the delayed output back into the input. Higher
levels of regeneration will result in more repeats.
Master Effects Level
control, these
The Intellipitch features
against the possibility of overloading the processor when using high
regeneration levels in configurations where a combination of
multiple voices is panned to the left or right. If the regeneration level
is set too high, the Intellipitch triggers the Regeneration Limiting and
a limit is internally set for the regeneration. This limit can not be
exceeded by increasing the
in the Mixer section.
If, for example, in the
Voice 1 is panned to the left and the
maximum level, panning a second voice to the left regeneration loop
will trigger the Regeneration Limiter and reduce the regeneration to
a level such that runaway regeneration will not occur. The original
regeneration level can be reset only by recalling the preset, or, by
accessing the
it back to its original value after removing the second voice from the
regeneration loop. This feature of the Intellipitch is particularly
desirable in live situations where panning and regeneration levels
may be controlled by continuous controllers.
Regen L
Regeneration Limiting.
Regen L
or
Regen R
Hush; Chorus; Delay; Reverb
Regen L
parameter, decreasing its value and setting
This feature guards
parameter values
configuration,
parameter is set to its
11
HUSH® Function
HUSH® is Rocktron's patented single-ended noise reduction system. The HUSH system contained in the
Intellipitch is a fully digital implementation of HUSH achieved through Digital Signal Processing (DSP), and is
modeled after the latest HUSH design.
The low level expander of the HUSH system operates like an electronic volume control. The analog design
utilizes a voltage-controlled amplifier (VCA) circuit which can control the gain between the input and output from
unity to 30, 40 or even 50dB of gain reduction. When the input signal is above the user preset threshold point, the
VCA circuit is at unity gain. This means that the amplitude of the output signal will be equal to that of the input
signal. As the input signal amplitude drops below the user preset threshold point, downward expansion begins. At
this point the expander operates like an electronic volume control and gradually begins to decrease the output
signal level relative to the input signal level. For example, if the input signal were to drop below the threshold point
by 2dB, the output would drop approximately 3dB. As the input signal drops further below the threshold point,
downward expansion increases. For example, if the input signal dropped 6dB below the threshold point, the output
level would drop by approximately 14dB. A drop in the input level by 20dB would cause the output level to drop by
approximately 54dB (i.e. 34dB of gain reduction). In the absence of any input signal, the expander will reduce the
gain such that the noise floor becomes inaudible.
HUSH® Parameters
HUSH I/O
EXP THRESH
REL RATE
This parameter simply determines whether the HUSH circuit will be in
the signal path or bypassed.
The Expander Threshold parameter determines the level at which
downward expansion begins. For example, if the expander threshold
was set at -20dB and the input signal dropped below -20dB, downward expansion would begin. Typically, this parameter should be set
between 5-20dB above the quiescent noise floor of the input signal
(i.e. if the noise floor was -60dB, a setting between -40 and -55dB will
produce the proper expansion).
The Release Rate parameter determines the amount of time required
for the downward expander to decrease the level of the output signal.
This rate is adjustable from 25mS to 800mS to accommodate a wide
variety of applications. For example, when using the expander for
gating applications on drums, a very quick release rate (25-200mS)
should be used. When used with individual instruments such as guitar,
a setting of 200mS or higher will provide adequate expansion without
being as harsh as a gate. When used with sources which have long
decay times (cymbals, etc.) a very slow release rate should be used.
12
REVERB Function
Reverb, or reverberation, is the continuance of sound within a given room or enclosed chamber after the
source of the sound has stopped producing it. More specifically, it is a multitude of echoes so densely spaced that,
to the human ear, seem as a single continuous sound. These echoes gradually decrease in intensity until they are
ultimately absorbed by the boundaries and obstacles within the room or enclosure. As the sound waves from the
signal source strike the walls or boundaries of the room, a portion of the energy is reflected away from the obstacle
and another portion is absorbed into it, thereby causing both the continuance of sound and the decaying or "dying
out" of the sound.
Reverb Types
The Intellipitch
Plate B, Room A, Room B, Hall A, Hall B, Stadium
The Plate reverb type simulates an artificial method of producing reverberation, popular
in the early years of recording, which involved using a fairly large, but very thin, metal
plate suspended at its four corners by steel wires under tension. This metal plate becomes excited by a driver unit (similar to a dynamic speaker without the diaphragm) and
the resulting reverberation is picked up by contact microphones.
The Intellipitch offers two Plate reverb types which reflect the most common plate
characteristics. This type of reverb is often used on drum and vocal tracks.
Room reverb effects simulate various rooms of different sizes and surfaces. For example, a room which is made up of primarily hardened surfaces (such as tile or hard
wood) will generate reflections containing much more high frequency information than
one which is made up of softer surfaces (such as thick carpeting). The Room reverb
effects offered by the Intellipitch can generate virtually any imaginable room setting via
highly efficient and adjustable reverb parameters.
Hall reverb simulates the reverberation characteristics of a very large room with a high
ceiling. Reflections in a hall are much longer than a typical room, as the length of time it
takes for the sound waves to travel from one surface to the next is greatly increased.
Stadium reverb simulates the characteristics of a large stadium or arena and should be
used with large amounts of predelay and high frequency damping.
HUSH; REVERB
configuration offers 8 different reverb types:
and
Dual
.
Plate A
,
Dual reverb is unique in that it allows for the left and right channels to be processed
independently one another. For example, the Predelay for the left channel can be set at
100mS while the Predelay for the right channel can be set at 200mS. This results in
reverb output from the left channel 100mS before reverb is output from the right channel.
13
Reverb Parameters
REV INPUT
REVERB LVL
REV DECAY
RV HF DAMP
LOW FREQ
REV TYPE
DIR IN PAN
This parameter determines whether the input to the Reverb section is
active
(passing a signal) or
This parameter determines the level of the reverb signal at the output
relative to the Direct signal and any other effect signals. It is accessible
from both the Mixer function and Reverb function parameter lists.
This parameter specifies the length of time that the reverb signal will
sound before it has completely faded out (or until its echoes have been
ultimately absorbed by the boundaries within the given "room"). The
maximum length of this decay will vary dependent upon which reverb
type is active.
High Frequency Damping is used to control the amount of high frequency information in the reverb signal.
This parameter determines the amount of low frequency information in
the reverb signal.
This parameter determines the current active reverb type (Room, Plate,
etc.).
This parameter allows you to pan the direct input signal to the reverb
section to the left or right - allowing for only the left or right channel to
be reverberated when used with the Dual reverb type, or, for one
channel to be reverberated to a greater degree than the other. This
parameter is adjustable from 0 to 100 - where "0" = full left, "100" = full
right and "50" = center.
muted
(not passing a signal).
14
PREDELAY L
PREDELAY R
GATE
GATE DECAY
GATE THRESH
HOLD TIME
This parameter determines the amount of time after a signal is input to
the Intellipitch that the left channel signal will be input to the Reverb.
Delaying the reverb signal provides greater separation of the input and
reverb signals and helps to increase the apparent size of the Room,
Hall, or Stadium.
This parameter determines the length of time after a signal is input to
the Intellipitch that the right channel signal will be input to the reverb.
Gating the reverb signal closes down the decay of the reverb very
quickly after a prescribed amount of time (most commonly a very short
period of time). This effect is often used on drums (particularly snare
drums) to produce the effect of a much fatter percussive sound. Note
that gating on the Intellipitch acts on the reverb decay, not on the
reverb output as on many other units.
This parameter determines how quickly the gate will close down the
reverb decay after the reverb has sounded for the specified time.
The Gate Threshold determines the threshold point at which gating will
take place. When the signal is below this threshold point for a period of
time, the reverb will be gated. When the input signal peak rises above
this threshold, the gate will open and reverb will be heard.
The Hold Time determines how long the reverb signal will sound before
the gate begins to close.
DELAY Function
Delay is simply a reproduction of the input signal, originating at a prescribed time (usually expressed in milliseconds, or mS) following the input signal.
Delay Types
The Intellipitch
Pong and 2-Tap.
The Stereo delay type provides two separate delays. This delay type is used for
applications requiring two discrete delay lines with individual regeneration loops.
The Ping-Pong delay type regenerates each delay’s output into the opposite delay’s
input instead of its own. This causes the delayed signals to bounce back and forth from
the left channel to the right (provided the delay outputs are panned left and right).
The 2-Tap delay type provides a single long delay line with two outputs and offers
twice the delay time of the Stereo delay type.
Hush; Delay; Ducker
configuration offers 3 delay types: Stereo, Ping-
Delay Parameters
DELAY
MUTE TYPE
This parameter determines whether the Delay section is active
(passing a signal) or muted (not passing a signal).
This parameter allows for muting of the Delay section at its input
(Pre), its output (Post) or both.
Muting the input (Pre) of the Delay restricts any signal from entering
the delay section until the delay is switched in. When using a moderate amount of regeneration, switching out the delay with the input
muted will generate a non-delayed signal which will play over the
decaying regenerated signal which continues on after the delay is
switched out.
LEVEL
Muting the output (Post) of the delay results in the delayed signal
being immediately turned off when the delay is switched out. This
means that delays and regeneration will not continue once the delay is
switched out. If the output were
switching the delay out would be allowed to regenerate - even after
switching out the delay.
It is also possible to mute both the input and output (Both) so that no
signal enters or exits the Delay section when it is not switched in.
These are individual level controls for each of the two delays available
in the Delay section. These are not the same as the Delay Level
parameter found in the Mixer function (which adjusts the overall level
of both delay signals).
not
muted, signals input before
15
PAN
This allows for the panning of each delay to the left or right output, if
desired. The Pan parameter is adjustable from 0 to 100 - where 0 =
full left, 100 = full right and 50 = center.
DLY TIME
REGEN
D TYPE
DL HF DAMP
These parameters determine the amount of time after a signal is input
that the delayed signal will begin to reproduce the input signal.
This parameter is provided for each delay and determines the number
of times the delayed signal will repeat itself. This is achieved by
feeding the delayed output back into the input. Higher levels of
regeneration will result in more repeats.
The Delay Type parameter determines whether the Stereo, Ping-Pong
or 2-Tap delay type is currently active.
Delay High Frequency Damping determines the amount of high
frequency content in the delayed and regenerated signals. Higher
amounts of damping will result in less high frequency information in
the delayed signal.
16
DUCKER Function
The process of
dent upon the presence of another signal which is desired to be prominent. The Ducking feature of the Intellipitch
works in conjunction with the Delay and Reverb sections to attenuate the delay and/or reverb level while a phrase
is being played (resulting in a less cluttered, more intelligible sound), yet return each to its original level when the
phrase ends—thus allowing for the full decay of the delayed and/or reverberated signal.
ducking
enables the user to suppress the level of a given signal or effect dynamically, depen-
Ducker Parameters
DUCKER
SENSITIVITY
In the
HUSH; Delay; Ducker
whether the Ducker is off or on.
In the
HUSH; Chorus; Delay; Reverb
Reverb
is either (A) off, (B) operating on the delay, (C) operating on the
reverb, or (D) operating on both the delay and reverb.
This parameter determines the threshold point above which the
ducker will begin attenuating the delay and/or reverb signal. Until the
input signal reaches this level, the delay/reverb signal will not be
affected.
configurations, this parameter determines whether the Ducker
configuration, this parameter determines
and
HUSH; Pitch Shift; Delay;
ATTENUATION
RELEASE RATE
This parameter determines how much the delayed signal is attenuated
(muted). It may be set for only a slight change in signal level or it can
completely attenuate the delay/reverb signal so that no delayed or
reverberated signal passes while ducking is active.
This parameter is adjustable from .2 seconds to 9 full seconds, and
determines the length of time it takes for the muted delay signal to
return to its original signal level after the input signal falls below the
threshold point set by the Sensitivity parameter.
17
VOICE/DLY Function
The Voice/Dly function is available only in the following Intellipitch configurations:
HUSH;CHORUS;DELAY;REVERB
HUSH;8 VOICE CHORUS;DELAY
HUSH;PITCH SHIFT;DELAY
HUSH;PITCH SHIFT;DELAY;REVERB
In each of the above configurations, a separate Voice/Dly function is provided for each chorus or chromatic
pitch shift voice that the configuration provides—thus allowing each chorus or pitch shift voice to be configured
independently. Alternatively, any of the voices provided by a given configuration's Voice/Dly functions can be used
as a delay-only voice, either by turning the Depth parameter to "0" (in a chorus configuration) to disable the chorus
effect, or by setting the Pitch and Fine parameters to "0" (in a pitch shift configuration) to disable the pitch shift
effect.
CHORUS
The Chorus effect is achieved by using one or more delayed signals, detuning these
delayed signals (slightly changing their pitch) then
the amount of pitch detune is constantly varying. Using many delayed signals at different
delay lengths—as well as using different detune amounts, modulation rates and modulation depths for each delayed signal—results in a rich, spacious stereo chorused signal.
modulating
this detune effect so that
Chorus VOICE/DLY Parameters
LEVEL
PAN
DELAY
DEPTH
RATE
This parameter adjusts the volume of the delayed signal relative to the
other voice(s) of the effect and is included in the parameter list for
each voice (or each delay signal) of both the 8-Voice and 4-Voice
Chorus effects. (This level control is not the same as the Chorus Level
found in the Mixer function parameter list.)
The
Pan
parameter allows you to pan each voice of the chorused
signal to the left or right channel. This parameter is adjustable from 0
to 100 (where 0 = full left, 100 = full right, and 50 = center).
The
Delay
parameter determines the delay time (in milliseconds) for
each tap of the chorus signal. It is this delayed signal that is detuned
and modulated to produce the chorus effect. Using shorter delay times
for this effect produces a tighter sounding chorused signal, while using
longer delay times will achieve a much larger, ambient effect.
The
Depth
parameter adjusts the amount of modulation of each
delayed signal. A lower depth setting will produce a more subtle
detune effect while a higher setting of this control will cause a more
drastic detuning of the delayed signal.
The
Rate
parameter determines the sweep speed for the delayed
signal (i.e. the speed at which the delayed signal is modulated). A low
rate results in a slow speed and a higher rate results in a faster speed.
18
PITCH SHIFT
Pitch Shifting is used to produce harmony notes (up to four, depending on the current
configuration) based on the pitch of the input signal. The Intellipitch provides four different
pitch shift configurations—two for
a special
reverse
Pitch Shift Types
shift effect.
chromatic
shifting, one for
intelligent
shifting and one for
Chromatic
fixed chromatic interval (or number of semitones) above or below the
input note. Each harmony voice may be of any fixed interval—from to one
octave above the input signal to two octaves below—and is adjustable in
20 cent increments. Increments of one cent (1/100th of a semitone) are
also available for fine adjustment via the Fine parameter.
Intelligent
the harmony notes that are produced are always generated diatonically
within a user-specified key and scale type. Therefore, any input note
played in the prescribed key will result in harmony notes that are also in
the proper key.
Reverse
sample to be played back in reverse after its prescribed delay time has
expired.
Pitch Shift Configurations
The Intellipitch provides four different configurations for pitch shifting.
The pitch shift configurations provided by the Intellipitch can be summarized as follows:
Hush; Pitch Shift; Delay provides four voices that can each be used for
chromatic pitch shifting and/or delay, as well as HUSH noise reduc-
tion.
pitch shifting produces a harmony note that is always a
pitch shifting differs from chromatic pitch shifting in that
shifting is a special effect that allows for the delayed pitch
Hush; Pitch Shift; Delay; Reverb provides two voices that can be used
for chromatic pitch shifting and/or delay, as well as an additional
dedicated delay line. This configuration also provides HUSH, reverb,
and ducking functions.
Hush; Intelligent Pitch Shift provides two voices that can be used for
Hush; Reverse Pitch Shift provides two voices that can be used for
pitch shifting with a special reverse effect. Reverse shifting allows for
the delayed pitch sample to be played back in reverse after its pre-
scribed delay time has expired.
19
Pitch shift parameters accessible from Voice/Dly functions refer only to the chromatic
pitch shift configurations (Hush; Pitch Shift; Delay and Hush; Pitch Shift; Delay; Reverb), and
!
these parameters are as described below.
Note
The pitch shift parameters for the Hush; Intelligent Shift and Hush; Reverse Shift configu-
rations are discussed later in this chapter.
Chromatic Pitch Shift VOICE/DLY Parameters
(Used in the
PITCH
FINE
Hush; Pitch Shift; Delay
The
Pitch
parameter determines the harmony note that the Intellipitch will
produce based on the input note. An interval is the distance in semitones
between the pitches of two musical tones (e.g., the distance from an A note
to a C note is a minor third interval, equaling 3 half-steps or 300 cents). The
Pitch parameter is adjustable in 20 cent increments and any interval may be
selected from one octave above to two octaves below the input signal. This
parameter is adjustable from -2400 to +1200 (where -2400 = 2 octaves
below the input signal, 0 = unison, and +1200 = one octave above the input
signal). Each 100 cents (or five 20-cent steps) above or below 0 represents
the amount of half-steps (or semitones) the harmony note will be above or
below the input signal.
The
Fine
parameter allows for fine adjustment of pitch change in 1-cent
steps (or 1/100th of a semitone) for finer adjustment of the harmony note.
and
Hush; Pitch Shift; Delay; Reverb
configurations)
20
LEVEL
PAN
DELAY
The
Level
parameter determines the volume of each voice relative to the
other voices of the effect.
Note: This parameter is not the same as the Pitch Shift Level parameter
found in the Mixer function parameter list.
This parameter allows you to pan the shifted note to the left or right channel
of the Intellipitch. It is adjustable from 0 to 100 (where 0 = full-left, 100 = fullright and 50 = center).
This parameter allows for the shifted signal to be delayed up to 418mS
following the input signal. It is adjustable from 0 to 418mS in 2mS increments.
Determining Chromatic Intervals by Cent Value
Equal to the input signal
Intellipitch
Pitch
Parameter Value
+1200
+1100
+1000
+900
+800
+700
+600
+500
+400
+300
+200
+100
-100
-200
-300
-400
-500
-600
-700
-800
-900
-1000
-1100
-1200
-1300
-1400
-1500
-1600
-1700
-1800
-1900
-2000
-2100
-2200
-2300
-2400
Corresponding
Interval
one octave
Major 7th
minor 7th
Major 6th
minor 6th
perfect 5th
diminished 5th
perfect 4th
Major 3rd
minor 3rd
Major 2nd
minor 2nd
unison
0
Major 7th
minor 7th
Major 6th
minor 6th
perfect 5th
diminished 5th
perfect 4th
Major 3rd
minor 3rd
Major 2nd
minor 2nd
one octave
one octave plus a Major 7th
one octave plus a minor 7th
one octave plus a Major 6th
one octave plus a minor 6th
one octave plus a perfect 5th
one octave plus a diminished 5th
one octave plus a perfect 4th
one octave plus a Major 3rd
one octave plus a minor 3rd
one octave plus a Major 2nd
one octave plus a minor 2nd
two octaves
Intervals above the
input signal
Intervals below the
input signal
Note:There are 5 steps of the PARAMETER ADJUST control between each of the above intervals, as each step is equal to
20 cents. This allows for use of the Pitch parameter with an expression controller (such as a volume pedal used with
a Rocktron Midi Mate foot controller) to change the pitch by remote means, and provides smooth pitch change
when the controller is used.
21
INTELLIGENT SHIFT Function
The
Hush; Intelligent Shift
shifting. Intelligent pitch shifting produces harmony notes that are always generated diatonically within a userspecified key and scale type when the user plays in key. Therefore, any input note played in the prescribed key will
result in harmony notes that are also in the proper key.
configuration provides two voices that can be used for intelligent (or
Intelligent Shift Parameters
diatonic
) pitch
G
Please note that, when
selecting the key for an
Intelligent Shift preset, the
symbol " " refers to a sharp
key, and the symbol " "
referes to a flat key.
KEY
MODE
INTERVL
DELAY
The
Key
parameter defines the tonic, or root note, that the Intellipitch will
use in conjunction with the current
harmony notes. Note that sharp keys are represented by the " " character, and flat keys are represented by the " " character.
The
Mode
setting defines the musical scale that the Intellipitch will use to
generate the proper harmony notes. Any of the following scales may be
selected:
The scalular structure for each of the above mode settings is shown in
the following section (
The
Interval
that the harmony note will be generated. For example, if
3, the harmony note generated will always be the third scale step above
the input note based on the current key and mode selected.
The
Delay
500mS following the input signal. It is adjustable from 0 to 500mS in
10mS increments.
parameter determines the scale degree from the input signal
parameter allows for the shifted signal to be delayed up to
"Using the Intelligent Shift Configuration"
Mode
setting to generate the correct
MINOR
PENTHARMMINOR
Interval
).
is set to
22
LEVEL
PAN
QUANT
The
Level
parameter determines the volume of each voice relative to the
other voices of the effect.
Note: This Level parameter is not the same as the Pitch Shift
Level parameter found in the Mixer function parameter
list.
The
Pan
parameter allows you to pan the shifted note to the left or right
output of the Intellipitch. It is adjustable from 0 to 100 (where 0 = full-left,
100 = full-right, and 50 = center).
The
Quantize
input notes that are not exactly in pitch with any of the 12 even-tempered
notes. Higher Quantize settings will pitch-correct the harmony notes
produced to the nearest even-tempered interval any time that the input is
slightly off pitch, and thus will restrict harmony notes from fluctuating if
the input pitch varies (i.e., when vibrato is applied to a note). Lower
settings of the Quantize parameter will not perform pitch correction on the
harmony note, and therefore will allow it to fluctuate in pitch with the input
note.
parameter determines how the Intellipitch will respond to
RANGE
The
Range
best possible performance based on the current application. The following selections are available:
Selecting a range that is based on the current application will ensure the
smallest delay and the smoothest pitch shift possible.
parameter can be used to optimize the pitch shifter for the
GUITARBASSWIDEVOCAL
Using the Intelligent Shift Configuration
The
Mode
parameter provides many scales which the Intellipitch can use to determine harmony notes. Once
the desired key and mode have been selected, each voice can provide a harmony note based on both the input
note and the value of the
Interval
parameter selected for that particular voice.
The following examples illustrate the scalular structure of each of the available modes. Each example is shown
using C as the tonic note (i.e., the
Ionian
The staff above shows the scale steps for each note in an Ionian scale with a C tonic note.
With the Mode parameter set to "Ionian", setting an Interval parameter to "+THIRD" and playing a C
note results in the Intellipitch producing an E harmony note, as E is the major 3rd interval from the tonic
C. Likewise, setting the Interval parameter to "+FIFTH" results in the Intellipitch producing a G harmony
note, as G is a perfect 5th from C.
Key
parameter value).
Playing any other note within the selected scale results in the Intellipitch determining the harmony
note in the same manner. For example, playing a D note when the Interval parameter is set to "+THIRD"
results in an F harmony note, as F is a 3rd interval from D when C is the tonic.
The following figures show the scalular structure of each of the remaining modes.
23
Dorian
Phrygian
Lydian
Mixolydian
Aeolean
Locrian
24
Pentatonic
Blues Pent
Blues
Melodic Minor
Harmonic Minor
Whole Tone
25
REVERSE SHIFT Function
The
Hush; Reverse Shift
effect. Reverse shifting allows for the delayed pitch sample(s) to be played back in reverse after its prescribed
delay time has expired.
configuration provides two voices that can be used for a special reverse pitch shifting
Reverse Shift Parameters
PITCH
LENGTH
DIR
REGEN
LEVEL
The
Pitch
parameter determines the harmony note that the Intellipitch
will produce based on the input note. An interval is the distance in
semitones between the pitches of two musical tones (e.g., the distance
from an A note to a C note is a minor third interval, equaling 3 half-steps
or 300 cents). The Pitch parameter is adjustable in 20 cent increments
and any interval may be selected from one octave above to two octaves
below the input signal. This parameter is adjustable from -2400 to +1200
(where -2400 = 2 octaves below the input signal, 0 = unison, and +1200
= one octave above the input signal). Each 100 cents (or five 20-cent
steps) above or below 0 represents the amount of half-steps (or
semitones) the harmony note will be above or below the input signal.
The
Length
played back, and also determines the length of the sample. This parameter is adjustable up to 500 milliseconds.
The
Direction
played back normally (
The
Regeneration
delayed signal will be repeated.
The
Level
edited.
parameter determines the delay length before a sample is
parameter determines whether the delayed sample will be
Forward
parameter determines the number of times that the
parameter determines the volume of the current voice being
) or backward (
Reverse
).
26
PAN
TRIGGER
XFADE
This parameter allows you to pan the shifted note to the left or right
channel of the Intellipitch. It is adjustable from 0 to 100 (where 0 = fullleft, 100 = full-right and 50 = center).
The
Trigger
which the Intellipitch will begin sampling the input signal (rather than the
continuous sampling that normally occurs).
As an example, this parameter could be set such that the transient that
is produced by the picking of a note triggers the sampling function, while
the decay of the note itself is below the threshold level and does not
generate any sampling. This technique allows for some interesting and
more controllable call-and-response interaction between the input note
and reversed harmony note while playing.
The
XFade
shifted notes will move from one interval to another.
parameter allows you to set a predetermined level, above
parameter determines the speed and smoothness of how
7. Configurations
At the root of each preset’s sound is its
(a) the active effects for a given preset,
(b) the adjustable parameters available for a preset, and
(c) the order in which the effects are routed in the signal path.
The Intellipitch provides 8 highly flexible configurations capable of producing sounds
which previously could only be obtained by patching numerous effects together. These
configurations offer many simultaneous effects without suffering any degradation of the
sound quality of each effect.
The available Intellipitch configurations are configured as follows:
HUSH / Chorus / Delay / Reverb
HUSH / Reverb
HUSH / Delay / Ducker
HUSH / 8 Voice Chorus / Delay
HUSH / Pitch Shift / Delay
HUSH / Pitch Shift / Delay / Reverb
HUSH / Intelligent Shift
HUSH / Reverse Shift
configuration.
The configuration determines
Selecting a Configuration
To select a specific configuration, press the CONFIG button—the CONFIG LED
above the button will light and the Intellipitch will display the configuration for the current
preset. Turning the PRESET control while in this mode will step through each preset,
displaying each preset's configuration instead of its preset number and title.
If a particular configuration is required for a specific preset location, locate an
existing preset that uses that configuration and copy it into the desired location. (See the
section entitled
copying presets.)
The basic signal path arrangements for each of the Intellipitch configurations are
shown in this section, as well as their respective parameter lists. These diagrams
illustrate the various signal flow possibilities available via the MIX, PAN and LEVEL
controls located at various points in the signal chain.
"Storing Modified Parameter Values"
in section 8 for more information on
27
HUSH / CHORUS / DELAY / REVERB Configuration
This configuration provides HUSH® noise reduction at the input to quiet a noisy input signal (such as from a
high-gain guitar preamp) with 4 chorus/delay voices and reverb.
Note:When the Delay Time for any voice is set to zero, that voice is taken out of the
regeneration loops. This will allow for higher regeneration levels (if needed). It
also allows for a more pure sounding decay of the echo when used with other
voices set at long delay times.
28
HUSH / CHORUS / DELAY / REVERB Parameters
Function
via FUNCTION SELECT control
MIXER
HUSH
VOICE/DLY 1
Repeated for
Voices/Dlys 2, 3 and 4
DUCKER
Parameter List
via PARAMETER SELECTcontol
EFFECTS LVL
L DIR LVL
R DIR LVL
DIRECT HUSH
CHORUS LVL
DELAY LVL
REVERB LVL
REGEN L
REGEN R
HUSH I/O
EXP THRESH
REL RATE
LEVEL 1
PAN 1
DELAY
DEPTH 1
RATE 1
DUCKER
SENSITIVITY
ATTENUATION
RELEASE RATE
Range
via PARAMETER ADJUST control
-∞ to +6.0dB
-∞ to +6.0dB
-∞ to +6.0dB
PRE or POST
-∞ to 0dB
-∞ to 0dB
-∞ to 0dB
-∞ to 0dB
-∞ to 0dB
IN or OUT
-92 to -20dB
25mS to 800mS
- ∞ to 0dB
L<- 0 to 100 ->R
0 to 418mS
0 to 100
0 to 254
Off, Dly, Rev or Both
-92 to -20dB
-∞ to 0dB
.2 to 9.0 Seconds
REVERB
REV INPUT
DIR IN PAN
MIX DIR/DLY
REVERB LVL
REV DECAY
RV HF DAMP
Active or Muted
L<- 0 to 100 ->R
DlR<- 0 to 100 ->DLY
-∞ to 0dB
0 to 99
0 to 99
29
HUSH / REVERB Configuration
This configuration combines HUSH® noise reduction with high purity reverb sounds. Eight different reverb types are
DIR IN PAN
PREDELAY L
PREDELAY R
GATE
GATE DECAY
GATE THRESH
HOLD TIME
Range
via PARAMETER ADJUST control
-∞ to +6.0dB
-∞ to +6.0dB
-∞ to +6.0dB
PRE or POST
IN or OUT
-92 to -20dB
25mS to 800mS
-∞ to 0dB
0 to 99
0 to 99
0 to 99
Plate A, Plate B, Room A, Room B,
Dual, Hall A, Hall B, Stadium
L<- 0 to 100 ->R
0 to 209mS
0 to 209mS
On or Off
0 to 31
-92 to -20dB
0 to 99
31
HUSH / DELAY / DUCKER Configuration
The Intellipitch offers three types of delay—2-Tap, Stereo and Ping-Pong. The configurations for each are
shown.
2-Tap Delay
32
Stereo Delay
Ping-Pong Delay
33
HUSH / DELAY / DUCKER Parameters
Function
via FUNCTION SELECT control
MIXER
HUSH
DELAY
Parameter List
via PARAMETER SELECTcontrol
DELAY LVL
L DIR LVL
R DIR LVL
DlRECT HUSH
HUSH l/O
EXP THRESH
REL RATE
DELAY
MUTE TYPE
LEVEL 1
PAN 1
DLY TIME 1
REGEN 1
LEVEL 2
PAN 2
DLY TIME 2
REGEN 2
D TYPE
DL HF DAMP
Range
via PARAMETER ADJUST contol
-∞ to +6.0dB
-∞ to +6.0dB
-∞ to +6.0dB
PRE or POST
IN or OUT
-92 to -20 dB
25mS to 800mS
Muted or Active
PRE, POST or BOTH
-∞ to 0dB
L<- 0 to100 ->R
0 to 750mS (1500mS - 2 Tap)
-∞ to 0dB
-∞ to 0dB
L<- 0 to l00 ->R
0 to 750mS (1500mS - 2 Tap)
-∞ to 0dB
2-Tap, Stereo, or Ping Pong
0 to 99
DUCKER
DUCKER
SENSITIVITY
ATTENUATION
RELEASE RATE
Off or On
-92 to -20dB
-∞ to 0dB
.2 to 9.0 Seconds
34
HUSH / 8 VOICE CHORUS / DELAY Configuration
This configuration provides eight voices which may be chorused and/or delayed up to 418 milliseconds each.
Note:When the Delay Time for any voice is set to zero, that voice is taken out of the
regeneration loops. This will allow for higher regeneration levels (if needed). It
also allows for a more pure sounding decay of the echo when used with other
voices set at long delay times.
35
HUSH / 8 VOICE CHORUS / DELAY Parameters
Function
via FUNCTION SELECT control
MIXER
HUSH
VOICE/DLY 1
Repeated for Voices 2 - 8
Parameter List
via PARAMETER SELECT control
CHORUS LVL
L DIR LVL
R DIRLVL
DIRECT HUSH
REGEN L
REGEN R
HUSH 1/0
EXP THRESH
REL RATE
LEVEL 1
PAN 1
DELAY 1
DEPTH 1
RATE 1
Range
via PARAMETER ADJUST contol
-∞ to +6.0dB
-∞ to +6.0dB
-∞ to +6.0dB
Pre or Post
-∞ to 0.0dB
-∞ to 0.0dB
In or Out
-92 to -20dB
25mS to 800mS
-∞ to 0dB
L<- 0 to 100 ->R
0 to 418mS
0 to 100
0 to 254
36
HUSH / PITCH SHIFT / DELAY Configuration
37
HUSH / PITCH SHIFT / DELAY Parameters
Function
via FUNCTION SELECT control
MIXER
HUSH
VOICE 1
Repeated for
Voices 2,3 and 4
Parameter List
via PARAMETER SELECT control
P SHIFT LVL
L DIRLVL
R DIR LVL
DIRECT HUSH
REGEN L
REGEN R
HUSH l/O
EXP THRESH
REL RATE
PITCH 1
FINE 1
LEVEL 1
PAN 1
DELAY1
Range
via PARAMETER ADJUST control
-∞ to +6.0dB
-∞ to +6.0dB
-∞ to +6.0dB
Pre or Post
-∞ to 0.0dB
-∞ to 0.0dB
In or Out
-92 to -20dB
25mS to 800mS
-2400 to +1200
-20 to +20
-∞ to 0.0dB
L<- 0 to 100 -> R
0 to 418mS
38
HUSH / PITCH SHIFT / DELAY / REVERB Configuration
This configuration combines HUSH noise reduction with 2 voices of pitch shift/delay, along with a separate
third delay. This is followed by a ducking feature for the delayed signals and reverb.
Note:When the Delay Time for any voice is set to zero, that voice is taken out of the
regeneration loops. This will allow for higher regeneration levels (if needed). It
also allows for a more pure sounding decay of the echo when used with other
voices set at long delay times.
39
HUSH / PITCH SHIFT / DELAY / REVERB Parameters
Function
via FUNCTION SELECT control
MIXER
HUSH
VOICE/DLY 1
VOICE/DLY 2
Parameter List
via PARAMETER SELECT control
EFFECT LVL
L DIR LVL
R DIR LVL
DIRECT HUSH
PSHIFT LVL
DELAY LVL
REVERB LVL
REGEN L
REGEN R
HUSH I/0
EXP THRESH
PITCH 1
FINE 1
LEVEL 1
PAN 1
DELAY 1
PITCH 2
FINE 2
LEVEL 2
PAN 2
DELAY 2
Range
via PARAMETER ADJUST contol
-∞ to +6.0dB
-∞ to +6.0dB
-∞ to +6.0dB
Pre or Post
-∞ to 0.0dB
-∞ to 0.0dB
-∞ to 0.0dB
-∞ to 0.0dB
-∞ to 0.0dB
In or Out
-92 to -20dB
-2400 to +1200
-20 to +20
-∞ to 0.0dB
L<- 0 to 100 ->R
0 to 418mS
-2400 to +1200
-20 to +20
-∞ to 0.0dB
L<- 0 to 100 ->R
0 to 418mS
DELAY 3
DUCKER
REVERB
LEVEL 3
PAN 3
DELAY 3
DUCKER
SENSITIVITY
ATTENUATION
RELEASE RATE
REV INPUT
DIR IN PAN
MIX DIR/DLY
REVERB LVL
REVERB DECAY
RV HF DAMP
-∞ to 0.0dB
L<- 0 to 100 ->R
0 to 418mS
Off, Dly, Rev or Both
-92 to -20dB
-∞ to 0dB
.2 to 9.0 Seconds
Active or Muted
L<- 0 to 100 ->R
DlR<- 0 to 100 ->DLY
-∞ to 0dB
0 to 99
0 to 99
40
HUSH / INTELLIGENT PITCH SHIFT Configuration
This configuration combines HUSH noise reduction with 2 voices of intelligent (diatonic) pitch shifting. In this
configuration, any of 13 different scales can be selected to determine the harmony notes that are generated for a
specific key. Each voice can be shifted over a range of 2 octaves, and delayed up to 500 milliseconds.
-∞ to 0dB
L<0 to 100>R
0 to 100
Guitar, Bass, Wide, Vocal
In or Out
CAL PITCH SHIFT
PLAY - A
On or Off
42
HUSH / REVERSE PITCH SHIFT Configuration
This configuration combines HUSH noise reduction with two voices that can be used for a special reverse pitch
shifting effect. Reverse shifting allows for each delayed pitch sample to be played back in reverse after its prescribed delay time has elapsed.
43
HUSH / REVERSE PITCH SHIFT Parameters
Function
via FUNCTION SELECT control
MIXER
HUSH
REVERSE SHIFT
Parameter List
via PARAMETER SELECT control
L DIR LVL
R DIR LVL
EFFECT LVL
DIRECT HUSH
HUSH I/O
EXP THRESH
REVERSE
PITCH 1
LENGTH 1
DIR 1
REGEN 1
LEVEL 1
PAN 1
XFADE 1
PITCH 2
LENGTH 2
DIR 2
REGEN 2
LEVEL 2
PAN 2
XFADE 2
TRIGGER
Range
via PARAMETER ADJUST contol
-∞ to +6.0dB
-∞ to +6.0dB
-∞ to +6.0dB
Pre or Post
In or Out
-92 to -20dB
In or Out
-2400 to +1200
100 to 600 mS
FORWARD, REVERSE
0 to 100
-∞ to +6.0dB
L<- 0 to 100 ->R
1 to 100
-2400 to +1200
100 to 600 mS
FORWARD, REVERSE
0 to 100
-∞ to +6.0dB
L<- 0 to 100 ->R
1 to 100
-10dB to -60dB
44
8. Operating the Intellipitch
A. Recalling a stored Intellipitch preset
1
Step 1
To recall an Intellipitch preset, turn the PRESET control to the preset number to be recalled. The
displayed preset will be recalled automatically.
14 PRESET TITLE
45
B. Changing preset parameters
4123
Step 1
Step 2
Step 3
Step 4
The parameter menu for each effect can be called up via the FUNCTION SELECT control. Turn
this control to the effect to be edited.
***** REVERB *****
Turn the PARAMETER SELECT control to select the specific parameter to be edited for the
selected effect.
REV DECAY 59
Use the PARAMETER ADJUST control to change the parameter value. The LED above the
STORE button will light, indicating that the preset has been altered from its original state.
REV DECAY 32
The COMPARE button may be used to compare the old parameter value to the new one.
46
REV DECAY 59
C. Storing modified parameter values
21,3,4
Step 1
Step 2
Step 3
To store altered parameter values, press the STORE button while the effect title or parameter is
displayed to start the store procedure. The display will alternate between the preset number/title
that the changes will be stored to and:
STORE TO PRESET
Turn the PRESET control to select the desired preset number to store the new parameter values
into (if you wish to store the new parameter values into the current preset number, this step is not
necessary). The display will now alternate between the new preset number and:
STORE TO PRESET
Press the STORE button a second time to store the new values into the selected preset number.
The display will briefly flash "STORED" before displaying the new preset number and title.
STORED
Step 4
Note 1
Note 2
After the altered parameter values have been stored into the selected preset number, the
Intellipitch will display "COPY TITLE TOO?". This message is only displayed when storing
into a new preset number, and allows you copy the title from the original preset into the new
preset also, if desired. To copy the title from the original preset, press the STORE button a third
time and the display will again flash "STORED".
STORED
If it is not desired to copy the title of the original preset, simply turn the PRESET control to any
other preset or turn the FUNCTION SELECT control to any function to exit. The altered
parameters will still be stored into the new preset number.
If a preset with modified parameters is exited prior to completing the store procedure, all edited
parameter values will be lost and the preset will revert back to its original status the next time it
is recalled. When saving a preset’s altered parameters, make sure the display flashes "STORED"
before exiting the preset to ensure that it was indeed stored.
47
D. Editing a preset title
2,4135
Step 1
Step 2
Step 3
Step 4
To use the Title Edit function, turn the FUNCTION SELECT control clockwise until the
Intellipitch displays "TITLE EDIT".
TITLE EDIT
Turn the PARAMETER SELECT control clockwise to initiate the Title Edit mode. This control
is used to select the character location to be edited. The current character position to be edited is
followed by a flashing decimal.
29 P.RESET TITLE
Flashing decimal
Use the PARAMETER ADJUST control to select the desired character for the current position to
be edited.
29 N.RESET TITLE
To edit the character in the next position, turn the PARAMETER SELECT control one step
clockwise—the flashing decimal will move to the next position.
48
Step 5
Note 1
Note 2
29 NR.ESET TITLE
Flashing decimal
at next position
After all the desired characters have been edited, press the STORE button to save the new title.
The Intellipitch will flash "STORED" briefly.
STORED
The STORE button must be pressed to save the new title. Exiting the Title Edit function before
pressing the STORE button will erase any prior editing done in the Title Edit function.
After flashing "STORED" briefly, the Intellipitch will remain in Title Edit mode. At this time, you
may either (a) turn the PRESET control to display and edit other preset titles, or, (b) turn the
FUNCTION SELECT control to exit the Title Edit function.
E. Selecting a power on preset
The Intellipitch allows you to select the preset that will be recalled each time the unit is turned on.
12
Step 1
Step 2
Turn the PRESET control to the preset number that is to be recalled each time the unit is turned
on.
24 PRESET TITLE
Press the STORE button while the preset number/title or configuration is displayed to save the
current preset as the "power on" preset.
PWR ON PR STORED
49
F. Tuning your Instrument to the Intellipitch
The Intellipitch provides a built in tuner which allows you to tune your instrument to standard pitch, as well as
calibrate the Intellipitch to the tuning of your instrument.
1,3
Step 1
Step 2
Press the front panel TUNER button to initiate the Tuner function. The Intellipitch will briefly
display "TUNER ACTIVE".
TUNER ACTIVE
Play any note on the instrument, and the Intellipitch will display the note that was detected, as
well as provide a visual indication of how far the instrument is from being perfectly in tune. An
asterisk displayed to the left of the note detected indicates that the input note from the instrument
is flat (slightly below the note displayed). An asterisk to the right indicates that the instrument is
sharp (slightly above the note displayed).
A
Indicates that the input note is flat
When the input note is tuned perfectly with the note that is displayed, the Intellipitch will display
"TUNED", as shown below.
TUNED- A -TUNED
50
Step 3
When the instrument is tuned, press the TUNER button to exit the tuner function and recall the
original preset.
1 PRESET TITLE
!
Additional ways to
access the Tuner
function...
Creating a Tuner preset
In addition to using the TUNER button, the tuner function can also be accessed in the
Intelligent Shift configuration by storing the TUNER parameter "IN". Then, each time
that preset is recalled, the Intellipitch will display the tuner in place of the preset title
and number.
To access the functions and parameters of a tuner preset, recall the preset via a MIDI
controller two times consecutively. Recalling the preset a second time will display the
preset number and title, and allow access to all functions and parameters of the preset.
Access via MIDI controller
The tuner function can also be accessed by assigning the TUNER parameter to MIDI
controller 20. (See the "MIDI Operation" section for a detailed description of controller assignments.)
51
G. Calibrating the Intellipitch to your Instrument
In addition to tuning your instrument to the Intellipitch, the Intellipitch can also be calibrated to the tuning of
your instrument.
325
Step 1
Step 2
Step 3
Step 4
Step 5
From any Intelligent Pitch preset, ensure that the IPITCH parameter is currently "IN".
IPITCHIN
Turn the FUNCTION SELECT control to "CAL PITCH SHIFT".
CAL PITCH SHIFT
Turn the PARAMETER SELECT control to "PLAY A OFF".
PLAY A OFF
Play the note on the guitar that is normally A-440 (G-string, 14th fret).
As the note rings out, turn the PARAMETER ADJUST control. The Intellipitch will sample the
input note and briefly display "CALIBRATED".
52
CALIBRATED
9. MIDI Operation
A. MIDI Controller Assignments
Controller mapping allows for specific Intellipitch adjustable parameters to be mapped (or assigned) to a MIDI
controller number for real-time control (via a pitch wheel, expression pedal, etc.) in live performance situations.
Any parameter may be assigned to any controller number, from controller 0 through controller 120, or OFF. In the
OFF position, the assigned parameter will not respond to any MIDI control change. Each preset allows for up to 8
controllers.
3,6,9,124,7,10,1312,5,8,11
Step 1
Step 2
Step 3
Step 4
To access the Controller Assign function, turn the FUNCTION SELECT control one step
clockwise past "Title Edit".
CONTROLLER ASSIG
Turn the PARAMETER SELECT control to access the first parameter of the Controller Assign
function. This parameter allows for the selection of a controller number which the first parameter
(selected in Step 5) will respond to.
NUMB1 XXX
Use the PARAMETER ADJUST control to select the controller number to be assigned to the
first parameter (PARA1). You may choose any number from 0 to 120, or OFF so that the
parameter will not respond to MIDI controller changes. Match this number with the MIDI
transmitter controller number.
NUMB1 7
After selecting the desired controller number, press the STORE button to save the number.
"STORED" will flash briefly on the display.
STORED
53
Step 5
Turning the PARAMETER SELECT control one step clockwise will display the effect parameter that is currently mapped to the NUMB1 control number.
PARA1 XXX
Step 6
Step 7
Note
Step 8
Turn the PARAMETER ADJUST control to scroll through the available parameters for the
current configuration.
PARA1 EFFECTS LVL
After selecting the parameter to be assigned to the NUMB1 controller, press the STORE button
to save it. "STORED" will flash briefly on the display.
STORED
The Intellipitch allows for the range of any given parameter to be limited when using a MIDI
controller to determine the current parameter value. For example, if a given parameter has a
range from -∞ to +6dB yet it is desirable for the full range of the controller to vary from only 10dB to +2.5dB, a lower limit of -10 and an upper limit of +2.5 may be set via the "Upper
Limit" and "Lower Limit" parameters. When storing a parameter, the maximum value is stored
as the upper limit and the minimum value is stored as the lower limit automatically.
Turn the PARAMETER SELECT control to display the next parameter - "Controller Upper
Limit".
Step 9
Step 10
ULIM C1 XXX
Use the PARAMETER ADJUST control to select the highest parameter value that the controller
is not to exceed.
ULIM C1 +2.5
After selecting the value for the upper limit, press the STORE button to save it. "STORED" will
again flash briefly on the display.
STORED
54
Step 11
Turn the PARAMETER SELECT control for the last parameter—Controller Lower Limit.
LLIM C1 XXX
Step 12
Step 13
Notes
Use the PARAMETER ADJUST control to select the parameter value which the controller is not
to fall below.
LLIM C1 -10.0
After choosing a lower limit parameter value, press the STORE button to save it. "STORED"
will flash briefly on the display.
STORED
This entire process is repeated 7 times for a total of 8 controllers (NUMB2, NUMB3, etc.). To
exit Controller Assign at any time, turn the PRESET or FUNCTION SELECT controls. Only
those changes that have been stored will be saved after exiting Controller Assign.
Also, a lower limit may be selected which is greater than the upper limit. This will invert the
response of the controller. For example, the toe position of an expression pedal would provide
the minimum value while the heel position would provide the maximum value.
55
B. MIDI Program Mapping
Program mapping allows for an Intellipitch preset number to be mapped (or assigned) to a different MIDI
program number. The Intellipitch is initially programmed at the factory to access to the lower 128 presets (i.e.
program number 1 is mapped to preset 1, 128 to 128, etc.)
3,74,812,5,6
Step 1
Step 2
Step 3
Step 4
To access the Program Mapping function, turn the FUNCTION SELECT control one step past the
Controller Assign function.
** PROG MAPPING **
Use the PARAMETER SELECT control to select the first parameter—Program Mapping Status.
This parameter determines whether program mapping is on or off. When program mapping is
OFF, the preset number recalled is identical to the program number sent via MIDI. When ON,
the preset number recalled is the preset that the program number sent is mapped to.
PROG MAPPING OFF
Select whether the program mapping is to be ON or OFF via the PARAMETER ADJUST
control.
PROG MAPPING ON
Save the current Program Mapping status by pressing the STORE button. "STORED" will flash
briefly on the display.
56
Step 5
STORED
Turn the PARAMETER SELECT control one step clockwise to view the current map settings.
This parameter allows you to map MIDI program numbers to specific presets.
XXX MAP TO XXX
Step 6
The number on the left of the display is the MIDI program number (or the number sent via a
MIDI footswitch, etc.). Use the PARAMETER SELECT control to select the number (1-128) to
be mapped to a preset.
110 MAP TO XXX
MIDI program number
(1-128)
Step 7
Step 8
The number on the right of the display is the preset number to map to (or the preset number that
will be recalled when the MIDI program number on the left is sent). Use the PARAMETER
ADJUST control to select the preset number (1-160, or OFF) to map to.
110 MAP TO 56
Preset number
(1-160, OFF)
Press the STORE button after each MIDI program number and preset number have been selected
to save the change for each mapping. "STORED" will flash briefly on the display.
STORED
The Program Mapping function may be exited by turning either the PRESET or FUNCTION
SELECT control. Only the changes that have been stored will be saved after exiting the Program
Mapping function.
57
C. MIDI Channel
The MIDI Channel function determines the MIDI channel that the Intellipitch receives MIDI commands on.
1234
Step 1
Step 2
Step 3
Step 4
Turn the FUNCTION SELECT control to "MIDI Channel".
** MIDI CHANNEL **
Turn the PARAMETER SELECT to view the current MIDI Channel.
MIDI CHANL OMNI
Use the PARAMETER ADJUST control to select the MIDI channel that the Intellipitch is to
receive MIDI commands on. Channels 1-16, OMNI (all channels), or OFF (will not receive
MIDI commands) may be selected.
MIDI CHANL 10
Press the STORE button to save the new MIDI channel status. "STORED" will briefly flash on
the display.
STORED
58
To exit the MIDI Channel function, turn either the PRESET or FUNCTION SELECT control.
Any changes made must be stored to be saved after exiting the MIDI Channel function.
D. MIDI Dump/Load
Any or all of the Intellipitch user presets may be dumped to a sequencer or another Intellipitch via system
exclusive messages. The information exchanged when performing a MIDI dump consists of the configuration type,
parameter values, title characters and controller assignment/limit information. When dumping a single Intellipitch
preset into another Intellipitch, the preset being dumped may be loaded into any user preset location on the
receiving Intellipitch.
Dumping a single Intellipitch user preset into another Intellipitch:
Step 1
Step 2
Using a standard MIDI cable, connect the MIDI OUT of the transmitting Intellipitch to the MIDI
IN of the receiving Intellipitch. Do not connect the other MIDI ports together.
Turn the FUNCTION SELECT knob on both units to "MIDI Dump/Load".
Step 3
Step 4
MIDI DUMP/LOAD
Turn the PARAMETER SELECT knob on the transmitting Intellipitch to "Preset Dump". (The
current preset number will also be displayed.)
54 PRESET DUMP
Turn the PARAMETER SELECT control on the receiving Intellipitch to "Preset Load". (The
current preset number will also be displayed.)
78 PRESET LOAD
59
Step 5
Use the PRESET control on the transmitting Intellipitch to select the preset you wish to dump.
Any of the user presets (1-80) may be dumped.
17 PRESET DUMP
Step 6
Step 7
Use the PRESET control on the receiving Intellipitch to select the preset location to store the
received preset. The preset currently at this location will be overwritten, therefore use caution
when selecting the preset location to dump to.
25 PRESET LOAD
Press the STORE button on the transmitting Intellipitch to initiate the dump. The transmitting
Intellipitch will display the preset number of the preset dumped and "DUMPED". The receiving
Intellipitch will display the preset location being stored to and "RECEIVING...” while it receives
and stores the preset's parameters, title and controller information.
After all information for that preset is stored, the receiving Intellipitch will display "LOADED"
and the preset number. The receiving Intellipitch also recalls the loaded preset at this time so that
it may be verified.
17 DUMPED
Transmitting Intellipitch
25 LOADED
Receiving Intellipitch
60
The following information is transmitted when a preset dump is initiated:
F0H - Start of Exclusive byte
00H - Manufacturer ID byte 1
00H - Manufacturer ID byte 2
29H - Manufacturer ID byte 3
02H - Product ID byte
28H - Command byte, Preset dump
XXH - 200 data bytes, (MSB=0)
YYH - Check Sum byte, ("Exclusive or" of data bytes, MSB=0)
F7H - End of Exclusive byte
Each data byte is a 7-bit value. The first transmitted data byte consists of the lower 7 bits of the first value. The second
transmitted data byte consists of the most significant bit of the first value. These two transmitted bytes are combined when
received to form the first value. The next two transmitted bytes will form the next value in the same way and so on, until all
200 bytes are transmitted. The order of data byte transmission is as follows:
55 Parameter values X 2 =
13 Title characters X 2 =
32 Control Assignments X 2 =
The Check Sum byte is the "Exclusive Or" operation of all the data bytes, with the most significant bit = 0.
110 transmitted bytes
26 transmitted bytes
64 transmitted bytes
200 total transmitted data bytes
Dumping the Intellipitch user memory into a sequencer:
Step 1
Connect the MIDI OUT of the Intellipitch to the MIDI IN on the sequencer using a standard
MIDI cable.
61
Step 2
Turn the FUNCTION SELECT control on the Intellipitch to the "MIDI DUMP/LOAD" function.
This function is available at the most clockwise position of the FUNCTION SELECT control in
all user presets.
MIDI DUMP/LOAD
Step 3
Step 4
Step 5
Turn the PARAMETER SELECT control to the "DUMP USER DATA" position.
DUMP USER DATA
Start the sequencer recording.
RECORD
Press the STORE button on the Intellipitch to initiate the user data dump. The Intellipitch will
display the number of the data string as it is dumped. Data strings 1-80 are the user presets as
described by the preset dump function, while data string 81 is the program mappings. Data string
82 contains the footswitch types, MIDI channel, mapping status, and "power on" preset. After all
the user data is transmitted, the Intellipitch will display "USER DATA DUMPED". The process
takes approximately 3 minutes to complete.
USER DATA DUMPED
After the Intellipitch displays "USER DATA DUMPED", stop the sequencer. The sequencer
should have recorded all of the data. Keep the data stored on a disk and kept in a safe place.
62
Reloading the user memory from a sequencer:
Step 1
Step 2
Connect the MIDI OUT of the sequencer to the MIDI IN on the Intellipitch with a standard
MIDI cable.
Turn the FUNCTION SELECT control on the Intellipitch fully clockwise to the "MIDI DUMP/
LOAD" position.
Step 3
Step 4
MIDI DUMP LOAD
Turn the PARAMETER SELECT control to the "LOAD USER DATA" position. The
Intellipitch is now ready to receive the user data from the sequencer.
LOAD USER DATA
Play back the user data previously recorded on the sequencer. The Intellipitch will display the
data strings as it is storing them. The data string and "LOADED" will appear on the display.
After all the user data has been loaded the Intellipitch will display "USER DATA LOADED".
The entire procedure will take approximately 3 minutes to complete.
USER DATA LOADED
Do not play back data from the sequencer faster than it was recorded, as errors may occur.
Errors may also occur if any knob is turned or any button is pressed before the message “USER
DATA LOADED”appears.
63
The following information is transmitted when a user data dump is initiated:
F0H - Start of Exclusive byte
00H - Manufacturer ID byte 1
00H - Manufacturer ID byte 2
29H - Manufacturer ID byte 3
02H - Product ID byte
2AH - Command byte, Start of user dump, 2BH continue user dump.
XXH - 200 data bytes for 80 stfings, 256 data bytes for string 81, 12 data bytes
for string 82, MSB = 0
YYH - Check Sum byte, ("Exciusive Or" of data bytes, MSB=0)
F7H - End of Exclusive byte
The first 80 data strings are very similar to a preset dump data string except for the command byte. The first data string for a
user data dump will contain the command byte 2AH. The following data strings will contain the command byte 2BH. Data
string 81, which is the program mapping, will contain 256 data bytes. Data string 82, which is miscellaneous data, will
contain 12 data bytes.
Dump/Load Error Messages
"RECEIVE ERROR" - This message will appear on a receiving Intellipitch if Check Sum bytes do not match, or if a
status byte (MSB = 1) is received when a data byte was expected. This message also appears if a knob is turned
or a button is pressed during reception. This message also appears if System Exclusive strings are sent too fast,
without a long enough pause between strings.
"DUMP ERROR" - This message will appear if MIDI Data is received at the MIDI IN while dumping is in progress.
"XMEM ERROR" - This message will appear if received data can not be verified after it is stored.
64
E. Factory Restore
This procedure allows you to restore the Intellipitch memory to its original condition as it was shipped from
Rocktron.
! ! CAUTION ! !
This procedure will permanently erase all user presets and replace them with the
original factory presets as shipped from the factory. If you have stored presets
which you do not want to lose, make a record of all parameter values before per-
forming the
Factory Restore
procedure.
Step 1
Step 2
Step 3
Step 4
From any preset, turn the FUNCTION SELECT control clockwise to the last available function "Factory Restore".
FACTORY RESTORE
Turn the PARAMETER SELECT control clockwise to display the only parameter for this
function. The Intellipitch will display "Enter Code 0".
ENTER CODE 0
Turn the PARAMETER ADJUST control to select the number "249". Note that the only number
which can be entered to perform the restore function is 249. Entering any other number will
immediately exit this function and return to the previously recalled preset number and title.
ENTER CODE 249
Pressing the STORE button at this time will erase all user presets and replace them with the
factory presets! Press the STORE button to initiate the Factory Restore function. The Intellipitch
will display "INITIALIZING".
INITIALIZING
After the initialization process is complete, the display should read "ERRORS 0". The "0"
represents the number of bytes that the Intellipitch found did not initialize properly. Any other
message indicates that the Intellipitch may not have reinitialized properly. The Intellipitch will
remain in this condition until either the PRESET or FUNCTION SELECT control is turned.
Preset #160 is active after completion of the Factory Restore function.
ERRORS 0
65
10. Appendix
A. MIDI Implementation Chart
Date: September 19, 1997Model: IntellipitchVersion: 1.0
Basic
Channel
Mode
Note
Number
Velocity
After
Touch
Pitch Bend
Control Change**
Program
Change*
System Exclusive
System
Common
System
Real Time
FUNCTION
DEFAULT
CHANGED
DEFAULT
MESSAGES
ALTERED
TRUE VOICE
NOTE ON
NOTE OFF
KEY’S
CHANNEL
TRUE NUMBER
SONG POSITION
SONG SELECT
TUNE REQUEST
CLOCK
COMMANDS
TRANSMITTED
1-16
1-16
X
X
X
X
X
X
X
X
X
X
X
O
X
X
X
X
X
RECOGNIZED
1 -16
1-16
X
X
X
X
X
X
X
X
X
O
O
O
X
X
X
X
X
REMARKS
May be saved in
nonvolatile
memory
For User Memory
Dump/Load and
Preset Dump/
Load.
66
Messages
NOTES
Aux.
LOCAL ON/OFF
ALL NOTES OFF
ACTIVE SENSING
SYSTEM RESET
X
X
X
X
X
X
X
X
O=YES / X=NO
*ACTUAL MIDI PROGRAM VALUE SENT IS 0-127, CORRESPONDING TO PRESETS 1-128.
OPTIONAL IMPLEMENTATION OF PROGRAM MAPPING ALSO AVAILABLE.
**EIGHT DIFFERENT PARAMETERS MAY BE CHOSEN FROM EACH USER PRESET AND
ASSIGNED A CONTROL NUMBER. THE CONTROL NUMBER MAY BE FROM 0-120, OR
“OFF”. AN UPPER AND LOWER RANGE MAY ALSO BE SPECIFIEDFOR EACH PARAMETER.
B. Specifications
MEASUREMENT
Maximum Input:+20dBu
Maximum Output:+20dBu
Nominal Input Range:+4dBu to
(16dB Headroom)-21dBu
Input Impedance:470Kohms
Output Impedance:120 ohms
Dynamic Range:104dB HUSH In,
94dB HUSH Out
THD + N:.009%
Dry Frequency Response:10Hz to 100KHz+.25, -1.5dB
10Hz to 30KHz±.25dB
CONDITIONS
Input Level Pot minimum
Output Level Pot maximum
Input Level Pot minimum
Input Level Pot maximum
Peak Signal/A weighted Noise Floor,
Direct Level = +6dB, Direct Post HUSH
Effects Level= - ∞
1KHz, -5dB input level
22Hz to 22KHz Bandwidth
Direct Post HUSH, Direct Level = +6dB,
Effects Level = -∞
Wet Frequency Response:10Hzto 18KHz+.5, -3dB
20Hz to 17KHz±.5dB
Rocktron Corporation
2870 Technology Drive
Rochester Hills, MI 48309
USA
Customer Service:
Fax Number:
(248) 853-3055
(248) 853-5937
World Wide Web:
Email:
http://www.rocktron.com
rocktron@eaglequest.com
67
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