Moog Subsequent 37 operation manual

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I see my job as being one that

must provide the artist with

the capability of imparting

complexity and dynamics to

his music.” - Dr. Robert Moog

“

IMPORTANT SAFETY INSTRUCTIONS

WARNING - WHEN USING ELECTRIC PRODUCTS, THESE BASIC PRECAUTIONS SHOULD ALWAYS BE FOLLOWED.

1. Read all the instructions before using the product. A. Keep these instructions. B. Heed all warnings. C. Follow all instructions

2. WARNING: Do not use this product near water. To reduce risk of re or electric shock, do not expose

this product to rain or moisture. - For example, but not limited to: near a bathtub, washbowl, kitchen sink, in a wet basement, or near a swimming pool or the like.

3. This product, in combination with an amplier and headphones or speakers, may be capable of

producing sound levels that could cause permanent hearing loss. Do not operate for a long period of time at a high volume level or at a level that is uncomfortable.

4. The product should be located so that its location does not interfere with its proper ventilation.

Do not block any ventilation openings with any items including but not limited to newspapers, table-cloths, curtains, etc. Install in accordance with the instructions in this manual only.

5. The product should be located away from heat sources such as radiators, heat registers, or other products that produce heat. No naked ame sources (such as candles, lighters, etc.) should be

placed near this product.

6. The product should be connected to a power supply only of the type described in the operating

instructions or as marked on the product.

7. The power-supply cord of the product should be unplugged from the AC mains socket-outlet

when lef t unused for a long period of time or during lightning storms.

8. Care should be taken so that objects do not fall and liquids are not spilled into the enclosure through openings.

9. Clean only with a dry cloth.

10. The product should be serviced by qualied personnel when: a. The power supply cord or the plug has been damaged. b. Objects have fallen, or liquid has been spilled onto the product. c. The product has been exposed to rain. d. The product does not appear to operate normally or exhibits a marked change in performance.

e. The product has been dropped or the enclosure damaged.

INSTRUCTIONS PERTAINING TO RISK OF FIRE, ELECTRIC SHOCK, OR INJURY TO PERSONS.

Do not open the chassis. There are no user serviceable parts inside. Refer all servicing to qualied personnel only.

GROUNDING INSTRUCTIONS: This product must be earth-grounded; if it should malfunction or breakdown,

earth-grounding provides a path of least resistance for the electrical current to reduce the risk of electric shock.

This product is equipped with a cord having an equipment grounding connector and a earth-grounding plug (plug with a third prong). The plug must be plugged into an appropriate socket outlet that is properly installed and

earth-grounded in accordance with all local codes and ordinances.

DANGER: Improper connection of the equipment ’s earth-grounding connector can result in a risk of electric

shock. Check with a qualied electrician or serviceman if you are in doubt as to whether the product is properly earth-grounded. Do not modify the plug provided with this product – if it will not t in the socket-outlet, have a proper outlet installed by a qualied electrician.

NOTE: This equipment has been tested and found to comply with the limits for a class B digital device, pursuant to

part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a

residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

—Reorient or relocate the receiving antenna.

—Increase the separation between the equipment and receiver.

—Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

—Consult the dealer or an experienced radio/TV technician for help.

CAUTION: Please note that any changes or modications made to this product not expressly approved

by Moog Music Inc. could void the user’s authority granted by the FCC to operate the equipment.

TABLE OF CONTENTS

7 UNPACKING & INSPECTION

7 SETUP & CONNECTIONS

9 OVERVIEW & FEATURES

9 BASICS OF SOUND

12 BANK & PRESET SELECTION

13 PROGRAMMING SECTION

14 KEYBOARD OCTAVE BUTTONS

15 ARPEGGIATOR SECTION

17 STEP SEQUENCER

18 STEP EDIT MODE

21 GLIDE SECTION

22 MODULATION SECTION

25 OSCILLATORS SECTION

27 MIXER SECTION

28 FILTER SECTION

29 ENVELOPE GENERATORS

34 OUTPUT SECTION

35 MIDI MENU

TABLE OF CONTENTS

39 PRESET MENU

43 GLOBAL MENU

50 CONTROLLERS MENU

52 MIDI OPERATIONS

56 NRPN OPERATIONS

60 SERVICE & SUPPORT INFO

61 SPECIFICATIONS

UNPACKING AND INSPECTION

Check the contents of the shipping carton

Be careful when unpacking the Subsequent 37 so that nothing is lost or damaged. Moog recommends saving the carton and all packing materials in case you ever need to ship the instrument for any reason.

The Moog Subsequent 37 ships with the following items: I. Subsequent 37 analog synthesizer II. Power cord III. Owner’s manual IV. Registration card

What you will need: I. A stand or table sufcient to support the Subsequent 37 II. Either a 1/4 inch instrument cable and amplied speakers or headphones with a 1/4 inch plug III. A properly wired AC outlet

SETUP AND CONNECTIONS

Place the Subsequent 37 on a stable surface such as a keyboard stand at a height suitable for playing comfortably.

External Audio in

USB MIDI

5-Pin DIN MIDI

Control Voltage

POWER

Plug one end of the supplied AC cord into the standard IEC power connector on the Subsequent 37’s

left-side panel. Plug the other end into an AC outlet. Warning: An apparatus with CLASS I construction (such as this device) shall be connected to a MAINS socket outlet with a protective earthing connection.

The Subsequent 37’s universal power supply will operate with 50/60Hz AC power sources ranging from 100 to 240 VAC / 50-60 Hz using 13W. Flip on the power switch located next to the power connector.

NOTE: It may take as long as 60 seconds for the Subsequent 37 to warm up before oscillator tuning has stabilized if you’ve left it outside on a cold night. (Although its oscillators are surprisingly stable, the Subsequent 37 is an analog synthesizer, after all.)

AUDIO OUT

With the MASTER VOLUME turned all the way down, plug one end of a 1/4 inch instrument cable into the Subsequent 37’s AUDIO OUT jack and the other end into an amplied speaker or mixing console input. Adjust the level by slowly turning the MASTER VOLUME knob clockwise while playing the keyboard.

If you’ll be using headphones, plug them into the headphones jack (on the front panel’s bottom-right corner) with HEADPHONE VOLUME turned all the way down. Adjust the level by slowly turning the

HEADPHONE VOLUME knob clockwise while playing the keyboard. Note that MASTER VOLUME must be turned up as well.

EXTERNAL AUDIO IN

Located just above the AUDIO OUT jack, the jack labeled EXT IN allows the Subsequent 37 to shape and lter external sounds. This is an unbalanced input that accepts a line-level signal.

NOTE: You must press a key to pass external audio through the Subsequent 37. You also can use a Moog FS-1 footswitch, or simply press the LATCH ON button in the Amplier Envelope section and make sure that the Amplier Envelope’s SUSTAIN level is up.

USB

To use the Subsequent 37 with a computer, connect one end of a USB cable to the Subsequent 37’s USB port and the other end to an available USB port on your computer. The Subsequent 37 supports MIDI I/O over USB, but not audio data. The Subsequent 37 is class compliant. No drivers are required for USB MIDI connectivity.

MIDI

Using the Subsequent 37 with an external MIDI device requires one or two MIDI cables. To use the Subsequent 37 as a MIDI controller, connect one end of a MIDI cable to the Subsequent 37’s MIDI OUT jack and the other end to another device’s MIDI IN jack.

To control the Subsequent 37 from an external MIDI controller, connect one end of a MIDI cable to the Subsequent 37’s MIDI IN jack and the other end to an external controller’s MIDI OUT jack. By default, the Subsequent 37 is set to transmit and receive MIDI data on MIDI Channel 1.

CONTROL VOLTAGE IN

The PITCH CV, FILTER CV, and VOL CV inputs each accepts an expression pedal (such as the Moog EP-

3) or a control voltage signal from 0 to +5 volts. If you connect a TRS expression pedal to VOL CV, you can use your foot to control the Subsequent 37’s output level. If you connect a TRS expression pedal to FILTE R CV, you can sweep the lter cutoff in the same manner. The PITCH CV input is calibrated so that a one-volt change in the control voltage will result in a one-octave change in frequency.

The KB GATE input accepts a +5 volt signal, which causes the Subsequent 37’s envelopes to trigger.

OVERVIEW AND FEATURES

The Subsequent 37 is a 2-note paraphonic analog synthesizer, built in the tradition of classic Moog synthesizers. It is housed in a rugged black steel chassis with aluminum extrusion, and nished with classic wood sidepieces. Your new Subsequent 37 starts with a high-quality, 37-note keyboard that has both velocity sensitivity and aftertouch. This offers a highly expressive and musical playing experience. All critical performance and sound design features are provided directly on the front panel, which is equipped with 40 knobs and 74 switches. This makes creating, saving, and retrieving your own sounds fast and effortless. Each knob and switch on your Subsequent 37 also sends and receives MIDI, making the Subsequent 37 a completely automatable analog synthesizer and powerful MIDI controller.

Unlike its smaller sibling, the Subsequent 37 has the ability to play more than one note at a time via a new function called DUO MODE. This allows each of the Subsequent 37’s highly stable oscillators to play completely independent pitches from one another. Voices are then processed through a single, classic 20Hz-20kHz Moog Ladder Filter. The Filter section has a dedicated selector switch for lter slope, and control for MultiDrive. When combined with the new Mixer Feedback function, a vast array

of sound creation possibilities become available.

The Subsequent 37 boasts 2 fully assignable modulation busses, 2 DAHDSR looping envelopes, and a powerful arpeggiator with a paraphonic 64-note step sequencer. Each of these sections has a dedicated SYNC switch, which allows you to easily determine which features are synchronized to MIDI, internal clock, or running free.

With its extensive feature set and one-knob-per-function design, the Subsequent 37 is the ideal instrument for any synthesist, sound designer, or performing musician.

BASICS OF SOUND

If you’re new to the world of music synthesis, it helps to have at least a rudimentary understanding of music and acoustics. Even if you know this stuff like the back of your hand, it never hurts to approach it

from a fresh perspective.

Several qualities distinguish one musical sound from another, including pitch, loudness, duration, and timbre. Being able to manipulate those qualities allows you to turn raw sound into music.

Simply put, sound occurs when a vibrating object causes the air around it to vibrate. That object could be a guitar string, a loudspeaker, or anything capable of rapid movement. An individual vibration is called a wave or cycle, and the rate of vibration is called frequency. Frequency determines the sound’s pitch, and pitch determines how high or how low you perceive the sound on a musical scale. Frequency is measured in Hertz (abbreviated Hz), which describes the actual number of times that something vibrates every second. One thousand cycles per second is called a kilohertz (kHz).

wavelength

amplitude

low frequency high frequency

BASICS OF SOUND (CONTINUED)

Amplitude—the intensity of vibration—determines a sound’s loudness. A high-amplitude sound is loud, and a low-amplitude sound is soft. A vibrating source’s loudness depends on the amount of air it displaces, and that depends on how hard it vibrates.

It’s difcult for anyone to identify a musical instrument simply by the pitch or loudness of the sounds it makes. Every musical sound also has a characteristic tone color or timbre (pronounced tam’–br, as in tamborine, not tim’–br, as in a tree falling). Differences in timbre make it possible to distinguish one

instrument from another.

If you analyze a single cycle of a musical sound, you can perceive it as a complex combination of simple sine waves, each wave different in frequency and amplitude. When their frequencies are wholenumber multiples of each other (and in musical sounds, they usually are), those simple waves are called harmonics. A sound’s timbre depends on its harmonic content. The rst harmonic—the one with the lowest frequency and usually the greatest amplitude—determines its pitch. Higher harmonics are often called overtones. Normally, the higher the overtone’s frequency, then the weaker its amplitude.

When those harmonics are combined in a musical sound, a single cycle of that sound has a specic shape, which synthesists call a waveform. Just as the frequencies and relative amplitudes of the sound’s harmonics determine its waveform, the waveform determines the sound’s timbre.

Instead of producing sounds acoustically the way vibrating objects do, synthesizers generate electrical signals that are amplied and converted to sound. Just as sound has frequency and amplitude, so does the kind of alternating current produced by a synthesizer. An analog synthesizer’s primary sound source is called an oscillator.

The oscillator’s waveform, of course, determines the sound’s harmonic content. Some waveforms are rich in harmonics, while others have relatively few. Depending on the waveform, some overtones may be absent altogether. Waveforms with lots of overtones, such as sawtooth and square waves, are harmonically the most complex. Waveforms with fewer overtones, such as triangle and narrow pulse waves, are harmonically less complex.

Rather than building up waveforms one harmonic at a time, the way a Hammond organ does, analog synthesizers like the Subsequent 37 provide the means to shape and lter complex, harmonically rich waveforms to selectively remove, reduce, or emphasize specic harmonics—a technique called subtractive synthesis.

KB: Keyboard (Pitch Voltage)

VCO: Voltage Controlled Oscillator

VCF: Voltage Controlled Filter

EG: Envelope Generator

LFO: Low Frequency Oscillator

VCA: Voltage Controlled Amplifier

The Subractive Synthesis Model

The oscillators, lter, modulators, and other parts are connected in the most useful ways for producing and modifying electronic signals that result in sounds. Unlike on a modular synthesizer, many connections between the Subsequent 37’s various parts are hardwired, meaning that it is not possible to change the routing of the pathways that connect them.

The electrical signals within a synthesizer are either audio signals or control signals, depending on the pathway they follow. Typically, an audio signal begins with an oscillator and passes through the lter on its way to the audio output. Control signals are used to change things, like the pitch, timbre, waveshape, or loudness of an audio signal.

Any time a signal controls something, no matter whether it’s controlling an audio signal or another control signal, we say that it modulates it. In synth-speak, you could say that a steering wheel modulates a car’s direction and the accelerator pedal modulates its speed. When you play the Subsequent 37’s keyboard, the key you press modulates the instrument’s pitch. You can modulate lter cutoff by turning a knob manually, or you can apply a control signal from a low-frequency oscillator or envelope to modulate it electronically. It’s worth noting that a control destination can be modulated by

more than one control source.

The diagram below illustrates how the Subsequent 37 generates sound. It shows the ow of audio signals, represented by solid lines, and control signals, represented by dotted lines.

VCO 1

SUB LVL

VCO 1

LVL

VCO 1 MOD

& CNTRL

PITCH 1 CV

& MOD

NOTE SYNC

PITCH 2 CV

& MOD

OSC 1-2

SYNC

VCO 1 CORE

VCO 2

CORE

VCO 1

SUB

VCO 1

WAVE

VCO 2 WAVE

SUB 1

VCO 1

MIXER

VCO 2

FILT SLOPE

SELECT

LADDER

FILTER

MULTIDRIVE

MULTI-

DRIVE

VCA

H. PHONE

AUDIO

OUT

VCO 2 MOD

& CNTRL

VCO 2

LVL

NOISE

LVL

FILTER EG CV & MOD

RESO-

NANCE

VCA EG

& CV

FDBK/EXT AUDIO LVL

NOISE

CORE

NOISE

EXT. AUDIO

FEEDBACK

EXT AUD

You can control the Subsequent 37 using control voltages and MIDI commands. When the Subsequent 37 receives either a control signal from the onboard keyboard or a Note On command from an external MIDI source, it responds by sending a gate signal to trigger the envelopes and a control voltage (CV) to control oscillator pitch. The envelopes respond by sending control signals to the amplier and lter.

Every knob and button on the Subsequent 37 transmits MIDI data (when in NRPN Mode). This functionality is useful for recording your knob turns and button presses into a computer-based DAW, as well as for controlling external devices using the Subsequent 37’s front-panel controls. All the settings that make up a patch are called its parameters, which is simply another name for settings.

BANK & PRESET SELECTION

The Subsequent 37 ships with 256 user-editable preset locations, which are arranged in 16 banks of 16 patches per bank. The following section will show you how recall existing patches, and also how to edit and save your own patches. (The word patch is a holdover from modular synthesis, which requires patch cords to connect the various modules.)

SELECT A BANK & PRESET (USING BANK/PRESET BUTTONS)

1. Press the BANK button, which will illuminate.

2. Press one of the PRESET buttons labeled 1 - 16. Your bank is now selected. (The BANK and PRESET

buttons will darken until a new preset is selected).

3. Now select a preset from within your selected bank by pressing the desired PRESET button labeled 1 - 16. The corresponding PRESET button will now remain illuminated.

NOTE: If you press a PRESET 1 - 16 button without rst pressing BANK, you will simply choose presets from within the current bank.

Take your time, listen to all the presets, and turn some knobs to get a feel for how you can use them to alter sounds. To return to the original stored preset, just select it again by pressing the currently

illuminated PRESET number button.

NOTE: If your display screen is not in PRESET mode and you wish to see which bank you are currently in, press the BANK button and one of the buttons from 1 – 16 will illuminate. Press the BANK button again to return to PRESET selection mode.

SELECT A BANK & PRESET (USING CURSOR AND BUTTONS)

Make sure that the PRESET button in the PROGRAMMING section is lit. The display screen will show the title of the preset (one or two lines) followed by its bank (BNK) and preset (PRESET) numbers. The last line shows the category (CAT) for that preset.

You can scroll through individual presets by using the CURSOR button to highlight the PRESET number eld. Now use the buttons to scroll through all 256 presets. If you press and hold either button it will scroll rapidly.

As you pass the 16th preset in a bank, the Subsequent 37 will jump to preset 1 in the next bank.

BROWSING ALL PRESETS IN A SPECIFIC CATEGORY

1. Press the CURSOR until you have highlighted the category type (MISC, LEAD, BASS, BRASS, etc.).

2. Now use the buttons to scroll through available category types.

3. Once you have made your selection press the CURSOR button until you have highlighted CAT.

4. The buttons will now allow you to scroll through every patch in your selected category.

NOTE: Category types can be assigned when you are in the SAVE mode.

SAVING AND NAMING PRESETS

Saving presets is a simple maneuver. Just remember that whenever you save a preset to a particular location, the preset previously stored in that location will be deleted.

TO SAVE A PRESET:

1. Press the SAV E button.

2. You will be given an opportunity to name your preset. Use the buttons to select a character,

and use the FINE TUNE knob to scroll through the available characters. Now use the buttons to select CAT (Category), and the FINE TUNE knob to assign your preset to a sound category. Press SAV E

to accept. (You can also press CURSOR and use the buttons to edit an individual character).

3. Using the BANK/PRESET buttons on the bottom of the front panel, select a save location for your preset. (If you are already in the bank you want, you can simply choose from PRESET 1-16).

4. Press and hold SAVE for one second to conrm and complete the save process. To cancel saving, simply press the PRESET button.

NOTE: When you rst press the SAVE button, the current positions of all sound controls are frozen so that they can be saved with the preset.

PROGRAMMING SECTION

The Subsequent 37 has a wealth of user-selectable features and functions not found on its panel. The PROGRAMMING section allows you to easily access

and update any of these things expediently.

Dec , Inc , and CURSOR buttons: These buttons are used for selecting presets, menu navigation, and editing parameters shown on the Subsequent 37’s LCD display panel.

COMPARE

This button allows you to load an existing preset without discarding any changes you have made to a current sound. To alternate between a stored preset and a currently modied sound simply press the COMPARE button. When the COMPARE button is illuminated, you are listening to a stored preset and no changes can be made to the sound. When in this mode you can, however, audition different presets without discarding your currently modied sound. When the COMPARE button is dark, you have exited COMPARE mode and are listening to your currently edited sound.

NOTE: You can also press PRESET to exit compare mode.

SAVE

This button is used to initiate the saving of a preset.

MIDI / GLOBAL

These buttons allow you to access and edit system settings for your Subsequent 37 including MIDI channel selection, pot modes, and keyboard note priority. This is also where you nd useful operations like note calibration and exporting presets. To learn more about MIDI

and GLOBAL settings, go to page 35 (MIDI) and page 43 (GLOBAL).

PROGRAMMING SECTION (CONTINUED)

PRESET / PANEL

These buttons select the performance mode of your Subsequent 37. In PRESET mode, the sound you hear reects the position that the panel knobs and buttons were in when the preset was saved, regardless of their current position. In PANE L mode, the sound you hear reects the current position of the front-panel knobs and buttons. Parameters in this mode (other than the knobs) are saved in a special buffer, so you can pre-set the panel to retain any non-knob settings you choose. Any sequence data you have created before exiting the PAN EL mode will also be stored to this buffer. To load the

PANEL settings without loading its sequence, hold BANK while pressing PANE L to enter panel mode.

PRESET EDIT

Press and hold the PRESET / EDIT button to enter the PRESET EDIT MENU. This is where additional preset parameters that would not t on the front panel are located. To learn more about the PRESET EDIT MENU, go to page 39.

INITIALIZE PANEL

Press and hold the PANEL / INIT button to initialize the Subsequent 37 panel settings to a default state. This is a great place to start when creating new sounds from scratch.

FINE TUNE

Use this knob to adjust the frequency of both oscillators as much as one semitone up or down from its center position. Fine-tuning is useful for putting the Subsequent 37 in tune with any other instruments that deviate slightly from standard pitch.

KEYBOARD OCTAVE BUTTONS

Use the K B OC TAV E buttons to extend the Subsequent 37’s keyboard from its normal three-octave range to a full

seven octaves.

Pressing the button once transposes the Subsequent 37’s pitch down an octave. Pressing it again transposes it down another octave. Likewise, pressing the button transposes the pitch up an octave,

and pressing it again transposes it up another octave. When neither button is illuminated the Subsequent

37’s keyboard is playing in its standard octave. When a KB O C TAV E button is dimly lit, the keyboard is

transposed a single octave. When a KB OC TAV E button is brightly lit, the keyboard is transposed two octaves.

NOTE: Since this is an analog synthesizer based on 1 volt-per-octave scaling, the extreme high and low ranges of the keyboard may play notes that are not perfectly in tune.

The KB OC TAV E buttons also transpose the MIDI Note Numbers that the Subsequent 37 transmits by corresponding amounts.

DEFAULT KB OCTAVE

Briey pressing both K B OCTAVE buttons together will reset the Subsequent 37 to its standard octave regardless of current octave selection.

QUICK KEYBOARD TRANSPOSE

While holding both the K B OCTAVE UP and DOWN at the same time, play any single note in the lower two octaves of keys to transpose the entire Subsequent 37 keyboard from -12 half-steps to +12 halfsteps. Pressing Middle C will set the transposition to +0 (default). Keys to the left of Middle C will transpose downward, and keys above Middle C will transpose upwards. The KB TRNSPOSE value will be reected in the PRESET EDIT 1.5 parameter as well. This is stored as part of the preset.

MIDI PANIC

Holding both KB O CTAVE buttons at the same time for about one second will send a MIDI Panic (All Notes and Controllers Off) message.

ARPEGGIATOR SECTION

With the Arpeggiator ON button lit, any note or group of notes you play will be sequenced according to the settings in the Arpeggiator section and menu. You can also record and playback a 1 to 64 note step sequence, which can be stored with each preset.

LATCH

When ON, the Arpeggiator will keep looping in its current state without the need to hold a physical note. A new note or group of notes will initiate a new note sequence based on the Arpeggiator Menu settings. If notes are played and held while L ATCH is ON, playing additional notes will add to the current list of notes to be arpeggiated. If all notes are released, the rst new note played will initiate a new note sequence.

RATE

This knob sets the rate of the arpeggiator from 2 BPM (beats-per-minute) to 280 BPM. When the SYNC button is illuminated the R AT E knob is used to select clock divisions of the Subsequent 37’s internal clock or an external MIDI clock. For more information on MIDI clock divisions, go to

page 52.

SYNC

When ON this button synchronizes the arpeggiator to external MIDI clock messages. MIDI clock messages are 24 ppq (pulses-per-quarternote) messages that can be sent via MIDI computer sequencers, drum machines, etc... To enable the sending of these messages, consult the user manual for your external MIDI device. When the arpeggiator is synchronized to a MIDI clock tempo, the arpeggiator can be set to time divisions of this tempo using the arpeggiator’s RATE knob. (Time divisions range from 4 whole notes up to a 64th note triplet).

WARNING: When SYNC is ON, and you are not in TAP TEMPO mode, the arp/sequencer will not play unless MIDI clock is received.

[TAP]

The SYNC button can also be used to set the arpeggiator’s rate to a desired tempo. To initiate Tap Tempo of the arpeggiator, press and hold the SYNC button for 1 second. You can now tap the SYNC button switch at the tempo you want (1/4 notes). On the third tap, the Subsequent 37’s internal clock will change rates to match the timing of the switch presses. If you continue to tap the SYNC switch, the internal clock will be set by a running average of the time between switch presses. To start over, wait ve seconds and then tap the SYNC switch three times to set a new tempo. To exit the Tap Tempo

mode press and hold the SYNC button for 1 second.

RANGE

Use the RANGE buttons to choose how many octaves the arpeggiator will play above or below the actual notes pressed. The LEDs will indicate -2 octaves, -1 octave, 0 octaves, +1 octave, or +2 octaves. If you press either RANGE button more than two times you will light up both the 0 and the -2 or +2 LEDs. In this mode the arpeggiator will play all the notes in the original octave, the 2nd octave, the 3rd octave, and then back to the 2nd octave before returning to the original octave.

ARPEGGIATOR SECTION (CONTINUED)

BACK / FORTH

When the BACK / FORTH button is illuminated the arpeggiator will play the UP or DWN patterns in a bi-directional fashion, making UP play up then down, and making DWN play down then up.

For example, if you choose the UP pattern without the BACK / FORTH button and hold C-E-G, you’ll get C-E-G-C-E-G etc. But, if the BACK / FORTH button is lit you’ll get C-E-G-E-C. If the PATTERN

switch is set to ORDR the arpeggiator will play notes in order and then in reverse order. The BACK /FORTH setting has no effect on the RND pattern.

NOTE: There is a parameter in the PRESET EDIT MENU (Page 39) called END NOTES that determines if

the beginning and ending notes of the arpeggiation are played once (ONCE) or twice (TWICE) when they change direction. For example, if you’re arpeggiating C-E-G using the UP Pattern with the BACK / FORTH button lit, you get C-E-G-E-C etc. if you choose ONCE. If you choose TWICE you’ll get C-E-G-G-E-C-C etc.

INVERT

When the INVERT button is lit the arpeggiator will play each note in two or three successive octaves before moving to the next note. If the RANGE parameter is set to +1 with INVERT lit, and you hold C-E-G, you will get C, C up one octave, E, E up one octave, G, and G up one octave. Because this function is octave based, the INVERT button will have no effect if the arpeggiation RANGE is set to 0.

PAT TE R N

Use the PAT T E R N knob to choose the manner in which notes are played back by the Subsequent 37

arpeggiator. When UP is selected, held notes will play back in order of pitch from lowest to highest. When DWN is selected, held notes will play back in order of pitch from highest to lowest. When ORDR

is selected, held notes will play back in the order they were held. When RND is selected, held notes will play back in a completely random order.

You can also use the PATTE R N knob to select the Subsequent 37’s built-in Step Sequencer. If the arpeggiator is not running, setting the PATTERN knob to REC and playing a new note will clear any existing sequencer data. This allows you to record a new Step Sequence containing up to 64 notes. If you turned the PATTERN knob to REC by mistake, that’s okay. Simply turn it back to the desired position and your original sequence will still be there. Learn more about the step sequencer on page 17.

ON / REST

The ON button is used to engage or disengage the arpeggiator, allowing you to pre-set the arpeggiator and then turn it on as needed. When in Step Sequence Record mode, the ON button becomes RE ST. Pressing the

REST button will advance to the sequencer to the next step and add a silent REST to your Sequence.

LATCH / TIE

When ON, the L AT CH button allows the Subsequent 37 to continue playing an arpeggio or sequence even after all the keys have been released. When in Step Sequence Record mode, pressing the LATC H button becomes TIE, which will connect your previous note to the next note you play without advancing to the next step in a sequence.

STEP SEQUENCER BASICS

With the arpeggiator disengaged (ON button is darkened), turn the PATTE R N knob to REC. The next key you press will erase any existing step sequence data and enter a note for step 1. The LCD display will also show REC 01 / 01, indicating that you have recorded step 1 of a (so far) 1-step sequence. Each successive key press (or REST) will advance you to the next step number for up to 64 steps.

After entering a note, pressing the TIE button will tie (connect) your previous note to the next note you play. If you play a different note from the previous one using a tie, you will hear the new pitch without triggering the envelopes. If you play the same note as the previous one using a tie, you will effectively double the length of the note.

NOTE: With Glide set to ON and the LEGATO button illuminated, the glide effect will only occur between the tied notes.

You can also create a tie between two different notes by pressing a second note before releasing the previous note. This shortcut will not work if you are in DUO MODE.

After recording your step sequence, turn the PAT TERN knob to SEQ. Then press the Arpeggiator ON button. Now you can play back your step sequence in any transposition by pressing a key. The key you press will be the starting note of your step sequence.

NOTE: In the GLOBAL MENU, if you set REF NOTE to be MID C, then pressing Middle C will play back your step sequence exactly as you recorded it. Playing C# will play back your sequence a half step up. Playing the Bb below Middle C will play your sequence a whole step lower.

STEP SEQUENCING IN DUO MODE

With DUO MODE engaged, you can choose (per step) whether to enter one or two notes together. When two notes are played simultaneously, the sequencer captures two separate pitches.

The KB CONTROL settings determine which oscillator follows which note.

When you play the sequence back you will hear both notes on steps that were recorded with two notes, and both oscillators playing together on steps in which only one note was pressed.

During playback, if you hold down two notes, all of the recorded duo notes will play back normally. Any single recorded notes, however, will follow your two keys as dictated by KB CTRL settings. This allows you to play real-time pitches along with a step sequence any time there is only one note recorded in a step.

If your step sequence consists only of single notes you can play along with your own melody. If your step sequence consists only of duo notes, then playing a second key during playback will have no effect.

NOTE: A step sequence can be stored with each preset. This means you can store multiple versions of a single preset, allowing you to switch between different sequences while continuing with the same sound.

STEP EDIT MODE

Using the Step Edit mode you can edit everything about every step of a sequence (in real or non-real time). For each step, this includes the note number of either one or two notes, the velocity of the step, whether there’s a rest or a tie, and the per-step SEQ MOD value. You can also decide (non-destructively) which step is the rst step, and which step is the last step of the sequence. You can ROTATE (shift) the pattern relative to the downbeat, SKIP any desired steps, and add a rapid note subdivision to any step via R ATCH E T.

ENTER / EXIT STEP EDIT MODE

Set the ARPEG G IATOR PAT T E R N knob to either SEQ or REC. Then hold the BANK button and press the L AT CH button to enter or exit STEP EDIT

MODE. You can also exit Step Edit mode by moving the PAT TERN knob away from REC and SEQ (UP, DWN, ORDER, or RND).

In STEP EDIT MODE, the PRESET buttons (1 - 16) are used to show and edit the pattern’s step data. Steps 1 through 64 are displayed as four pages, with each page representing 16 of the steps at a time. To change which sequence page is currently displayed, hold the BANK button and press the KB O CTAVE button to increment the sequence page, and the KB OCTAVE button to decrement the sequence page. The page number is indicated (P1 - P4) in the bottom right corner of the LCD display.

SEQ PG CHASE (Located in GLOBAL MENU 2)

Toggles the page-chase behavior for the sequence page display. When ON (default) the step buttons (PRESET 1 - 16) will rst show steps 1 - 16, and then steps 17 - 32, then 33 - 48, etc. When SEQ PG

CHASE is OFF, the step buttons will remain on the sequence page selected by the user.

VISUAL INDICATIONS OF STEP EDIT MODE

When the BANK button is pulsating slowly, it indicates that you are in Step Edit mode. These pulses also indicate that no specic step has been chosen for editing.

The bottom line of the LCD gives four pieces of information (from left to right):

• Stop , Play , and Pause show the sequence’s play status.

• EDIT indicates that you are in Step Edit mode.

• CURRENT STEP (1/XX) shows which step of a sequence you are on.

• LAST STEP (X/64) shows the last step number; after playing the last step, the sequence will

repeat from the beginning.

The PRESET buttons are lit dimly for active steps, dark for rests, and dark for all steps after the last step.

Ex. For an 8-step sequence with a rest on step 5, steps 1 - 4 and 6 - 8 would be dimly lit. Steps 5 and steps 9 - 64 would be dark.

During playback, the current step is lit at full brightness. This brightness will chase across the

PRESET 1 - 16 buttons in sync with the sequence playback.

EDITING A STEP

To select a specic step for editing, hold the BANK button and press a step button [PRESET 1 - 16]. The BANK button will go dark, and the selected step button now pulsates. Now that you’ve selected a

step for editing, you can choose any other step to edit by simply pressing that desired step’s button.

To exit this mode (and deselect any step for individual editing), simply press the BANK button. The BANK button will resume pulsing, and the previously selected step button will return to its specied state (active, rest, currently playing, etc.) as described above.

EDITING A STEP (CONTINUED)

While a step is selected for editing:

REST [ON] and TIE [LATCH] buttons show and toggle the rest or tie state for the selected step.

Note entry (via keyboard or MIDI) edits the pitch of the selected step as follows:

• Any non-legato note sets Pitch 1 and clears the Rest, Tie, and Ratchet data.

• Any legato note sets Pitch 2.

NOTE: If the DUO MODE button is held when a note is entered, then the note entry sets Pitch 2 without modifying Pitch 1.

If, during step editing, the PATTE R N knob is set to REC (instead of SEQ), then the selected step also determines the step from which step recording will commence. After the release of all notes, the step is deselected and the sequence is advanced to the next step. The Subsequent 37 is now ready to

record all further notes in the normal fashion for step recording.

TIE GROUPS OF STEPS

Hold a step button and press another step button to Tie these steps and any steps in-between together. If the last step of this new Tie group was already set with a Tie, then the original Tie will be

cleared. Press the same two step buttons together a second time to un-Tie all the notes in the group.

TOGGLE STEP REST STATE

Press and release a single step button to toggle Rest on/off.

SET FIRST STEP/LAST STEP

To set a certain step as the sequence’s rst step, press and hold the desired step button and press the KB O C TAVE button. To set a certain step as the sequence’s last step, press and hold the desired step button, and press the KB OCTAVE button.

NOTE: You can also CURSOR to the last step number displayed on the LCD and dictate a new last step using the buttons.

ROTAT E PAT T E R N

You can shift the entire sequence’s step data “left” or “right” (relative to the downbeat) by holding

BANK and pressing the ARPEGGIATOR RANGE [<] and [>] buttons.

BANK + RANGE [<] shifts the pattern to the left by one step per press. BANK + RANGE [>] shifts the pattern to the right by one step per press.

NOTE: When rotating patterns, there are two Sequencer Transpose modes found in the GLOBAL MENU

2.2/SEQ OPTIONS sub menu. The options are FIRST (First Note - default) or MID C (Middle C plays

recorded pitch). If transposition is based on “First Note” and you rotate a pattern, this will affect how

the sequence is transposed when you play a new key on the keyboard. The new rst note becomes the

new root note for transposing from the keyboard. In MID C mode, playing Middle C on the keyboard (note 48) will cause the sequence to play in its recorded key, regardless of which pitch has been rotated

to be the rst in the sequence. If you plan on Rotating your patterns while playing live, it’s best that you

choose MID C in the GLOBAL MENU 2.2/SEQ OPTIONS sub menu.

SKIP

To toggle SKIP on/off for a step, hold the desired step’s button and then press the ARP ON [REST] button. Skip allows you to temporarily remove a step from a sequence. The note prior to the Skipped note will proceed directly to the note after the Skipped note.

STEP EDIT MODE (CONTINUED)

RATCHET

To toggle R ATCHET on/off for a certain step, hold a step button and then press the ARP LATCH [TIE] button. Ratchet causes a step to repeat multiple times within a single step-duration. You can set the

ratchet multiple from 1x (no repeats) to 8x. The RATCHET CNT multiple can be edited in the PRESET EDIT / SEQUENCER sub menu.

NOTE: RTCHT CT is also a MOD destination.

There is also a panel button-combo to change RATCHET CNT. Hold the BANK button and press ARP BACK/FORTH to decrease, or hold the BANK button and press the ARP INVERT button to increase

the ratchet multiple.

NOTE: The RATCHET CNT multiplier is universal for the entire sequence. You cannot have different Ratchet Counts per step, however, you can assign the SEQ MOD value (see below) directly to the RTCHT CT parameter so that every step can, effectively, have its own Ratchet Count.

TRY THIS: Go to GLOBAL MENU > CV MAPPING and map VOLUME to RTCHT CT. Now, plug a Foot

Controller with a TRS plug into the VOL CV jack on the left side of the Subsequent 37. Toggle Ratchet

On for some (or all) of your steps. Now you can sweep the Ratchet count on those Ratcheted steps from 1x to 8x, in real time.

SEQ MOD VALUES W/ MOD WHEEL

Whether you are recording a sequence in step time, or editing a step, the current position of the MOD WHEEL (SEQ MOD value) is recorded for each step. These per-step SEQ MOD values can be used in two

ways: directly via the MOD DST parameter, and as a MOD 1 or MOD 2 SOURCE (the source is called SEQ MOD).

The SEQ MOD values can be assigned to a specic parameter via the PRESET EDIT > SEQUENCER >

MOD DST parameter. The amount of modulation to the specied MOD DST can be scaled using the SEQ MOD AMT parameter directly below the MOD DST parameter. The SEQ MOD AMT parameter values go from OFF (0%) to 100%. The total amount of modulation can also be scaled by the MOD WHEEL during sequence playback by setting the MODWHL CTRL parameter to ON.

It is crucial to understand that the SEQ MOD values are bi-polar, meaning that when the MOD WHEEL is all the way down, it records a value of -100%. When the MOD WHEEL is all the way up, it records a value of +100%. When the MOD WHEEL is centered, it records a SEQ MOD value of 0% (and has no effect on the destination).

It is equally important to understand that the bi-polar SEQ MOD value is added to the current setting of whatever parameter it is modulating. For example, if the MOD DST is OSC2 LEV, and the OSC 2 value in the MIXER section is set to 5, then the bi-polar SEQ MOD values could move the OSC 2 level to either silence or to full volume. But, if the OSC 2 value in the MIXER was set to 0, then the bi-polar SEQ MOD values would have no effect on the OSC 2 level until those values were greater than 0. This is a complex tool, and should be explored in simple settings to fully appreciate its function and applications.

Rests, Ties, Seq Start, Seq End, Ratcheted and Skipped steps, as well as the SEQ MOD values, are all

saved with each sequence.

SEQUENCE QUICK-ERASE

Hold BANK while turning the PATTERN knob to the REC position. If the sequence is stopped it will be completely erased. If the sequence is running, it will continue to run and the sequence length (number of steps) will remain the same, but all of the steps will be blank (silent).

GLIDE SECTION

Glide, also called portamento or glissando, is used to cause smooth changes in

pitch between notes.

TIME

Use this knob to specify how much time it takes to transition from one pitch to the next when you play the keyboard.

OSC

The OSC button assigns the glide effect to Oscillator 1, Oscillator 2, or Both Oscillators at the same time. The LEDs marked 1 and 2 will indicate which

oscillators have glide assigned to them.

TYPE

Use the TYPE button to choose from three different types of glide: linear constant rate (LCR), linear constant time (LCT), and exponential (EXP).

LCR: The glide rate will depend on the size of the interval between notes. The larger the interval, the longer the glide time will be. This is the most commonly used type of glide.

LC T: The glide time will stay the same between notes, regardless of the interval.

EXP: The glide rate follows an exponential curve that begins with a fast rate and

slows as it approaches the target note.

GATE D

Activating GAT ED glide causes the gradual gliding between notes to be started and stopped by the keyboard gate. When the GATE D button is illuminated, the pitch CV only glides while a key is held. When the G ATED button is off, the pitch CV will continue gliding to the target pitch at the current glide rate, regardless of whether or not a key is held on the Subsequent 37. The different behaviors are

more distinct at longer glide times.

LEGATO GLIDE

Although glide is normally applied to every note you play when engaged, the LEGATO GLIDE function causes glide to occur only when you press a key while still holding a previous key. LEGAT O and ON

must both be illuminated for LEGATO GLIDE to take effect.

GLIDE ON

Pressing the ON button allows you to engage or disengage the glide effect without having to change your GLIDE TIME setting. This button must be illuminated for the glide effect to occur.

MODULATION

Controlling modulation (abbreviated as MOD) is an important aspect of programming and playing synthesizers. When you modulate a synthesizer’s audio signal, you are changing something about the way it sounds. When you modulate a control signal, you are changing something about its effect on whatever it’s controlling. Synthesizers route their control signals

from modulation sources to modulation destinations. On the

Subsequent 37, a changing control signal can modulate pitch, lter cutoff, waveform shape, VCA level, LFO rate, noise level, EG time, and a variety of additional destinations available via the PRESET

EDIT MENU.

The Subsequent 37 has two modulation busses labeled MOD 1 and

MOD 2. They are nearly identical except that, by default, the overall

depth of MOD 1 is determined by the MODULATION wheel. You can access and edit this, and other extended modulation parameters by

pressing the CONTROLLERS button.

Low-frequency oscillators generate repeating waveforms in the sub-audio frequency range. The Subsequent 37’s LFOs also have a HI RANGE button, which allows the LFOs to generate frequencies well into the audio range as well. At sub-audio rates, the LFOs are useful for generating repeating effects. At audio rates, the LFOs add harmonic complexity to their destinations.

When an LFO modulates an oscillator’s frequency, the oscillator’s pitch follows the shape of the modulating waveform. If the LFO’s output is a triangle wave, the pitch rises and falls at a regular rate. At the proper rate and depth, this type of modulation is called vibrato. Many performers rely on vibrato to add expression to their performances. A violinist or guitarist employs vibrato with a shaking motion of the hand as it applies pressure to the string. A singer subtly uctuates their vocal pitch. A synthesist uses an LFO to modulate an oscillator’s frequency. The LFO R ATE knob controls the rate of modulation, and the

MODULATION wheel controls its depth.

MODULATION CONTROLS

LFO RATE

By default, the LFO RATE knob varies the low-frequency oscillator’s modulation rate from 0.1Hz (one cycle every 10 seconds) to 100Hz (100 cycles per second). This can be multiplied 10x by using the HI RANGE button.

SOURCE

Use this knob to specify whether the modulation source is one of 5 LFO waveforms, the lter envelope, or a programmed source. At its most counterclockwise position, the LFO generates a triangle wave, which is particularly useful for vibrato. Turning the knob clockwise, the next position generates a square wave, which is useful for performing trills and tremolo effects. The next two positions generate sawtooth and ramp (reverse sawtooth) waves. Applied to pitch, sawtooth-wave modulation is useful for simulating alarms, ray guns, and other ascending and descending effects.The fth position uses

sample-and-hold as a modulation source. Think of sample-and-hold as a source of random control

signals. (Think 1970’s Hollywood sound effects of a computer “thinking”.)

When SOURCE is set to F. EG/PGM, the LFO is bypassed and by default, the lter’s envelope settings are used as a source of modulation. A variety of additional modulation sources are also available to you by pressing the CONTROLLERS button. To learn more about the MOD CONTROLLERS menu, go

to page 50.

MODULATION CONTROLS (CONTINUED)

HI RANGE

When engaged, the rate of the LFO is increased by 10x. In this mode, the LFO range is from 1Hz (one cycle per second) through 1,000Hz (1,000 cycles per second).

NOTE: No matter which range you choose, modulation at normal vibrato rates (between 5 and 10Hz) is possible.

SYNC

When the SYNC button is illuminated, the LFO rate is synchronized to the Subsequent 37’s internal clock, or external MIDI clock. In this mode, the LF O RATE knob selects between clock divisions of the internal or external MIDI clock.

KB RESET

When the Keyboard LFO Reset button is illuminated, the LFO will restart its cycle at zero each time a new note is played. With KB RESET off, the LFO will run freely, and will not reset at the start of any notes.

PITCH AMT

Use this knob to specify the depth of pitch modulation applied to Oscillator 1, Oscillator 2, or Both of the oscillators. The PITCH AMT knob is bipolar, meaning that its control value is positive when turned up beyond 12 o’clock, and negative (or inverted) when turned down below 12 o’clock.

OSC

The OSC button is directly tied to the PITCH AMT knob, and is used to toggle between modulating the pitch of oscillator 1 only, oscillator 2 only, or modulating both oscillator 1 and oscillator 2 simultaneously.

FILTER AMT

Use this knob to specify the positive or negative depth of variation applied to the lter’s cutoff frequency. Applying LFO modulation to the lter is useful for generating slow lter sweeps, wobbles, and repeating effects. This knob is bipolar, meaning that its control value is positive when turned up beyond 12 o’clock, and negative (or inverted) when turned down below 12 o’clock.

CONTROLLERS

Pressing this button takes you to the MOD 1 or MOD 2 CONTROL menu on the LED display screen. Here you can determine the amount of effect that the MODULATION wheel, VELOCI T Y,

AFTERTOUCH, and an assignable CONTROLLER 4, have on the modulation destinations. To learn more about the MOD CONTROLLERS menu, got to page 50.

MOD AMT

Use this knob to assign positive or negative amounts of modulation to your selected destination (DEST). This knob is bipolar, meaning that its control value is positive when turned up beyond 12 o’clock, and negative (or inverted) when turned down below 12 o’clock.

MOD DEST

This switch toggles through seven various modulation destinations, including LFO rate (of the other LFO), VCA level, oscillator 1 waveshape, oscillator 2 waveshape, both oscillators’ waveshapes, noise level, EG times, or other various destinations assigned via the MOD CONTROLLERS menu. To learn

more about the MOD CONTROLLERS menu, got to page 50.

MODULATION CONTROLS (CONTINUED)

LFO R ATE

This destination modulates the rate of the other LFO (MOD 1 modulates the rate of LFO 2; MOD 2 modulates the rate of LFO 1).

VCA LEVEL

This destination allows you to modulate the amplitude level of the VCA. This is useful for creating tremolo effects at lower LFO rates, and ring modulation effects at higher LFO rates.

OSC 1 WAVE, OSC 2 WAVE, BOTH

When any of these destinations are chosen, modulation is applied to the shape of the oscillator’s waveform. As the waveform is modulated, the amplitudes, frequencies, and phase of the harmonics change dynamically. Waveform modulation has no effect on the sub oscillator, which always generates

a square wave.

NOISE LEVEL

This destination modulates the noise’s mixer volume. This amount is added to or subtracted from the

NOISE level in the MIXER section.

EG TIME/PGM

This destination by default allows you to modulate the relative time of the envelope generator settings,

without affecting the envelope shape. A negative modulation amount will cause the envelope time to

shorten, while a positive modulation amount will cause the envelope time to lengthen.

This destination is also used in conjunction with the CONTROLLERS button to select from an additional variety of programmable modulation destinations. To learn more about the MOD CONTROLLERS menu go to page 50.

PERFORMANCE NOTE: You can quickly assign the PGM modulation destination by holding the square MOD (1/2) DEST button while turning the knob or pressing the button of the parameter you want to set

as the mod dest.

OSCILLATORS SECTION

Oscillator 1 and oscillator 2 are the Subsequent 37’s primary sound sources. They generate four basic waveforms: triangle, sawtooth, square, and pulse. Since the WAVE knob is continuous, you can interpolate between these shapes.

The triangle wave consists of odd-numbered harmonics only. Its fundamental is very strong, and its overtones are very weak, making it less harmonically complex than other waveforms. By mixing a triangle from one oscillator with a more complex wave from the other, you can emphasize one particular harmonic

without mucking things up with unwanted overtones.

An unltered sawtooth wave is much brighter, because it contains all the natural harmonics. As the harmonics ascend in frequency, they grow weaker in amplitude. Sawtooth waves are useful for synthesizing bass, simulating brass instruments, and more.

Although a pulse wave contains only odd-numbered harmonics, it offers the most exibility because you can change the balance of those odd-numbered harmonics by

changing its shape. Think of a pulse-wave oscillator as a

switch you can turn on and off hundreds or thousands of times per second. In a single pulse wave, the “switch” is either on or off. Its pulse width is the proportion of the wave that’s on, usually expressed as a percentage. A square wave is simply a pulse wave with 50% pulse width, meaning that in a single cycle, it is on half the time and off half the time. If its frequency is 440Hz, that means it goes on and off 440 times every second, and the result you hear is the pitch A above middle C. Every pulse width has its own characteristic sound, because each has a unique harmonic structure, making a variety of basic timbres possible.

Unlike most synths, which simply switch between basic waveforms, the Subsequent 37 allows you to gradually change the oscillator’s output from one waveform to another, so it can generate something partway between a sawtooth and a square wave, for example. We refer to such controls as continuously variable because there are no discrete steps between settings.

In normal operation the keyboard, pitch wheel, arpeggiator, step sequencer, or external MIDI data control oscillator pitch. You can also apply MOD 1, and MOD 2 to modulate oscillator pitch and waveform.

OSCILLATOR CONTROLS

OCTAVE

Use this knob to control either oscillator’s pitch range. Pitch range is expressed in feet, a reference to the age of pipe organs, when a pipe’s physical length determined its pitch. The Subsequent 37’s OCTAVE knobs cover four pitch ranges corresponding to four octaves. The lowest setting is 16’, and the highest setting is 2’.

WAVE

Use this knob to vary either oscillator’s waveform from triangle to sawtooth to square to narrow

pulse wave. Turning the WAVE knob clockwise from the triangle to sawtooth position increases the

oscillator’s harmonic content. Continuing to turn it to the square-wave position weakens and then

eliminates even-numbered harmonics while strengthening odd-numbered harmonics. Turning it from

the square to narrow-pulse position changes its harmonic content further by weakening the overtones relative to the fundamental frequency. This parameter can be modulated via MOD 1 or MOD 2 to create

interesting harmonic motion.

OSCILLATOR CONTROLS (CONTINUED)

HARD SYNC

This button locks oscillator 2’s phase to oscillator 1, eliminating any phase differences between them.

When both oscillators are in sync, each time that oscillator 1 begins a new cycle, it forces oscillator 2 to begin its cycle at the same instant, regardless of whether its previous cycle is complete. As a result, hard sync forces oscillator 2’s waveform to take on a different shape, typically one with greater harmonic complexity. Because oscillator 2 is in sync with oscillator 1, their combined harmonic content depends on their pitch relationship, so that changing oscillator 2’s frequency will have an immediate effect on timbre. For that reason, modulating oscillator 2’s frequency opens up some outstanding

waveshaping opportunities when HARD SYNC is engaged.

NOTE: If oscillator 1’s frequency is higher than oscillator 2’s, oscillator 2 will be unable to complete its cycle, resulting in little or no output from oscillator 2.

KB RESET

When engaged, the keyboard reset function forces the audio oscillators to simultaneously begin their cycles whenever you play a new note. The result is a well-dened leading edge to sounds with a hard attack. This can cause a small click or pop in the sound. To minimize this effect, set a short Release time on the Amp Envelope.

DUO MODE

When DUO MODE is engaged, the Subsequent 37 has the ability to control the pitch of OSC 1 independently of OSC 2. This behavior is based on oscillator KB CTRL settings.

KB CTRL

This button is used to determine how OSC 2 responds to the keyboard when in DUO MODE.

HI: OSC 2 follows the highest note played, while OSC 1 follows the lowest note. LO: OSC 2 follows the lowest note played, while OSC 1 follows the highest note. OFF: OSC 2 drones and does not follow the keyboard. The FREQUENCY control knob’s range is

extended to +/- 3 octaves, so you can set a constant pitch for OSC 2 across a wider range.

FREQUENCY

This knob is used to ne-tune oscillator 2’s pitch within its selected range. The FREQUENCY knob’s range is seven semitones lower or higher than its center position. At its center position, oscillator 2 is tuned to oscillator 1. Turning it just slightly out of tune with oscillator 1 can yield interesting detuned or phasing effects. Turning the knob fully clockwise will create a perfect fth interval against oscillator 1 (assuming that they’re both on the same octave) allowing you to play “power chords” with just one nger.

BEAT FREQ : Use the BE AT knob to set the beat frequency of oscillator 2 against oscillator 1. The

range is plus or minus 3.5Hz with no detuning (0Hz) in the middle. This parameter creates a linear constant detuning of oscillator 2 relative to oscillator 1 so that oscillator 2 is always detuned by the same number of cycles per second (Hz) regardless of the musical pitch. The result is a musical detuning effect which phases or “beats” at a consistent rate on every note.

By contrast, the OSCILLATOR 2 FREQUENCY knob detunes oscillator 2 by musical cents, where the rate of beating between oscillators is halved or doubled as you play an octave lower or higher in pitch.

NOTE: For this reason, if you want a constant beat frequency at all pitches, make sure that the OSCILLATOR 2 FREQUENCY control is centered. If you want near-absolute unison between oscillator 2 and oscillator 1, make sure that the BEAT FREQUENCY control is also centered.

MIXER SECTION

The mixer lets you combine audio signals from each of the Subsequent 37’s four internal audio sources as well as an external audio source or mixer feedback. Each mixer source has a dedicated

knob for controlling its relative level as well as a mute button. The

beauty of having dedicated mute buttons is that you can leave an audio source’s level at a pre-set amount and instantly bring it

in or out with the push of a button. When a level knob is turned

fully counterclockwise, its input is effectively turned off. Turning it clockwise from 0 increases the level until it reaches its maximum at 10. Mixer settings higher than 5 will overdrive the input of the lter, meaning that you can specify which sources are distorted and which simply pass through the lter.

MIXER CONTROLS

OSC 1

Use this knob to control oscillator 1’s level. Settings higher than 5 push the level beyond unity, imparting gentle lter distortion. A setting of 5 or below delivers a clean signal to the lter.

SUB OSC

Use this knob to control the sub oscillator’s level. Settings higher than 5 push the level beyond unity, imparting gentle lter distortion. A setting of 5 or below delivers a clean signal to the lter. The Subsequent 37’s sub oscillator is always tuned exactly one octave below oscillator 1’s pitch, and its waveform is always a square wave. Typically, the sub oscillator adds a solid foundation to the Subsequent 37’s sound. It is especially useful for crafting monstrous Moog bass patches.

OSC 2

Use this knob to control oscillator 2’s level. Settings higher than 5 push the level beyond unity, imparting gentle lter distortion. A setting of 5 or below delivers a clean signal to the lter.

NOISE

Use this knob to control the Subsequent 37’s pink noise generator level. Settings higher than 5 push the level beyond unity, imparting gentle lter distortion. Noise is useful for programming punchy

percussion and other non-pitched sounds.

Whereas an oscillator generates a pitched waveform, noise is a non-pitched sound source. The two most common types of noise are white noise and pink noise. Just as white light contains all colors of the visual spectrum in equal proportion, white noise contains a random distribution of all audible frequencies. Every frequency has equal amplitude. We hear white noise as a constant ssshh sound, like an FM radio between stations. Because of the way our brains respond to white noise, the higher

frequencies sound more prominent than the lower ones.

The Subsequent 37’s noise generator produces a signal called pink noise. Pink noise has equal amplitudes in every octave, making it sound deeper than white noise - more like the sound of a waterfall. Many synthesists consider pink noise more useful than white noise.

FDBK / EXT IN:

When nothing is plugged into the EXT IN jack on the left side of the Subsequent 37, the FDBK / EXT IN knob takes the output of the mixer and feeds it back into this mixer channel, resulting in a variety of

distorted, sometimes chaotic, sometimes mellow qualities.

Warning: This control can increase the output volume considerably!

FILTE R SEC TI ON

The number and relative strengths of a sound’s harmonic

frequencies determine its tone color or timbre. The Subsequent

37 contains a lter for removing certain frequencies from audio signals. Because ltering gives you control over an audio signal’s harmonic content, it physically alters the waveform being ltered.

The Subsequent 37 has a classic Moog Lowpass Ladder Filter with four selectable slopes. Lowpass lters pass all frequencies up to a point called the cutoff frequency and gradually roll off, or attenuate, frequencies above that point. You can change the cutoff manually using the knob, or you can change it by applying

a signal from a control source such as an envelope or LFO.

Turning the cutoff all the way down closes the lter so that nothing passes through it. Raising the cutoff opens the lter. As you turn the CUTOFF knob clockwise from its lowest position, rst you’ll hear only the audio signal’s lowest frequencies, and then the timbre will grow gradually brighter. The lter envelope, in combination with the CUTOFF knob’s setting, is the lter’s primary control source.

Another characteristic of the Subsequent 37’s lter is resonance.

Resonance increases the level of audio frequencies closest to

the cutoff frequency by making the lter roll off frequencies less gradually. It regenerates those frequencies by feeding them back to the lter. Turning up the resonance emphasizes harmonics closest to the cutoff frequency and exaggerates any changes to the cutoff frequency.

FILTER CONTROLS

CUTOFF

Use this knob to change the lter’s cutoff frequency. Its lowest setting is 20Hz, which effectively closes the lter and doesn’t allow any audio to pass through. Its highest setting is 20kHz, which opens the lter completely and allows all audio to pass through.

RESONANCE

Use this knob to control how much signal is routed from the lter’s output back to its input. Turning it clockwise increases the resonance, causing a peak in amplitude at the cutoff frequency. Settings above 7 cause the lter to self-oscillate.

MULTIDRIVE

MultiDrive is the Subsequent 37’s distortion processor, offering effects ranging from asymmetrical, tube-like warmth to aggressive hard clipping, with a smooth continuous transition in between. The MULTIDRIVE knob controls how hard you drive the OTA and FET stages, which are located between the lter and the amplier in the signal path. The higher the setting, the more aggressive the clipping effect. Varying amounts of MultiDrive can give your sounds a distinct tonal edge, as well as make them more responsive to changes in lter resonance, waveform, and oscillator levels.

FILTER CONTROLS (CONTINUED)

SLOPE

Pressing the SLOPE button selects between a 1-pole lter slope (-6dB-per-octave), a 2-pole lter slope (-12dB-per-octave), a 3-pole lter slope (-18dB-per-octave), or the classic Moog 4-pole lter slope (-24dB-per-octave). You can also change this setting in real time as you play.

EG AMOUNT

Use this knob to control how much the lter envelope modulates the lter’s cutoff frequency. In other words, EG AMOUNT controls the depth of the envelope generator’s effect on the lter.

The EG AMOUNT knob is bipolar, meaning that its control value is positive when it’s turned up and negative when it ’s turned down. Turning it clockwise from center causes the envelope to raise the cutoff frequency from the CUTOFF knob’s setting. Turning it counterclockwise from center causes the envelope to lower the cutoff frequency from the CUTOFF knob’s setting. The depth of the envelope’s effect on the cutoff frequency also depends a lot on the CUTOFF setting. If the setting is very high and you adjust the EG AMOUNT to raise it further, then the envelope will have little effect. The lower the cutoff frequency, then the more the envelope will be able to modulate it. On the other hand, if the setting is very low and you adjust the EG AMOUNT to lower it further by turning the knob counterclockwise, again, the envelope will have little effect.

KB TRACK

Use this knob to specify how much the lter cutoff tracks the keyboard; that is, how much the keyboard pitch affects the lter’s lowpass frequency. With KB TRACK turned fully counter clockwise keyboard track will have no effect on the lter’s cutoff frequency. With KB TR ACK turned up halfway, the lter cutoff will follow the keyboard pitch at a 1:1 ratio centered around C3 (MIDI note 48).

KB TRACK at maximum sets a 2:1 ratio for lter keyboard tracking.

ENVELOPES

amplitude

delay

When you make any sound, it may take a moment for that sound to reach its maximum amplitude and brightness. This initial moment is called the sound’s attack. An attack may be gradual (like a cymbal roll), abrupt (like a cymbal crash), or anything in between. The attack often tells us more about how an instrument is played than any other characteristic. Likewise, when the sound ends, it may take a

attack

hold

decay

time

sustain

release

ENVELOPES (CONTINUED)

moment to die away completely, or it may stop suddenly. This nal drop in amplitude and brightness is called its release. The attack and release, along with variations in amplitude and timbre that occur between the attack and release, make up the sound’s envelope.

The Subsequent 37 shapes electronic sounds using two envelope generators (abbreviated EG). One envelope affects the Subsequent 37’s lter, which controls timbre, and the other affects its amplier, which controls amplitude. When you press a key on the keyboard, it sends a signal that tells the envelope generator to begin the attack. In voltage-controlled synthesizers like the Subsequent 37, this signal is called a gate. The gate ends when you release the key, telling the envelope generator to begin

the release.

Both of the Subsequent 37’s envelope generators have six stages: delay, attack, hold, decay, sustain, and release (abbreviated DAHDSR). In the default mode, the four front-panel envelope generator knobs are assigned to control the attack, decay, sustain, and release (ADSR). Just as attack is the time it takes a level to peak, the decay is the time it takes to fall to a steady level, called the sustain. The sustain level is held until the key is released. At that point, the signal returns to zero at a rate determined by the release setting. Whereas the attack, decay, and release stages are specied as lengths of time, sustain is a control-signal level.

When you play the Subsequent 37, your keyboard technique determines how the envelope generators respond, which impacts your musical expression and articulation. If you release the key before the envelope reaches either its maximum or sustain level, the release stage immediately takes effect. When you play staccato (very short notes), the envelope may never reach its decay stage, depending on its attack setting. Playing legato—holding down each key for the note’s full duration without lifting your ngers between notes—prevents the envelope from retriggering its attack stage on subsequent notes. In that case, the envelope maintains its sustain level until you trigger the release stage by lifting your nger.

When the KNOB SHIFT button (between the lter and amplitude attack knobs) is pressed and blinking, the rst two envelope generator knobs become D E L AY and HOLD knobs while the third and fourth knobs adjust the amount that keyboard velocity and keyboard tracking affect the envelope amounts.

FILTER ENVELOPE CONTROLS

ATTAC K

Use this knob to specify the time it takes the lter frequency to ascend from the CUTOFF knob’s manual setting to its maximum level, which is determined by the lter’s EG AMOUNT setting. Its value

ranges from 1 millisecond to 10 seconds.

When you use the lter envelope to modulate pitch or wave amount, the ATTACK knob species the time it

takes the control level to ascend to its

maximum value.

DECAY

Use this knob to specify the time it takes the lter frequency to descend from its maximum level to its sustain level. Its

value ranges from 1 millisecond to 10

seconds. When you use the lter envelope to modulate pitch or wave amount, the DEC AY knob species the time it takes

the control level to descend from its

maximum value to its sustain level.

FILTER ENVELOPE CONTROLS (CONTINUED)

SUSTAI N

Use this knob to specify the lter cutoff frequency once the decay stage is complete. The sustain stage is held until the envelope receives a Note Off command or the gate ends. Its value ranges from 0% to 100%, calibrated 1 to 10. Note that the lter’s EG AMOUNT determines the depth of its effect. When you use the lter envelope to modulate pitch or wave amount, the S USTAI N knob species the control value that is held once the decay stage is complete.

RELEASE

Use this knob to specify the time it takes the lter cutoff to descend from its current value to the CUTOFF knob’s manual setting. Its value ranges from 1 millisecond to 10 seconds. When you use the lter envelope to modulate pitch or wave amount, the RELEASE knob species the time it takes the control level to descend from the current value to zero.

MULTI TR IG

By default, playing legato on the Subsequent 37 prevents envelopes from retriggering on subsequent notes; this is called single triggering. You can change this behavior by pressing the MULTI TRIG button. When lit, a new gate occurs each time you play a note on the keyboard, regardless of whether you’ve released the previous key; this is called multiple triggering.

RESET

By default, with envelope reset turned off, an envelope Attack sweeps the envelope output only from its current level to maximum. When the RESET button is lit the Attack starts from minimum regardless of the level at the time of the key press. This effect is more prominent with longer attack and release times.

SYNC

When the SYNC button is lit the envelope will retrigger at every unit of the beat. The FILTER EG CLOCK DIV parameter in the PRESET EDIT menu allows you to determine the clock division at which

the envelope will retrigger. (See MIDI Table on page 52 for available units of the beat.)

LOOP

Normally, an envelope occurs just once when you play a note. When LOOP is illuminated, an envelope’s delay, attack, hold, decay, and release stages will loop continuously for as long as a note is held. Because of this, it is possible to use the lter’s envelope generator as a multistage LFO. The shorter the envelope times, the faster the loop will repeat.

LATCH ON

When the L AT CH O N button is lit the FILTER ENVELOPE will remain at its SUS TAIN level, as if the gate was on.

FILTER ENVELOPE CONTROLS (KNOB SHIFT ON)

DELAY

When the KNOB SHIFT button is blinking you can use the FILTE R AT TAC K knob (now FILTER DELAY) to specify a timed pause before the onset of the lter envelope’s attack, effectively turning the ADSR envelope into a DADSR envelope. To increase the time before the onset of attack, engage the KNOB SHIFT button and turn up the lter envelope’s ATTACK knob. The envelope’s delay time ranges from a minimum of 0 millisecond to a maximum of 10 seconds.

FILTER ENVELOPE CONTROLS (KNOB SHIFT ON) (CONTINUED)

HOLD

When the KNOB SHIFT button is blinking you can use the FILTER DECAY knob (now FILTER HOLD) to add a hold stage to the lter envelope allowing you to specify a xed delay between the attack and decay stages, effectively turning an ADSR envelope into an AHDSR envelope. During this stage, the lter’s cutoff frequency is held at its maximum level, which is determined by the lter’s EG AMOUNT setting. To increase the hold time before the onset of envelope’s decay, engage the KNOB SHIFT button and turn up the lter envelope’s DEC AY knob. You can vary the envelope’s hold time from a minimum of 0 to a maximum of 10 seconds.

VEL AMT

When the KNOB SHIFT button is blinking you can use the FILTER DECAY knob (now FI LTER VELOCITY AMOUNT) to make your sounds get darker as you press the keys slower on the keyboard,

and brighter as you press the keys faster. The knob’s range varies from 0% to 100%. Note that the highest velocity always gives the full amount, and that higher knob values affect the softer velocities,

which makes them deliver lower amounts.

KB TRACK

When the KNOB SHIFT button is blinking you can use the FILTER RELEASE knob (now FI LT E R KEYBOARD TRACKING AMOUNT knob) to specify how much keyboard tracking affects the lter

envelope’s decay and release times. To change the decay and release times in response to where you play on the keyboard, engage the KNOB SHIFT button and turn the lter envelope’s RELEASE knob. The knob’s range is 0 to 2:1 with 1:1 tracking at 12 o’clock. As you turn the knob clockwise you will shorten the envelope times as you go higher up the keyboard.

AMPLIFIER ENVELOPE CONTROLS

ATTAC K

Use this knob to specify the time it takes the mixer output’s amplitude to ascend from zero to its maximum value. Its value ranges from 1 millisecond to 10 seconds.

DECAY

Use this knob to specify the time it takes the mixer output’s amplitude to descend from its maximum level to its sustain level. Its value ranges from 1 millisecond to 10 seconds.

SUSTAI N

Use this knob to specify the mixer output’s amplitude once the decay stage is complete. The sustain stage is held until the envelope receives a Note Off command or the gate ends. Its value ranges from 0% to 100%, calibrated 1 to 10.

RELEASE

Use this knob to specify the time it takes the mixer output’s amplitude to descend from its current value to zero after a key is released or the gate is turned off. Its value ranges from 1 millisecond to 10 seconds.

MULTI TR IG

By default, playing legato on the Subsequent 37 prevents envelopes from retriggering on subsequent notes; this is called single triggering. You can change this behavior by pressing the MULTI TRIG button. When illuminated, a new gate occurs each time you play a note on the keyboard, regardless of whether you’ve released the previous key; this is called multiple triggering.

RESET

AMPLIFIER ENVELOPE CONTROLS (CONTINUED)

SYNC

When the SYNC button is lit the envelope will restart at every unit of the beat. The AMP EG CLOCK DIV parameter in the PRESET EDIT menu allows you to determine the clock division at which the

envelope will reset. (See MIDI Table on page 52 for available units of the beat.)

LOOP

Normally, an envelope occurs just once when you play a note. When LOOP is illuminated, an envelope’s delay, attack, hold, decay, and release stages will loop continuously for as long as a note is held. Because of this, it is possible to use the amp’s envelope generator as a multistage LFO. The shorter the envelope times, the faster the loop will repeat.

LATCH ON

When the L AT CH O N button is illuminated, the AMPLIFIER ENVELOPE will remain at its S U S TAIN level as if the gate was on.

AMPLIFIER ENVELOPE CONTROLS (KNOB SHIFT ON)

DELAY

When the KNOB SHIFT button is blinking you can use the AMP AT TACK knob (now AM P DELAY) to specify a timed pause before the onset of the amplier envelope’s attack, effectively turning an ADSR envelope into a DADSR envelope. To increase the time before the onset of attack, engage the KNOB SHIFT button and turn up the amplier envelope’s ATTACK knob. The envelope’s delay time ranges from a minimum of 0 millisecond to a maximum of 10 seconds.

NOTE: The delay parameter for the AMPLIFIER ENVELOPE only works when envelope LOOP is ON.

HOLD

When the KNOB SHIFT button is blinking you can use AMP D E CAY knob (now AMP HOLD) to add a hold stage to the amplier envelope allowing you to specify a xed delay between the attack and sustain stages, effectively turning an ADSR envelope into an AHDSR envelope. During this stage, the amplier’s amplitude is held at its maximum level, which is determined by the mixer settings. To increase the hold time before the onset of envelope’s decay, engage the KNOB SHIFT button and turn up the amplitude envelope’s DE CAY knob. You can vary the envelope’s hold time from a minimum of 0 to a maximum of 10 seconds.

VEL AMT

When the KNOB SHIFT button is blinking you can use the AMP S U STAIN knob (now AMP VELOCITY AMOUNT) to make your sounds get quieter as you press the keys slow on the keyboard, and louder

as you press the keys faster. The knob’s range varies from 0% to 100%. Note that the highest velocity always gives the full amount, and that higher knob values affect the softer velocities, which makes

them deliver lower amounts.

KB TRACK

When the KNOB SHIFT button is blinking you can use the AMP RELEASE knob (now AMP KEYBOARD TRACKING AMOUNT knob) to specify how much keyboard tracking affects the amplier envelope’s

decay and release times. To change the decay and release times in response to where you play on the keyboard, engage the KNOB SHIFT button and turn the amplitude envelope’s RELEASE knob. The knob’s range is 0 to 2:1 with 1:1 tracking at 12 o’clock. As you turn the knob clockwise you will shorten the envelope times as you go higher up the keyboard.

OUTPUT SECTION

VOLUME

This knob is the main volume control for the AUDIO OUT jack on the left side of

the Subsequent 37. Rotating the control fully clockwise produces the maximum output. Rotating the control fully counterclockwise silences the Subsequent

37. A volume setting can be stored with each preset. The PRESET VOLUME parameter is located in the PRESET EDIT menu. Learn more about this on page

42. If it is set to OFF the volume remains at whatever value the knob is left at regardless of which preset is selected.

NOTE: The PRESET VOLUME parameter is independent of the MASTER VOLUME knob.

MUTE

This button controls the audio that appears at the AUDIO OUT jack. This switch has no effect on the HEADPHONES jack. This arrangement allows you to monitor

and adjust the sound of the Subsequent 37 using headphones, while silencing

the signal at the AUDIO OUT jack. You can also use the MUTE button to turn off

the output if you are using the Subsequent 37 as a controller and wish to control external gear without hearing the Subsequent 37. The output is muted when this

button is illuminated.

HEADPHONES VOLUME

This control balances the level of the headphones jack with the main VOLUME setting. If you change the level of the main VOLUME knob, you will hear a similar

change in the headphones volume.

HEADPHONES

The HEADPHONE jack is a 1/4” TRS headphone output for use with standard headphones. Although it will drive both sides of the headphones it is still a monaural signal as it is identical on both sides.

MIDI MENU

MIDI MENU 1.X

IN CHANNEL: 1 - 16, ALL OUT CHANNEL: 1 - 16, ALL SEND PGM CHG: ON, OFF RCV PGM CHG: ON, OFF

MIDI MENU 2.X

IN PORTS: BOTH, DIN, USB, OFF OUT PORTS: BOTH, DIN, USB, OFF ECHO DIN IN: OFF, BOTH, DIN, USB ECHO USB IN: OFF, BOTH, DIN, USB

MIDI MENU 3.X

POLY NUMBER: OFF, 1 - 16 POLY MAX: 1 - 16 OUT FILTERS >> CLOCK OPTIONS >> SYSEX >>

MIDI OUTPUT

KEYS: OFF, ON WHEELS: OFF, ON PANEL: OFF, ON KNB NRPN/CC: CC, NRPN CC FORMAT: 7-BIT, 14-BIT

CLOCK OPTIONS

SEND CLOCK: OFF, ARP, ON SEND ST/STP: OFF, ON FOLLOW SPP: OFF, ON

MIDI SYSEX

BUFFER SND: SEND SEQUENCE: SEND CUR PRESET: SEND ALL PRESETS: SEND BULK DUMP: SEND

Press the MIDI button to open the MIDI MENU. This menu contains parameters associated with the

sending and receiving of MIDI signals. When the MIDI button is illuminated the top right of the LED display will indicate which page you are on, followed by a decimal point, and then which parameter line you currently have selected. Use the buttons to choose a parameter for editing, and the FINE TUNE knob to scroll through a selected parameter’s available options.

NOTE: You can also use the CURSOR button to select a parameter and the buttons to step through the selected parameter’s available options. To exit a parameter, simply press CURSOR again.

If more than one page of parameters exists, continuing to press the button will take you through the additional parameters and pages. If the MENU WRAP parameter (GLOBAL MENU) is

OFF, the button will stop working at the last parameter of the last page.

SUB MENU PARAMETERS

Some parameter types have multiple sub parameters, which are indicated by “>>”. If you have one of these menu titles highlighted, you can jump to the sub menu by pressing the CURSOR button. To exit a sub menu highlight the “(BACK)<<” parameter and press the CURSOR button. This will take you back to the previous menu.

MIDI MENU PARAMETERS

IN CHANNEL (MIDI MENU 1.1)

This determines the Subsequent 37’s MIDI Receive Channel. The choices are 1 - 16 and ALL which puts the Subsequent 37 in Omni Mode. The default MIDI In channel is 1.

OUT CHANNEL (MIDI MENU 1.2) This determines the Subsequent 37’s MIDI Transmit Channel. The choices are 1 - 16. The default MIDI Out channel is 1.

SEND PGM CHG (MIDI MENU 1.3)

This determines if MIDI Program Changes are sent from the Subsequent 37 to other devices. The

choices are ON (default) and OF F.

RCV PGM CHG (MIDI MENU 1.4)

This determines if MIDI Program Changes sent from external devices are received by the

Subsequent 37. The choices are ON (default) and OFF.

IN PORTS (MIDI MENU 2.1) This determines which MIDI ports receive MIDI data sent from other devices. The choices are OFF, DIN, USB, or BOTH (default).

OUT PORTS (MIDI MENU 2.2)

This determines which MIDI ports transmit MIDI data sent from the Subsequent 37 to other devices.

The choices are OFF, DIN, USB, or BOTH (default).

ECHO DIN IN (MIDI MENU 2.3)

This parameter takes incoming MIDI data from the 5-pin DIN MIDI Input jack and merges it with the data being sent from the Subsequent 37 to the selected MIDI OUT port(s). This allows the MIDI Output (5-pin DIN and/or USB) to also act as a MIDI THRU. The choices are OFF (default), DIN, USB,

or BOTH.

ECHO USB IN (MIDI MENU 2.4)

This parameter takes incoming MIDI data from the USB PORT and merges it with the data being sent from the Subsequent 37 to the selected MIDI OUT port(s). This allows the MIDI Output (5-pin DIN and/ or USB) to also act as a MIDI Merge. The choices are OFF (default), DIN, USB, or BOTH.

POLY NUMBER (MIDI MENU 3.1)

This parameter species the Subsequent 37 as a single polyphonic voice for use with other compatible Moog synthesizers. Additional synthesizers must be connected via MIDI in order to add polyphony. No two synthesizers should be assigned to the same voice. When no other synthesizers are connected, this value should be set to OFF.

POLY MAX (MIDI MENU 3.2)

This parameter species the number of connected voices in a poly chain. This number should not exceed the number of connected units. The default is 3.

OUT FILTERS (MIDI MENU 3.3) Highlight OUT FILTERS >> and press the CURSOR button to enter the OUT FILTERS sub menu.

KEYS When set to ON (default) the keys transmit MIDI note data including channel pressure

(aftertouch) messages. When set to OFF this data is not transmitted.

WHEELS When set to ON (default) the Pitch Bend and Mod Wheel MIDI data is transmitted. When set to OFF this data is not transmitted.

MIDI MENU PARAMETERS (CONTINUED) OUT FILTERS (CONTINUED)

PANEL

When set to ON (default) MIDI data from all the panel knobs and buttons is transmitted. When set to OFF this data is not transmitted.

KNB NRPN/CC Determines if the knobs and buttons on the Subsequent 37’s panel are transmitted via MIDI as

Non Registered Parameter Numbers or as CC messages. The choices are CC (default) and NRPN.

CC FO R MAT Chooses whether Continuous Controller data is sent using 7-bits or 14-bits (for greater precision). If

this level of MIDI precision is not needed, use 7-bit (default) as it requires less MIDI bandwidth.

CLOCK OPTIONS (MIDI MENU 3.4)

Highlight CLOCK OPTIONS >> and press the CURSOR button to enter the CLOCK OPTIONS sub menu.

SEND CLOCK

Dictates when the Subsequent 37 sends MIDI clock. OFF never sends MIDI clock. ARP sends MIDI clock only when the Arp or Seq is running. ON sends MIDI clock all the time.

SEND ST/STP When ON (default) MIDI Start and Stop messages are sent when starting and stopping the sequencer. When OFF the Subsequent 37 will not send MIDI Start and Stop messages.

FOLLOW SPP When ON the Subsequent 37 will follow the MIDI Song Position Pointer if MIDI Sync is active. MIDI SPP allows a DAW to set the sequencer step to match the DAW’s song position, so that

you can start from beats other than the rst beat and (in theory) stay in sync.

SYSEX (MIDI MENU 3.5) Highlight SYSEX >> and press the CURSOR button to enter the SYSEX sub menu.

NOTE: During a SysEx dump the MIDI button will blink red until the transmission is nished.

BUFFER SEND

This command will send a MIDI SysEx Dump of the edit buffer’s current settings (this is the preset or newly created sound as you have currently edited it, not the stored preset). To send the buffer’s settings, press the CURSOR button highlighting the SEND parameter, and then press either of the buttons to start the MIDI dump.

NOTE: When you send this type of SysEx le into a Subsequent 37, the data will go into its edit buffer,

but not yet be stored into a Preset location. You will still have go through the SAVE procedure as outlined on page 13, which allows you to choose where you want to save this newly loaded Preset.

SEQUENCE SEND

This command will send a MIDI SysEx Dump of the edit buffer’s current sequence data (this is the sequence as you have currently edited it, not the stored sequence). To send the buffer’s sequence data, press the CURSOR button highlighting the SEND parameter, and then press either of the buttons to start the MIDI dump.

NOTE: When you send this type of SyEex le into a Subsequent 37, the data will go into its

edit buffer, but not yet be stored into a Preset location. You will still have go through the SAVE procedure as outlined on page 13. The advantage of this is that you can send Sequence dumps to any preset without overwriting the saved preset’s sequence. To permanently save the sequence, just save the preset.

CURRENT PRESET

This command will send a MIDI SysEx Dump of the currently selected Preset’s settings. To send the current Preset’s settings, press the CURSOR button highlighting the SEND parameter, and then press either of the buttons to send the MIDI data.

WARNING: When you send this type of SysEx le into any Subsequent 37 the Preset will automatically be stored to the current Preset location. Loading a SysEx le like this WILL overwrite the Preset in that particular location. Always back up your Presets before loading others’ SysEx les.

ALL PRESETS

This command will send a MIDI SysEx Dump containing the settings of all 256 of the Subsequent 37’s onboard Presets. To send all Presets, press the CURSOR button highlighting the SEND parameter, and then press either of the buttons to send the MIDI data.

WARNING: When you send this type of SysEx le into any Subsequent 37 the Presets will automatically be stored to all of the locations they were at when the SysEx was originally dumped. Loading a SysEx le like this WILL overwrite any Presets at those particular locations. Always back up your Presets before loading others’ SysEx les.

BULK DUMP

This command will send a MIDI SysEx Dump containing the settings of everything in the Subsequent 37, including presets, MIDI, and global settings. To send all data, press the CURSOR button highlighting the SEND parameter, and then press either of the buttons to send the MIDI data.

NOTE: When you send this type of SysEx le into any Subsequent 37, all existing MIDI MENU and GLOBAL MENU settings will be overwritten by the settings contained in this SysEx le, and all Presets

will be stored in the locations they were at when the SysEx was originally dumped. Always back up your Presets and system settings before loading others’ SysEx les.

PRESET MENU

PRESET EDIT 1.X

ARPEGGIATOR >> SEQUENCER >> FILTER EG >> AMP EG >> KB TRANSPOSE: -12 ... OFF ... +12

ARPEGGIATOR

GATE LENGTH: OFF ... 100% CLOCK DIV: SEE PAGE 52 SWING: 0.0% ... 100.O% STEP 1 RESET: OFF, ON END NOTES: ONCE, TWICE

PRESET EDIT 2.X

KB PRIORITY: LOW, HIGH, LAST BEND UP: +0 ... +24 BEND DOWN: -0 ... -24 BEND DEST: NONE, OSC1, OSC2, BOTH PRESET VOL: OFF ... 100%

SEQUENCER

MOD DST: SEE PAGE 51 SEQ MOD AMT: OFF ... 100% SEQ MOD ONLY: OFF, ON MODWHL CTRL: OFF, ON RATCHET CNT: 1 - 8

FILTER EG

GATE SRC: BOTH, NOTES, EXT EXP. ATTACK: ON, OFF CLOCK DIV: SEE PAGE 52

AMP EG

GATE SRC: BOTH, NOTES, EXT EXP. ATTACK: ON, OFF CLOCK DIV: SEE PAGE 52

To enter the Subsequent 37’s PRESET EDIT MENU press and hold the PRESET button for one second. This menu contains per-preset parameters that are not represented by the front panel knobs and buttons. The top right of the LED display will indicate which page you are on, followed by a decimal point, and then which parameter line you currently have selected. Use the buttons to choose a parameter for editing, and the FINE TUNE knob to scroll through a selected parameter’s available

options.

NOTE: You can also use the CURSOR button to select a parameter and the buttons to step through the selected parameter’s available options. To exit a parameter, simply press CURSOR again.

If more than one page of parameters exists, continuing to press the button will take you through the additional parameters and pages. If the MENU WRAP parameter (GLOBAL MENU) is OFF, the

button will stop working at the last parameter of the last page.

SUB MENU PARAMETERS

to the previous menu.

PRESET EDIT MENU PARAMETERS

ARPEGGIATOR (PRESET EDIT 1.1) Highlight ARPEGGIATOR >> and press the CURSOR button to enter the ARPEGGIATOR sub menu.

GATE LENGTH

This parameter species how long the arpeggiator’s gate stays on for each note. The default is 50%, which means that each note of an arpeggiation is held for half of the length of that note. After 50% of the time has passed, the lter and amplitude envelopes will go into the

release portion of their envelope settings. The available range is from OFF (no gate at all) to 100% (all notes are played legato with no space in between).

CLOCK DIV

This determines the arpeggiator’s note relationship to the internal or MIDI clock. The rst value is 4, which means a single arpeggiation note is 4 whole notes long (384 MIDI clocks). The highest value is 1/64T, which means that each arpeggiation note is a 1/64th-note triplet (1 MIDI clock). Please refer to the chart on page 52 for a list of available clock divisions.

SWING This parameter allows you to “swing” your sequence data. The range is from 0% to 100%.

When SWING is set to 50% (default) all quarter notes are played with equal time (or “straight”). When SWING is set to a value below 50%, it will move the off-beats earlier in time. When SWING is set to a value above 50%, it will move the off-beats later in time. At 0% swing, only the off-beats will play; at 100% swing, only the on-beats will play.

NOTE: Each of the CONTROLLER edit pages for MOD BUS 1 and MOD BUS 2 have a parameter called LFO1 SWING (OFF/ON) and LFO2 SWING (OFF/ON), respectively. When these are set to ON (default) and when SYNC for that LFO is ON, the respective LFO will swing in accordance with the SWING value set above.

STEP 1 RESET This is used to determine the behavior of the various KB RESET parameters (MOD 1 & 2,

Oscillators) when the Arpeggiator is running. If STEP 1 RESET is ON, then KB RESET will only occur on the rst note of the arpeggiator pattern or sequence. If STEP 1 RESET is OFF, then

KB RESET will happen on every note of the arpeggiation or sequence.

END NOTES This parameter is only valid when the BACK/FORTH button is illuminated. It determines

if the beginning and ending notes of an arpeggiation are played once or twice during the turnaround.

EXAMPLE: If you’re arpeggiating C-E-G using the UP Pattern with the BACK/FORTH button illuminated, you get C-E-G-E-C etc. if you choose ONCE. If you choose TWICE you’ll get C-E G-G-E-C-C etc.

SEQUENCER (PRESET EDIT 1.2) Highlight SEQUENCER >> and press the CURSOR button to enter the SEQUENCER sub menu.

MOD DST This is a dedicated mod destination for the sequencer. The position of the MOD WHEEL is

recorded for each step in a sequence as a bi-polar value (with the MOD WHEEL centered equaling 0). You can use the MOD DST parameter to directly assign the SEQ MOD values to virtually any parameter in the Subsequent 37. The default is OFF.

SEQ MOD AMT

This parameter scales the amount of sequence modulation to a selected destination. The values range from OFF (default) to 100%.

PRESET EDIT MENU PARAMETERS (CONTINUED)

SEQUENCER (PRESET EDIT 1.2) (CONTINUED)

SEQ MOD ONLY When set to ON, this parameter prevents the sequencer from playing notes, but continues

transmission of sequence mod values. It effectively turns your sequencer into a 1-64 step

modulation source. The default is OFF.

MODWHL CTRL When set to ON, the Mod Wheel provides real-time scaling of sequence modulation values, where the maximum value is set by the SEQ MOD AMT parameter. The default is O FF.

NOTE: The modulation value for a step is set using the Mod Wheel, either while Recording

a sequence or while a step is selected for editing in Step Edit. The mod value is bipolar, so

setting the Mod Wheel to its lowest position sends the maximum “negative” modulation value, while the highest position sends the maximum “positive” modulation value. Setting the Mod Wheel at its center position sends “no modulation”.

EXAMPLE: To use the per-step modulation to set a switched parameter from (normally) OFF to (modulated) ON, move the Mod Wheel all the way up when setting the SEQ MOD value for the sequence step. To set a switched parameter from (normally) ON to (modulated) OFF, move the Mod Wheel all the way down when recording to set a negative mod value for the sequence step.

RAT CHET C T

When Ratchet is selected for a specic step in a sequence, the Ratchet Count causes that step to repeat multiple times within a single step-duration. You can set the ratchet multiple from 1x (no repeats) to 8x. The default is 2x.

FILTE R EG (PRESET EDIT 1.3) Highlight FILTER E G >> and press the CURSOR button to enter the FILTER E G sub menu.

GATE SR C

This is used to select which gate sources trigger the lter envelope. With NOTES selected, only key presses and arpeggiations will trigger the lter envelope. The KB GATE jack on the left side of the Subsequent 37 will not affect the lter envelope. With EXT selected, only trigger voltages received at the K B GAT E jack will trigger the lter envelope. Neither key presses nor arpeggiations will affect the lter envelope. With BOTH selected, the keyboard,

arpeggiations and the KB GATE will trigger the lter envelope.

EX P. ATTAC K

This parameter determines if the lter envelope’s attack curve is linear (OFF) or exponential (ON). The default is OFF. An exponential attack will have a steeper slope on its way to the maximum value. Each slope has its own sonic advantages, which vary depending on whether you’re using very fast or very slow attack times.

CLOCK DIV

This species the lter envelope’s repeating relationship to the internal or MIDI clock when the envelope SYNC button is illuminated. The rst value is 4, which means that the lter envelope is triggered every 4 whole notes (384 MIDI clocks). The highest value is 1/64T, which means that the lter envelope is re-triggered every 1/64th-note triplet (1 MIDI clock).

Please refer to the chart on page 52 for a list of available clock divisions.

AMPLIFIER EG (PRESET EDIT MENU 1.4) Highlight AMPLIFIER EG >> and press the CURSOR button to enter the AMPLIFIER EG sub menu.

GATE SR C

This is used to select which gate sources trigger the amplier envelope. With NOTES selected, only key presses and arpeggiations will trigger the amplier envelope. The K B GATE jack on the left side of the Subsequent 37 will not affect the amplier envelope. With EXT selected, only trigger voltages received at the K B GATE jack will trigger the amplier envelope. Neither key presses nor arpeggiations will affect the amplier envelope. With BOTH selected, the keyboard, arpeggiations and the KB GATE will trigger the amplier envelope.

EX P. ATTAC K

This parameter determines if the amplier envelope’s attack curve is linear (OFF) or exponential (ON). Default is OFF. An exponential attack will have a steeper slope on its way to the maximum value. Each slope has its own sonic advantages, which vary depending on whether you’re using very fast or very slow attack times.

CLOCK DIV

This species the amplier envelope’s repeating relationship to the internal or MIDI clock when the envelope’s button is illuminated. The rst value is 4, which means that the amplier envelope is triggered every 4 whole notes (384 MIDI clocks). The highest value is 1/64T, which means that the amplier envelope is re-triggered every 1/64th-note triplet (1 MIDI clock).

Please refer to the chart on page 52 for a list of available clock divisions.

KB TRANSPOSE (PRESET EDIT MENU 1.5)

This parameter allows you to transpose the Subsequent 37’s keyboard from -12 half steps to +12 half

steps. The default is OFF. To transpose the keyboard from the front panel, hold both the KB OCTAVE UP and DOWN buttons at the same time, and play any single note in the lower two octaves of keys.

Pressing Middle C will set the transposition to +0 (default). Keys to the left of Middle C will transpose downward, and keys above Middle C will transpose upwards. This is stored as part of the preset.

KB PRIORITY (PRESET EDIT MENU 2.1)

Because the Subsequent 37 is monophonic (unless in DUO MODE), it will play only one note at a time. By default, when you press two keys at the same time, it plays the most recent key you pressed, regardless of its position. This is called last-note priority. You can change that behavior, however, so that it will play either the lowest or the highest note when you press more than one key. The choices

are LOW (low-note priority), HIGH (high-note priority), or LAST (last-note priority). When the DUO MODE button is lit, oscillator two will follow the low key, high key, or no keys, as indicated by the LO

and HI LEDs in the oscillator section. There is a global override of per-preset keyboard note priority in the GLOBAL MENU. If LOW, H IGH, or LAST is chosen there, all KB PRIORITY settings will be ignored.

BEND UP (PRESET EDIT MENU 2.2)

This species the maximum upward pitch bend amount of the PITCH wheel in half-step (100 cent) intervals. The default is +2 (one whole step, 200 cents). The range is from +0 to +24 (two octaves).

BEND DOWN (PRESET EDIT MENU 2.3)

This species the maximum downward pitch bend amount of the PITCH wheel in half-step (100 cent) intervals. The default is -2 (one whole step down, -200 cents). The range is from -0 to -24 (two octaves).

BEND DEST (PRESET EDIT MENU 2.4) This selects which of the two oscillators will respond to the PITCH wheel. NONE will send no pitch bend control to either oscillator. This allows you to use the PITCH wheel for other MOD destinations. OSC 1 sends pitch bend control only to oscillator 1. OSC 2 sends pitch bend control only to oscillator 2. And BOTH sends pitch bend control to both oscillators.

PRESET VOL (PRESET EDIT MENU 2.5)

This allows you to scale the total volume of each preset individually for level matching loud and soft

patches. The default is 100% with a value range of OFF (0%) to 100%.

GLOBAL MENU

GLOBAL MENU 1.x

TUNING SCALE >> VARIANCE: 0.0C - 40.0C (CENTS) KB PRIORITY: LOW, HIGH, LAST, PRST POT MODE: ABS, THRU, RLTV LOCAL CONTROL >>

GLOBAL MENU 2.X

CV MAPPING >> SEQ OPTIONS >> SEQ PG CHASE: OFF, ON FINE TUNE: TUNE, EDIT PRESET MWHL: OFF, ON

GLOBAL MENU 3.x

CALIBRATION >> INIT SETTINGS >> CONTRAST: 0% ... 100% MENU WRAP: OFF, ON LIGHT SHOW: OFF, ON FIRMWARE & PANEL VERSION

TUNING SCALES

SCALE NUMBER: 0 - 31

LOCAL CONTROL

ALL: ... KEYS: ON, OFF WHEELS: ON, OFF PANEL: ON, OFF

CV MAPPING

PITCH: XXX (DEFAULT) VOLUME: XXX (DEFAULT) GATE: XXX (DEFAULT) GATE INVERT: OFF, ON PER PRESET: OFF, ON

SEQ OPTIONS

REF NOTE: FIRST, MID, C PHASE RESET: OFF, ON LATCH RSTRT: OFF, ON DLAY PGM CHG: OFF, ON MIDI OUTPUT: SEQ, KEYS

NOTE CALIBRATION

START NOTE: 0 - 127 END NOTE: 0 - 127 PRESS [SAVE]

TO BEGIN

CALIBRATION

NOTE CAL >> PRESSURE CAL >> PITCH CV CAL >> VOL CV CAL >>

INIT SETTINGS

HOLD [SAVE] TO RESTORE DEFAULT MIDI & GLOBAL SETTINGS

ULT

PRESSURE CALIBRATION

SENSOR: XX MINIMUM: 0 - 16380 M

AXIMUM: 0 - 16380

SLEW: 0 - 16380

PITCH CV CAL

CORD 1V >>

CORD 4V >>

RE SET DEFAULT >>

VOL CV CAL

CORD 1V >>

CORD 4V >>

RE SET DEFAULT >>

RECORD 1V

APPLY 1V TO PITCH CV INPUT THEN PRESS [SAVE]

RECORD 4V

APPLY 4V TO PITCH CV INPUT THEN PRESS [SAVE]

SET DEFAULT

PRESS [SAVE] TO RESTORE PITCH CV DEFAULT CALIBRATION

RECORD 1V

APPLY 1V TO VOL CV INPUT THEN PRESS [SAVE]

RECORD 4V

APPLY 4V TO VOL CV INPUT THEN PRESS [SAVE]

SET DEFAULT

PRESS [SAVE] TO RESTORE VOL CV DEFAULT CALIBRATION

Pressing the GLOBAL button takes you to the GLOBAL MENU, which contains parameters that affect all presets. When the GLOBAL button is illuminated the top right of the LED display will indicate which

page you are on, followed by a decimal point, and then which parameter line you have selected. Use the buttons to choose a parameter for editing, and the FINE TUNE knob to scroll through a selected parameter’s available options.

NOTE: You can also use the CURSOR button to select a parameter and the buttons to step through the selected parameter’s available options. To exit a parameter, simply press CURSOR again.

If more than one page of parameters exists, continuing to press the button will take you through the additional parameters and pages. If the MENU WRAP parameter (GLOBAL MENU) is OFF, the

button will stop working at the last parameter of the last page.

SUB MENU PARAMETERS

to the previous menu.

GLOBAL MENU PARAMETERS

TUNING SCALES (GLOBAL MENU 1.1)

The Subsequent 37 can store up to 31 custom 1-octave tuning scales in its memory. Scale number 0 (default) is a 12 tone equal tempered tuning. You can create and load custom scales using the Phatty Tuner application for Mac or Windows, available as a free download from Moogmusic.com.

Highlight TUNING SCALE >> and press the CURSOR button to enter the TUNING SCALES sub menu.

Now you can use the FINE TUNE knob to select a scale number. You can also change tuning scale via MIDI, using RPN [Registered Parameter Number*] MSB 0, LSB 3. After setting RPN #3, send Data Entry (CC #39) value 0 -31 to select the corresponding numbered scale, or send CC #96 [Increment] or CC #97 [Decrement] to select the next/previous scale. RPN MSB is set using CC #101, RPN LSB is set using CC # 100.

The Subsequent 37 also supports the MIDI tuning standards for Single-Note Tuning Change and Bulk Tuning Dump (full 128-note tunings), in addition to the Scale/Octave format. The Subsequent 37 holds a single 128-note tuning table in its active memory, which is not saved on power-down.

Additional documentation about MIDI SINGLE NOTE TUNING CHANGE can be found here: http://www.midi.org/techspecs/midituning.php

You can also use computer software called Scala to send thousands of pre-made full tuning tables to

the Subsequent 37: http://www.huygens-fokker.org/scala/

VARIANCE (GLOBAL MENU 1.2)

This parameter allows you to add a small random tuning offset to each note. The offset is updated at each note-on event. Oscillators 1 and 2 are offset symmetrically; if Oscillator 1 is offset 3.1 cents sharp, Oscillator 2 will be 3.1 cents at. The VARIANCE parameter sets the maximum amount of detuning,

using increments of 0.1 cents.

KB PRIORITY (GLOBAL MENU 1.3)

Because the Subsequent 37 is monophonic (unless in DUO MODE), it will play only one note at a time. By default, it plays a note in response to the most recent key you pressed, regardless of its position. This is called last-note priority. You can change this behavior so that it will play either the lowest or the highest note when you press more than one key. The choices are LOW (low-note priority), HIGH (highnote priority), LAST (last-note priority) and PRST (as dictated by each preset’s specication in the PRESET EDIT menu). When the DUO MODE button is illuminated, oscillator two will follow the low key, high key, or no keys, as indicated by the LO and HI LEDs in the oscillator section.

NOTE: Any selection other than PRST will override ALL per-preset KB PRIORITY settings.

GLOBAL MENU PARAMETERS (CONTINUED)

POT MODE (GLOBAL MENU 1.4)

When changing presets, the physical positions of the panel knobs will not match the values saved in a

preset. POT MODE allows you to specify how a knob responds when you make changes to its position.

ABS: In absolute mode (default) the value of a parameter jumps to the knob’s current position as soon

as you begin turning it. THRU: In pass through mode turning a knob has no effect until it reaches its preset value and then

takes effect.

RLTV: In relative mode turning a knob up or down slightly causes a minor change in value, while turning it further causes an increasingly greater change in value. This allows the value to “catch up” with the knob’s position and prevents any sudden jumps in sound.

NOTE: Relative and pass through modes are recommended for live performance, while absolute mode is

recommended for creating new sounds.

LOCAL CONTROL (GLOBAL MENU 1.5) Highlight LOCAL CONTROL >> and press the CURSOR button to enter the LOCAL CONTROL sub menu.

Sometimes it’s useful to disable the keyboard and/or other physical controllers on the Subsequent 37 when using it as a MIDI controller or when recording tracks into a DAW.

ALL When ON, all of the Subsequent 37 controls, features, and functions send MIDI data to the

Subsequent 37 as well as the specied MIDI OUTs. When OFF, no physical controls, features, or functions have any impact on the Subsequent 37, but all MIDI data is still transmitted to the specied MIDI outputs.

KEYS

When ON, the Subsequent 37 keyboard sends MIDI data both to the internal sound engine as well as the specied MIDI OUTs. When OFF, the keyboard data is not transmitted internally meaning it has no effect on the Subsequent 37, but keyboard MIDI data is still transmitted to the specied MIDI outputs.

WHEELS When ON, the Subsequent 37 PITCH bend and MODULATION wheels send MIDI data both to

the internal sound engine as well as the specied MIDI OUTs. When OFF, the pitch bend and modulation data is not transmitted internally meaning it has no effect on the Subsequent 37, but their MIDI data is still transmitted to the specied MIDI outputs.

PANEL

When ON, all of the Subsequent 37 knobs and buttons send MIDI data to the Subsequent 37 as well as the specied MIDI OUTs. When OFF, no physical knobs or panel buttons have any impact on the Subsequent 37, but their MIDI data is still transmitted to the specied MIDI outputs.

CV MAPPING (GLOBAL MENU 2.1)

The CV MAPPING submenu allows you to map the external PITCH CV, VOLUME CV and KB GATE inputs to various parameters and functions. The CV mapping of PITCH CV and VOLUME CV to a desired parameter allows you to connect a continuous controller pedal (with a 1/4” TRS plug) to one of the CV inputs and then directly control the mapped parameter. The K B GAT E input is similar but uses a 1/4” TS footswitch and typically controls switch-based parameters.

PITCH

Maps an external PITCH CV controller to virtually any Subsequent 37 sound parameter, as well as three special functions, SQMODAMT, RTCHT CT, and ST1 RESET.

SQ M ODAMT: Sequence Mod Amount scales the SEQ MOD values stored in each step of the Sequence.

GLOBAL MENU PARAMETERS (CONTINUED)

PITCH (CONTINUED)

RTCHT CT Ratchet Count allows you to change, in real time, the Ratchet Count from 1x - 8x. All steps

that have Ratchet On will respond to these changes.

ST1 RESET

Step 1 Reset causes the Arp or Sequencer to restart at step 1 any time a voltage trigger (voltage rising from below 2.5 volts to greater than 2.5 volts) is detected at the CV input. Using both the ST1 RESET and STEP ADV mappings, you can sync the Subsequent 37 sequencer to external trigger control in a number of creative ways.

VOLUME Maps the external VOL CV controller to virtually any Subsequent 37 sound parameters, including SQMODAMT, RTCHT CT, and ST1 RESET.

GAT E

The KB GATE external input can be mapped to any on/off type parameter, as well as two special functions, STEP ADV and SUST PED.

STEP ADV Uses a voltage trigger at the KB GATE input to advance the arpeggiator or sequencer step. While the STEP ADV mapping is active, the internal clock and MIDI clock sync

are overridden for the Arpeggiator and Sequencer (although the LFOs and Envelopes continue to sync to Internal or MIDI clock according to the SYNC setting in the Arpeggiator section).

SUST PED Sets the KB GATE input to work as a simple Sustain pedal, without triggering the

Subsequent 37 gate/envelopes directly.

GATE INVERT A setting of ON reverses the effect of the K B GATE input. This allows the Subsequent 37 to

accommodate normally-open or normally-closed footswitches. The default is OFF.

PER PRESET When set to ON, this function loads CV Mapping settings for each preset. If PER PRESET is OFF (default), then the Global CV MAPPING settings will persist when changing presets.

SEQUENCER OPTIONS (GLOBAL MENU 2.2)

Highlight SEQ OPTIONS >> and press the CURSOR button to enter the SEQUENCER OPTIONS sub menu.

REF NOTE

When playing a step sequence in the ARPEGGIATOR section, you can change the key of that sequence by playing different notes. When REF NOTE is set to FIRST (default), the note you press to start the sequence dictates the actual rst note of that sequence. When you choose the MID C parameter, pressing Middle C on the keyboard will start the sequence on the same pitch it was recorded. Playing any other key above or below Middle C will result in a transposition (up or down) equal to that key’s distance from Middle C.

GLOBAL MENU PARAMETERS (CONTINUED)

SEQUENCER OPTIONS (CONTINUED)

PHASE RESET When set to ON, the sequencer timing (the downbeat) is reset the moment a new note is

played. If PHASE RESET is OFF (default), then the timing of the sequencer is set by the arpeggiator or in response to a MIDI Start message, but the downbeat is not reset when a new note is played.

NOTE: When PHASE RESET is OFF and you play a new note before the downbeat, the arp or sequence will not start until the next beat.

LAT CH RS TRT Latch Restart determines the sequencer behavior when the LATC H button is illuminated. If LAT CH RS TRT is ON, then each new note press (with no notes held) will restart the sequence

from its rst step. If L AT CH R S TRT is OFF (default), then new note presses will not restart the sequence; it will transpose as appropriate without resetting to the rst step. In either case, if a new note is played while a previous note is still held, the sequence will transpose

without restarting.

DLAY PGM CHG

If Delay Program Change is ON, then a preset change made while a sequence is playing will be delayed until the end of the sequence. At the downbeat of the rst step, it will switch to the newly selected preset. If the new preset also contains an active sequence, it should also begin playing seamlessly at this time. If DLAY PGM CHG is set to OFF (default) the preset will change instantly.

MIDI OUT

This determines if the notes coming from the Subsequent 37’s MIDI Output are the actual keys being played (KEYS) or the notes being generated by the arpeggiator’s sequence (SEQ).

SEQ is the default setting.

SEQ PG CHASE (GLOBAL MENU 2.3)

Sequence Page Chase controls the display of pages 1 through 4 of step data while in Step Edit mode. If SEQ PG CHASE is ON (default), then the step display (PRESET BUTTONS 1-16) will automatically “chase” during playback, always showing the page of steps that is currently playing. When you want to edit a multi-page sequence while it is playing, it can be helpful to turn SEQ PG CHASE to OFF, in which case you can manually specify which page is displayed, even while the sequence is playing

steps on other sequence pages.

FINE TUNE (GLOBAL MENU 2.4)

This parameter determines the function of the FINE TUNE knob while you are navigating through the edit menus and naming presets. When TUNE is selected the FINE TUNE knob always adjusts the ne- tuning of the Subsequent 37. When EDIT (default) is selected the FINE TUNE knob can be used to adjust

a highlighted parameter’s value without having to rst press the CURSOR button. When you exit the edit

menus the FINE TUNE knob resumes its primary function.

PRESET MWHL (GLOBAL MENU 2.5)

Determines whether a preset’s initial modulation depth is controlled by the mod wheel’s current

position or the position that was current when the patch was saved. The choices are ON (default) which loads the MOD WHEEL position when the preset was last saved, and OFF which globally follows the current MOD WHEEL position.

CALIBRATION (GLOBAL MENU 3.1)

When this is highlighted, pressing the CURSOR button takes you into the CA LIBRATI O N sub menu, which allows you to run calibration routines for the oscillators, aftertouch, and Pitch CV Input.

GLOBAL MENU PARAMETERS (CONTINUED)

NOTE CAL When NOTE CAL is highlighted, pressing the CURSOR button takes you into the NOTE CAL IBRATIO N menu. Note calibration allows you to run a full-range calibration procedure,

which ensures the oscillators remain in tune for every playable note. During note calibration, the Subsequent 37 “listens” to each note the oscillators produce and then adjusts them to the expected pitch. The control voltage required to produce that pitch is recorded and saved in the Subsequent 37’s internal memory.

NOTE: Note calibration is not the same as the FINE TUNE knob on the front panel. FINE TUNE adjusts the overall reference pitch for the synthesizer, allowing you to quickly bring the

synthesizer in tune with other instruments. The two operations do not depend on each other.

Because the oscillators in the Subsequent 37 are extremely stable, note calibration should rarely need to be performed.

To run note calibration, choose the range of notes you wish to calibrate, and press SAVE . The standard note range is the full range of notes the Subsequent 37’s oscillators can produce (MIDI notes 15 through 116). Because calibration is a slow process, if you only need to calibrate a few notes, you can save time by choosing a smaller note range. Normally, however, you

should calibrate the full range.

STAR T NOT E

This chooses the lowest note number to be calibrated. It is best left at 15 unless you have a very specic reason for doing otherwise.

END NOTE This chooses the highest note number to be calibrated. It is best left at 116 unless you

have a very specic reason for doing otherwise.

PRESSURE CAL

When this is highlighted, pressing the CURSOR button takes you into the PRESSURE CAL IBRATIO N sub menu which allows you to set values for the precise tracking of aftertouch.

SENSOR This is a real-time readout of the aftertouch sensor’s current value. You can press any

or no keys to observe the typical minimum value (no pressure) and maximum value (a lot of pressure). Some keys may have higher values than others.

MINIMUM To achieve the full range of response to aftertouch set this value to the lowest SENSOR

value while not touching any keys. (If you want aftertouch to work only when you press the keys signicantly harder, set this value higher than the lowest SENSOR value.)

Press CURSOR to highlight the numeric value for MINIMUM. While this value is highlighted, press the SAVE button to capture the current SENSOR value as the MINIMUM value.

MAXIMUM

To achieve the full range of response to aftertouch you will want to set this value to

the highest SENSOR value while applying full pressure to multiple keys simultaneously. Press CURSOR to highlight the numeric value for MAXIMUM. While this value is highlighted, press the SAVE button to capture the current SENSOR value as the MAXIMUM value.

GLOBAL MENU PARAMETERS (CONTINUED)

PRESSURE CAL (CONTINUED) SLEW

This parameter adds a glide time between aftertouch amounts. Increasing the number will give you a smoother aftertouch response. Lower values will give you a more precise response. Experiment to nd the setting that’s right for you. The default value is 200.

PITCH CV CAL When this is highlighted, pressing the CURSOR button takes you into the PITCH CV CAL IBRATIO N sub menu which allows you to run a calibration routine for incoming pitch CV’s.

RECORD 1V Apply 1 Volt DC to the PITCH CV Input jack and then press SAVE. RECORD 4V Apply 4 Volt DC to the PITCH CV Input jack and then press SAVE. USE DEFAULT If you are not happy with your own calibration. Press S AVE and the default 1V and 4V

calibration is restored.

VOL CV CAL When this is highlighted, pressing the CURSOR button takes you into the VOL CV CALIBRATION SUB MENU which allows you to run a calibration routine for incoming volume CV’s.

RECORD 1V Apply 1 Volt DC to the VOL CV Input jack and then press SAVE . RECORD 4V Apply 4 Volt DC to the VOL CV Input jack and then press SAVE . USE DEFAULT If you are not happy with your own calibration. Press S AVE and the default 1V and 4V

calibration is restored.

INIT SETTINGS (GLOBAL MENU 3.2)

When this is highlighted you can press CURSOR to enter a page that allows you to reset the system settings (everything in the MIDI MENU and GLOBAL MENU) to their default values. To initialize,hold the SAV E button until it counts down from 5 to 1. If you let go before it passes 1 it will abort the initialization. If you hold SAVE for the full 5 count the display will conrm that you have initialized the system settings. NOTE: INIT SETTINGS will NOT erase the factory or user presets, only the MIDI and

GLOBAL settings.

CONTRAST (GLOBAL MENU 3.3)

This parameter changes the display screen’s contrast level. At lower settings the text will appear fainter. At higher settings the text will appear darker. The appropriate setting is dictated by your viewing angle, the ambient lighting in the room, and even the temperature of the room. The default is 64%.

MENU WRAP (GLOBAL MENU 3.4)

When set to ON (default) the very last parameter in any menu will then lead back to the very rst menu parameter. When MENU WRAP is set to OFF, then pressing the button will have no effect

once you’ve reached the very last parameter in a menu.

LIGHT SHOW (GLOBAL MENU 3.5)

Amuse your friends and confound your enemies. When set to ON, the front panel LEDs ash in a 1960s “futuristic” manner. While perfect for breaks, between sets, and television appearances, the default is OFF since you can’t see any of your button choices when it is animating (although everything is fully functional

when LIGHT SHOW is ON). Use the ARP E G GIATO R RATE knob to change the speed of the light show.

FIRMWARE AND PANEL VERSIONS

The bottom line of this display page shows the current rmware versions installed on your Subsequent 37.

CONTROLLERS MENU

MOD x CONTROL

MOD WHEEL: -100%...OFF..+100% VELOCITY: -100%...OFF...+100% AFTERTOUCH: -100%...OFF...+100% CTRL4 AMT: -100%...OFF...+100% CTRL4 SRC: BREATH, FLT EG,

AMP EG, LFO 1, LFO2 MOD x EDIT >>

Pressing this button takes you to the MOD 1 or MOD 2 CONTROL MENU on the LED display screen. Here you can determine the amount of effect that the MODULATION wheel, VELOCITY, AFTERTOUCH, and an assignable CONTROLLER 4, have on the modulation destinations. Use the buttons to choose a parameter for editing, and the FINE TUNE knob to scroll through a selected parameter’s available options.

NOTE: You can also use the CURSOR button to select a parameter and the buttons to step through the selected parameter’s available options. To exit a parameter, simply press CURSOR again.

MOD BUS x

PGM SRC: (See MOD PGM SRC list) PGM DST: (See MOD PGM DST list) LFO K

BTRACK: OFF...100%

SWING LFO: OFF, ON

CONTROL MENU PARAMETERS

MOD WHEEL This parameter sets the modulation depth caused when the MODULATION wheel is raised to its maximum position. The values range from -100% to +100%.

VELOCITY

This parameter sets the modulation depth caused when the keyboard velocity is played at its fastest

speed. The values range from -100% to +100%.

AFTERTOUCH

This parameter sets the modulation depth caused when the keyboard aftertouch is pressed fully. The

values range from -100% to +100%.

CTRL4 AMT

This parameter sets the modulation depth caused when a designated external MIDI CC (currently xed as CC#2) or other CTRL4 SRC is sent to the Subsequent 37. The values range from -100% to +100%.

CTRL4 SRC

This parameter allows you to choose the source of the fourth modulation depth controller. It had been previously xed to CC# 2 BREATH , but can now also be assigned to FLT EG (Filter EG), AMP EG, LFO 1, or LFO 2. If you choose FLT E G as the source, you can set the E G ’s DE L AY parameter to receive a delayed LFO onset, for example.

MOD (1 OR 2) EDIT

Highlight MOD (1 OR 2) EDIT >> and press the CURSOR button to enter the MOD EDIT sub menu.

PGM SRC

This parameter allows you to change the MOD’s sixth modulation source from FILT E R EG to:

AMP EG: Amplitude Envelope Generator CONST ON: Constant On SINE LFO: Extra Sine Wave LFO NOISE LFO: Extra Noise LFO

OSC1 PCH: Oscillator 1’s Pitch OSC2 PCH: Oscillator 2’s Pitch SEQ NOTE: Current Note of the Sequencer SEQ VEL: Current Velocity of the Sequencer SEQ MOD: Mod Wheel Amount Stored In PRESSURE: Current Aftertouch Amount Sequence Step KB TRACK: The current Key Tracking value VELOCIT Y: Latest Note On velocity (bi-polar, centered on MIDI Note 48, Middle C)

CONTROLLERS MENU (CONTINUED)

PGM DST This parameter allows you to specify the MOD’s sixth modulation destination from the

default of EG TIME to:

FI LT RES: Filter Resonance Amount FI LT DRV : Filter Multidrive Amount FI LT SLP: Filter poles slope (-6, -12, -18, -24) F EG AMT: Filter Envelope Generator Amount F KB AMT: Filter Keyboard Tracking Amount OSC1 LEV: Oscillator 1 Level SUB LEV: Sub Oscillator Level OSC2 LEV: Oscillator 2 Level EXFB LEV: External Input /Feedback Level OSC1 ON: Oscillator 1 ON/OFF Control SUB ON: Sub Oscillator ON/OFF Control OSC2 ON: Oscillator 2 ON/OFF Control NOISE ON: Noise Generator ON/OFF Control EXFB ON: External Input/Feedback ON/OFF AR P RATE: Arpeggiator Rate ARP CLKDV: Arpeggiator Clock Divisions ARP RNGE: Arpeggiator Range ARP BKFD: Arpeggiator Backwards/Forwards ARP BFMD: Arpeggiator Back/Forth Ends ARP INV: Arpeggiator Invert ARP GLEN: Arpeggiator Gate Length ARP RUN: Arpeggiator Run/Stop GLD TIME: Glide Time GLD OSC: Glide Oscillator Assignment GLD TYPE: Glide Type (LCR, LCT, or EXP) GLD GATE : Glide Gated Control ON/OFF GLD LGTO: Glide Legato GLD ON: Glide ON/OFF LFO1CKDV: LFO 1 Clock Divisions (When Synced) LFO1RNGE: LFO 1 Range (LOW, MED, HIGH)

LFO1SYNC: LFO 1 Arp Sync ON/OFF LFO1KBRS: LFO 1 Keyboard Reset ON/OFF

LFO1KBTRK: LFO 1 Keyboard Tracking Amount MOD1PAMT: Mod Bus 1 Pitch Amount

MOD1FAMT: Mod Bus 1 Filter Amount MOD1PGMA: Mod Bus 1 Programmable

MOD1PDST: Mod Bus 1 Programmable Destination Amount Destination LFO2CKDV: LFO 2 Clock Divisions (When Synced) LFO2RNGE: LFO 2 Range (LOW, MED, HIGH) LFO2SYNC: LFO 2 Arp Sync ON/OFF LFO2KRS T: LFO 2 Keyboard Reset ON/OFF LFO2KTRK: LFO 2 Keyboard Tracking Amount MOD2 PA MT: Mod Bus 2 Pitch Amount MO D2FAMT: Mod Bus 2 Filter Amount MOD2PGMA: Mod Bus 2 Programmable MOD2PDST: Mod Bus 2 Programmable Destination Amount Destination OSC1 OCT: Oscillator 1 Octave (16’, 8’, 4’, 2’) OSC2 SYNC: Oscillator 2 Hard Sync ON/OFF

OSCK BRST: Oscillators Keyboard Reset OSC2 OCT: Oscillator 2 Octave (16’, 8’, 4’, 2’)

OSC2KCTL: Oscillator 2 Keyboard Control for OSC 2 DUO: Oscillator 2 Duophonic mode ON/OFF Duo Mode (DRONE, LOW NOTE, HIGH NOTE) OSC2FREQ: Oscillator 2 Frequency Offset

OSC2BEAT: Oscillator 2 Beat Frequency Offset F EG ATK: Filter Envelope Generator Attack F EG DCY: Filter Envelope Generator Decay F EG SUS: Filter Envelope Generator Sustain F EG REL: Filter Envelope Generator Release F EG DLY: Filter Envelope Generator Delay F EG HLD: Filter Envelope Generator Hold FEG VAMT: Filter Envelope Generator Velocity FEG KTRK: Filter Envelope Generator FEG MTRG: Filter Envelope Generator Multi-

Keyboard Tracking Amount trigger ON/OFF FEG RST: Filter Envelope Generator Reset FEG SYNC: Filter Envelope Generator Sync to ON/OFF Arpeggiator Clock FEG LOOP: Filter Envelope Generator Loop FEG LT CH: Filter Envelope Generator Latch ON/OFF ON/OFF

A EG ATK: Amplitude Envelope Generator Attack A EG DCY: Amplitude Envelope Generator Decay A EG SUS: Amplitude Envelope Generator Sustain A EG REL: Amplitude Envelope Generator Release A EG HLD: Amplitude Envelope Generator Hold AEG VAMT: Amplitude Envelope Generator Velocity AEG KTRK: Amplitude Envelope Generator AEG MTRG: Amplitude Envelope Generator

Keyboard Tracking Amount Multi-trigger ON/OFF AEG RST: Amplitude Envelope Generator AEG SYNC: Amplitude Envelope Generator Reset ON/OFF Sync to Arpeggiator Clock AEG LOOP: Amplitude Envelope Generator AEG LT CH: Amplitude Envelope Generator Loop ON/OFF Latch ON (always ON) /OFF

OUT VOL: Master Volume Level BEND UP: Pitch Bend Up Max Amount BEND DOWN: Pitch Bend Down Max Amount ARP SWING: Arpeggiator Swing Amount LFO1SWNG: LFO 1 Swing Amount LFO2SWNG: LFO 2 Swing Amount SQMODAM T: Seq Mod Amount To Destination RTCHT C T: Ratchet Count (1 - 8)

CONTROLLERS MENU CONT.

LFO KBTRACK This parameter allows you to change the L FO R AT E based on the key number. The values

range from 0% to 200%. When this value is increased the LFO will speed up as you go higher up the keyboard.

LFO (1 OR 2) SWING

This parameter, when ON (default) causes the LFO to swing at the amount set in the PRESET EDIT / APREGGIATOR sub menu.

MIDI OPERATIONS

MIDI CHANNEL

By default, the Subsequent 37 is set to receive and send MIDI on Channel 1, but it can be congured to send and receive on MIDI Channel (1 - 16).

MIDI CONTROL CHANGE (CC) MESSAGES

The tables on the following pages list all MIDI CC messages for the Subsequent 37.

MIDI CC VALUES FOR THE LFO 1 CLOCK DIVIDER (CC #3), LFO 2 CLOCK DIVIDER (CC #8)

TI M E VALUE DIVISION VAL UE

4 WHOLE NOTES 4 WHOLE 0-6

3 WHOLE NOTES 3 WHOLE 7-12

2 WHOLE NOTES 2 WHOLE 13-18

WHOLE NOTE + HALF NOTE WH + 1/2 19 -24

WHOLE NOTE WH 25-40

DOTTED 1/2 NOTE 1/2 DOT 31-36

WHOLE NOTE TRIPLET WH T 37-42

1/2 NOTE 1/2 43-48

DOTTED 1/4 NOTE TRIPLET 1/4 DOT 49-54

1/2 NOTE TRIPLET 1/2 T 55-60

1/4 NOTE 1/4 61-67

DOTTED 1/8 NOTE 1/8 DOT 6 8 -73

1/4 NOTE TRIPLET 1/4 T 74-7 9

1/8 NOTE 1/8 80-85

DOTTED 1/16 NOTE 1/16 DOT 86-91

1/8 NOTE TRIPLET 1/8 T 92-97

1/16 NOTE 1/16 98-103

1/16 NOTE TRIPLET 1/16 T 104-109

1/32 NOTE 1/32 110-115

1/32 NOTE TRIPLET 1/32 T 116-121

1/64 NOTE TRIPLET 1/64 T 122-127

CONTROL/PARAMETER MIDI CC # CC VALUE RANGE

BANK SELECT 0

MOD WHEEL 1 [MSB], 33 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

<RESERVED - MIDI BREATH CTRL> 2 [MSB], 34 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

LFO 1 RATE 3 [MSB], 35 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

MOD 1 PITCH AMT 4 [MSB], 36 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

GLIDE TIME 5 [MSB], 37 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

<RESERVED - DATA ENTRY> 6 [MSB], 38 [LSB]

MASTER VOLUME 7 [MSB], 39 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

LFO 2 RATE 8 [MSB], 40 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

OSC 1 WAVE 9 [MSB], 41 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

<RESERVED - MIDI PAN > 10 [MSB], 42 [LSB]

MOD 1 FILTER AMT 11 [MSB], 43 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

OSC 2 FREQ 12 [MSB], 44 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

OSC 2 BEAT FREQ 13 [MSB], 45 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

OSC 2 WAVE 14 [MSB], 46 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

MOD 2 PITCH AMT 15 [MSB], 47 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

MOD 2 FILTER AMT 16 [MSB], 48 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

MOD 2 PGM DEST AMT 17 [MSB], 49 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER MULTIDRIVE 18 [MSB], 50 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER CUTOFF 19 [MSB], 51 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

ALWAYS TRANSMITS 0, SHOULD ALWAYS SEND 0 WHEN SENDING THIS CC

MOD 1 PGM DEST AMT 20 [MSB], 52 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER RESONANCE 21 [MSB], 53 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER KB AMT 22 [MSB], 54 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER EG ATTACK TIME 23 [MSB], 55 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER EG DECAY TIME 24 [MSB], 56 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER EG SUSTAIN TIME 25 [MSB], 57 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER EG RELEASE TIME 26 [MSB], 58 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

FILTER EG AMT 27 [MSB], 59 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

AMP EG ATTACK TIME 28 [MSB], 60 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

AMP EG DECAY TIME 29 [MSB], 61 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

AMP EG SUSTAIN TIME 30 [MSB], 62 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

AMP EG RELEASE TIME 31 [MSB], 63 [LSB] 0-127 [MSB], 0-16383[MSB,LSB]

BANK SELECT [LSB] 32 0 = PRESET BANKS 1...8,

1 = PRESET BANKS 9...16

HOLD PEDAL/SUSTAIN 64 0 = OFF / 64 = ON

GLIDE 65 0 = OFF / 64 = ON

ARPEG G I ATOR L ATCH 69 0 = OFF / 64 = ON

MOD 1 OSC 1/2 SEL 70 0 = OSC1 + OSC2, 43 = OSC1, 85 = OSC2

MOD 1 SOURCE 71 0 = TRIANGLE LFO, 21 = SQUARE LFO,

43 = SAW LFO, 64 = RAMP LFO, 85 = S&H LFO, 107 = F.EG/PGM

MOD 2 SOURCE 72 0 = TRIANGLE LFO, 21 = SQUARE LFO,

43 = SAW LFO, 64 = RAMP LFO, 85 = S&H LFO, 107 = F.EG/PGM

CONTROL/PARAMETER MIDI CC # CC VALUE RANGE

ARP ON/OFF 73 0 = OFF / 64 = ON

OSC 1 OCTAVE 74 0 = 16’, 32 = 8’, 64 = 4’, 96 = 2’

OSC 2 OCTAVE 75 0 = 16’, 32 = 8’, 64 = 4’, 96 = 2’

LFO 1 RANGE 76 0 = Low Range, 43 = Med Range, 85

= Hi Range

OSC 2 HARD SYNC ON/OFF 77 0 = OFF / 64 = ON

LFO 2 RANGE 78 0 = Low Range, 43 = Med Range, 85

= Hi Range

FILTER EG KB AMT 79 0 - 127

AMP EG KB AMT 80 0 - 127

OSC KB RESET ON/OFF 81 0 = OFF / 64 = ON

FILTER EG RESET 82 0 = OFF / 64 = ON

AMP EG RESET 83 0 = OFF / 64 = ON

<RESERVED PORTAMENTO CONTROL> 84

GLIDE TYPE 85 0 = LCR, 43 = LCT, 85 = EXP

FILTER EG VEL AMT 86 0 - 127

AMP EG VEL AMT 87 0 - 127

MOD 2 OSC 1/2 SEL 88 0 = OSC1 + OSC2, 43 = OSC1,

85 = OSC2

KB OCTAVE 89 0 = -2 Oct, 26 = -1 Oct, 51 = +0 Oct,

77 = +1 Oct, 102 = +2 Oct

MOD 1 DEST 91 0 = LF02 Rate, 18 = VCA Level,

37 = OSC1 Wave, 55 = OSC1 + OSC2 Wave, 73 = OSC2 Wave, 91 = Noise Level, 110 = EG Time/PGM

MOD 2 DEST 92 0 = LF01 Rate, 18 = VCA Level,

37 = OSC1 Wave, 55 = OSC1 + OSC2 Wave, 73 = OSC2 Wave, 91 = Noise Level, 110 = EG Time/PGM

LFO 1 KB RESET 93 0 = OFF / 64 = ON

GLIDE LEGATO 94 0 = OFF / 64 = ON

LFO 2 KB RESET 95 0 = OFF / 64 = ON

<RESERVED DATA INCREMENT> 96

<RESERVED DATA DECREMENT> 97

<RESERVED NRPN LSB> 98

<RESERVED NRPN MSB> 99

<RESERVED RPN LSB> 100

<RESERVED RPN MSB> 101

GLIDE DEST OSC 1/2/BOTH 102 0 = OSC1 + OSC2, 43 = OSC1,

85 = OSC2

FILTER EG DELAY 103 0-127

AMP EG DELAY 104 0-127

FILTER EG HOLD 105 0-127

CONTROL/PARAMETER MIDI CC # CC VALUE RANGE

AMP EG HOLD 106 0-127

PITCH BEND UP AMOUNT 107 0..+24 SEMITONES

PITCH BEND DOWN AMOUNT 108 0..+24 SEMITONES

FILTER SLOPES (POLES) 109 0 = -6dB, 32 = -12dB, 64 = -18dB,

96 = -24dB

OSC DUO MODE ON/OFF 110 0= OFF / 64 = ON

KB CTRL LO/HI 111 0 = NEITHER, 32 = LO, 64 = HI

FILTER EG MULTI TRIG 112 0 = OFF / 64 = ON

AMP EG MULTI TRIG 113 0 = OFF / 64 = ON

OSC 1 LEVEL 114 0-127

OSC 1 SUB LEVEL 115 0-127

OSC 2 LEVEL 116 0-127

NOISE LEVEL 117 0-127

FEEDBACK/EXT LEVEL 118 0-127

KB TRANSPOSE 119 RECEIVE ONLY: -12…+13 SEMITONES

LOCAL CONTROL ON/OFF 122 0 = OFF / 127 = ON

ALL NOTES OFF 123

NRPN CHART

Non Registered Parameter Numbers allow for a much higher number of unique control messages (16,000+).

Since the Subsequent 37 has over 150 parameters saved with each sound, it is not possible to assign a standard MIDI CC to every parameter. For complete MIDI output from every panel knob and button, you will need to set the KNB NRPN/CC parameter to NRPN mode.

NOTE: Not every audio production software allows easy editing of NRPN messages, so you may prefer CC

output for ease of use.

PARAMETER NAME VALUE RANGE NRPN NRPN MSB (CC 99) NRPN LSB(CC 98)

MOD WHEEL 16384 402 3 18

ARP RATE 16384 403 3 19

ARP SYNC 2 404 3 20

ARP RANGE 7 405 3 21

ARP BACK FORTH 2 406 3 22

ARP BF MODE 2 407 3 23

ARP INVERT 2 408 3 24

ARP PATTERN 6 409 3 25

ARP RUN 2 410 3 26

ARP L ATCH 2 411 3 27

ARP GATE LEN 16384 412 3 28

ARP CLK DIV 21 413 3 29

(RESERVED) 414 3 30

(RESERVED) 415 3 31

ARP STEP 1 RESET 2 416 3 32

GLIDE TIME 16384 417 3 33

GLIDE OSC 3 418 3 34

GLIDE TYPE 3 419 3 35

GLIDE GATE 2 420 3 36

GLIDE LEGATO 2 421 3 37

GLIDE ON 2 422 3 38

LFO 1 RATE 16384 423 3 39

LFO 1 RANGE 3 424 3 40

LFO 1 SYNC 2 425 3 41

LFO 1 KB RESET 2 426 3 42

LFO 1 CLK DIV 21 427 3 43

LFO 1 CLK SRC 2 428 3 44

(RESERVED) 429 3 45

LFO 1 KB TRACK 16384 430 3 46

(RESERVED) 431 3 47

(RESERVED) 432 3 48

(RESERVED) 433 3 49

434 3 50

PARAMETER NAME VALUE RANGE NRPN NRPN MSB (CC 99) NRPN LSB(CC 98)

(RESERVED) 434 3 50

MOD 1 MWHL AMT 16384 435 3 51

MOD 1 VELOCITY AMT 16384 436 3 52

MOD 1 PRESSURE AMT 16384 437 3 53

MOD 1 CTL4 AMT 16384 438 3 54

(RESERVED) 439 3 55

MOD 1 SOURCE 6 440 3 56

MOD 1 PGM SRC 8 441 3 57

MOD 1 DEST 7 442 3 58

MOD 1 PGM DEST 89 443 3 59

MOD 1 PGM AMT 16384 444 3 60

MOD 1 PITCH AMT 16384 445 3 61

MOD 1 FILTER AMT 16384 446 3 62

MOD 1 PITCH DEST 3 447 3 63

LFO 2 RATE 16384 448 3 64

LFO 2 RANGE 3 449 3 65

LFO 2 SYNC 2 450 3 66

LFO 2 KB RESET 2 451 3 67

LFO 2 CLK DIV 21 452 3 68

LFO 2 CLK SRC 2 453 3 69

(RESERVED) 454 3 70

LFO 2 KB TRACK 16384 455 3 71

(RESERVED) 456 3 72

(RESERVED) 457 3 73

(RESERVED) 458 3 74

(RESERVED) 459 3 75

MOD 2 MWHL AMT 16384 460 3 76

MOD 2 VELOCITY AMT 16384 461 3 77

MOD 2 PRESSURE AMT 16384 462 3 78

MOD 2 CTL4 AMT 16384 463 3 79

(RESERVED) 464 3 80

MOD 2 SOURCE 6 465 3 81

MOD 2 PGM SRC 8 466 3 82

MOD 2 DEST 7 467 3 83

MOD 2 PGM DEST 89 468 3 84

MOD 2 PGM AMT 16384 469 3 85

MOD 2 PITCH AMT 16384 470 3 86

MOD 2 FILTER AMT 16384 471 3 87

MOD 2 PITCH DEST 3 472 3 88

(RESERVED) 473 3 89

PARAMETER NAME VALUE RANGE NRPN NRPN MSB (CC 99) NRPN LSB(CC 98)

(RESERVED) 474 3 90

(RESERVED) 475 3 91

(RESERVED) 476 3 92

(RESERVED) 477 3 93

(RESERVED) 478 3 94

OSC 1 OCTAVE 4 479 3 95

OSC 1 WAVE 16384 480 3 96

OSC 2 HARD SYNC 2 481 3 97

OSC KB RESET 2 482 3 98

OSC 2 OCTAVE 4 483 3 99

OSC 2 WAVE 16384 484 3 100

OSC 2 KB CTRL 3 485 3 101

OSC 2 DUO MODE 16384 486 3 102

OSC 2 FREQUENCY 3 487 3 103

OSC 2 BEAT 2 488 3 104

OSC 1 LEVEL 2 489 3 105

OSC 1 ON 21 490 3 106

SUB OSC ON 2 491 3 107

SUB OSC LEVEL 16384 492 3 108

OSC 2 LEVEL 16384 493 3 109

OSC 2 ON 2 494 3 110

NOISE ON 2 495 3 111

NOISE LEVEL 16384 496 3 112

FB EXT LEVEL 16384 497 3 113

FB EXT ON 2 498 3 114

FILTER CUTOFF 16384 499 3 115

FILTER RESONANCE 500 3 116

FILTER DRIVE 16384 501 3 117

FILTER SLOPE 4 502 3 118

FILTER EG AMT 16384 503 3 119

FILTER KB AMT 16384 504 3 120

F EG ATTACK 16384 505 3 121

F EG DECAY 16384 506 3 122

F EG SUSTAIN 16384 507 3 123

F EG RELEASE 16384 508 3 124

F EG DELAY 16384 509 3 125

F EG HOLD 16384 510 3 126

F EG VEL AMT 16384 511 3 127

F EG KB TRACK 16384 512 4 0

F EG MULTI TRIG 2 513 4 1

PARAMETER NAME VALUE RANGE NRPN NRPN MSB (CC 99) NRPN LSB(CC 98)

F EG RESET 2 514 4 2

F EG SYNC 2 515 4 3

F EG LOOP 2 516 4 4

F EG LATCH 2 517 4 5

F EG CLK DIV 2 518 4 6

(RESERVED) 519 4 7

F EG ATTK EXP 2 520 4 8

(RESERVED) 521 4 9

(RESERVED) 522 4 10

(RESERVED) 523 4 11

(RESERVED) 524 4 12

SERVICE AND SUPPORT INFORMATION

MOOG LIMITED WARRANTY

Moog warrants its products to be free of defects in materials or workmanship and conforming to specications at the time of shipment. The Warranty Period is one year from the date of purchase. During the Warranty Period, any defective products will be repaired or replaced, at Moog’s option, on a return-to-factory basis. This warranty covers defects that Moog determines are no fault of the user. If a product is no longer in production, and it has been more than ve years since the product shipped from the Moog factory, it will be at Moog’s discretion whether or not to honor the warranty without regard to customer’s date of purchase.

The Moog Limited Warranty applies to USA purchasers only. Outside the USA the warranty policy and associated service is determined by the laws of the country of purchase and supported by our local authorized distributor. In countries outside of the USA, contact a Moog authorized distributor listed on our website (www.moogmusic.com) for service.

RETURNING YOUR PRODUCT TO MOOG MUSIC

You must obtain prior approval in the form of an RMA (Return Material Authorization) number from Moog Music before returning any product. To request an RMA number call us at (828) 251-0090 or

email techsupport@moogmusic.com. The Subsequent 37 must be returned in its original packing. The

warranty will not be honored if the product is not properly packed. Send the product to Moog Music Inc. with transportation and insurance charges paid.

MOOG MUSIC

160 Broadway St. Asheville NC, 28801

WHAT WE WILL DO

Once received, we will examine the product for any obvious signs of user abuse or damage as a result of transport. If the product has been abused, damaged in transit, or is out of warranty, we will contact you with an estimate of the repair cost.

HOW TO INITIATE YOUR WARRANTY

Please initiate your warranty online at www.moogmusic.com/register. If you do not have web access please call (828) 251-0090 to register your instrument. Registering your instrument initiates your warranty, ensures you receive the latest software updates, and gets you the free editor/librarian.

CARING FOR THE SUBSEQUENT 37

Clean the Subsequent 37 with a soft, slightly moist cloth only – do not use solvents or abrasive detergents. Heed the safety warnings at the beginning of the manual. Don’t drop the unit. If you are shipping your Subsequent 37 to the factory for servicing, we recommend using the original shipping carton, or an ATA approved road case.

AN IMPORTANT NOTE ABOUT SAFETY: Do not open the chassis. There are no user serviceable parts in

the Subsequent 37. Maintenance of the Subsequent 37 synthesizer should be referred to qualied service

personnel only.

SPECIFICATIONS

TYPE: Programmable Paraphonic Analog Synthesizer

SOUND ENGINE: 100% Analog

NUMBER OF KEYS: 37

TYPE OF KEYS: Semi-Weighted with After Pressure

CONTROLLERS: Pitch Bend, Mod Wheel, After Pressure, Velocity

POLYPHONY: Selectable Monophonic or Duophonic

SOUND SOURCES: 2 Variable Waveshape Oscillators, 1 Square Wave Sub Oscillator, 1 Analog Noise

Generator, 1 External Input/Filter Feedback

OSCILLATOR CALIBRATION RANGE: 22Hz-6.8kHz. Guaranteed note range at 8’ of Note 18 to 116

MOD SOURCES: Triangle, Square, Saw, Ramp, Sample & Hold, Filter EG/PGM

MOD DESTINATIONS: Osc 1 Pitch, Osc 2, Osc 1 & 2 Pitch, Filter, LFO Rate, VCA Level, Osc 1 Wave, Osc

2 Wave, Osc 1 & 2 Wave, Noise Level, EG Time, and Programmable Destinations

FILTE R : 20Hz-20kHz Moog Ladder Filter w/ 6/12/18/24 dB/Oct Filter Slopes and MultiDrive

AUDIO INPUT: 1xTS

AUDIO OUTPUT: 1xTS, 1xTRS Headphone

PRESETS: 256 Presets - 16 Banks, 16 Patches per Bank

MIDI I/O: DIN In, Out, and MIDI over USB

CV/GATE INPUTS: Filter CV, Pitch CV, Volume CV, KB Gate

TRANSPOSITION: +/- 2 Octaves

LFO: 0.01Hz - 1000Hz

WE IGHT: 22LBS / 10KG

DIMENSIONS: 6.75” H x 26.375” W x 14.75 D / 17cm H x 68cm W x 37.5cm D

NOMINAL OPERATING TEMPERATURE: 10 - 35 C (50 - 95 F)

OPERATIONAL TEMPERATURE RANGE: 10 - 50 C (50 - 122 F)

INPUT VOLTAGE: 100 VAC - 240 VAC / 50 - 60 HZ / 13W

Specications Subject To Change Without Notice

6161

Moog is a registered trademark of Moog Music Inc. The Moog Wordmark is a registered trademark of Moog Music Inc. The Moog Icon is a registered trademark of Moog Music Inc. Subsequent 37 is a trademark of Moog Music Inc. Copyright 8.24.2014 - 2017 Moog Music Inc. All rights reserved.

Moog Music Inc. 160 Broadway St. Asheville, NC 28801

Phone: 828.251.0090

Email: info@moogmusic.com

Website: www.moogmusic.com

Moog Music Is An Employee-Owned Company Located In Asheville, NC

Moog Subsequent 37 operation manual

Specifications and Main Features

Frequently Asked Questions

User Manual