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General| Batteries included | Yes |
|---|---|
| USB ports quantity | 1 |
| Product type | Digital synthesizer |
| Product color | Black |
| Keyboard number of keys | - |
| Battery type | AA |
| Power source type | Battery |
| Number of batteries supported | 4 |
| Display type | LED |
Weight and Dimensions| Depth | 195 mm |
|---|---|
| Width | 360 mm |
| Height | 66 mm |
| Weight | 1780 g |
Overview of the controls and indicators on the top surface of the SH-4d synthesizer.
Details the oscillator controls for sound generation, including model and pitch.
Explains the controls for the filter, amplifier, and LFO sections.
Describes the multi-effect unit per part and pattern effect units like MFX, delay, chorus, reverb.
Details the controls for the step sequencer, including pattern playback and note input.
Explains the octave and pitch bend buttons, keyboard buttons, arpeggio, and hold functions.
Describes the rear panel connectors and switches like Power, USB, MIDI, and audio I/O.
Illustrates the structure of parts 1-4, detailing the signal flow through OSC, FILTER, AMP, and LFO.
Lists and describes available oscillator models like SH-4d, SH-3D, JUNO-106, and WAVETABLE.
Details parameters for the SH-4d oscillator model, including waveforms and tuning.
Explains parameters for the SH-3D oscillator model, focusing on its three oscillators and LFO 2.
Describes the SYNC oscillator model with two synchronizable oscillators and a pitch envelope.
Details the SH-101 oscillator model, including square, sawtooth, and sub-oscillator parameters.
Explains the JUNO-106 oscillator model, covering square, sawtooth, sub-oscillator, and noise generators.
Details the Cross FM oscillator model, focusing on carrier/modulator parameters and FM synthesis.
Explains the RING oscillator model with two oscillators and a ring modulator.
Describes the WAVETABLE oscillator model, focusing on wave number, position, and LFO depth.
Details the CHORD oscillator model, covering chord voicing, pulse width, and waveform selection.
Explains the DRAWING oscillator model for creating custom waveforms step-by-step.
Details the PCM oscillator model for selecting and playing PCM waveforms.
Explains how to configure tone parameters like Level, Octave, Coarse Tune, and envelopes.
Describes the modulation matrix function for creating complex sound variations.
Explains how to set LFO parameters like Rate Sync, Key Trigger, Depth, and Phase.
Describes how to adjust the tone equalizer settings for low, mid, and high frequencies.
Illustrates the structure of part R (rhythm part), detailing the signal flow through OSC, FILTER, AMP, and INST EQ.
Explains how to set up rhythm instruments by selecting layers and waveforms.
Details the settings for configuring a rhythm kit and individual rhythm instruments.
Explains how to set arpeggio parameters like Mode, Rate, Octave Range, Transpose, Gate Length, Shuffle, and Velocity.
Instructions for selecting, playing, and switching between patterns.
Explains note input methods for tone and rhythm parts.
Details pattern settings like Step Length, Scale, Play Mode, Gate Length, Shuffle, and Smooth.
Configuration options for system settings like tuning, key shift, and USB levels.
Details for adjusting system equalizer and compressor settings.
Instructions for returning the SH-4d to its factory-set state.
An index of all available Multi-Effects (MFX) types and their corresponding page numbers.
Common parameters for MFX types, including Type, Switch, MFX parameters, Chorus Send, and Reverb Send.
Details various filter types available as MFX, including Equalizer and Mid-Side EQ.
Explains the parameters of the 4-Band Stereo Equalizer.
Details the Mid-Side EQ effect for adjusting phase-similar and phase-distant signals differently.
Details various Phaser types, including Phaser, Small Phaser, Script 90, Script 100, Step Phaser, and M StagePhsr.
Explains the Phaser MFX, adding phase-shifted sound modulated to the original.
Details various Flanger types, including Flanger, SBF-325, and StepFlanger.
Explains the Flanger MFX, producing metallic resonance like a jet airplane.
Details various Chorus types, including Chorus, Hexa-Chorus, Trem Chorus, Space-D, CE-1, SDD-320, and JUNO Chorus.
Explains the Chorus MFX, a stereo chorus with adjustable timbre via filter.
Details various Modulation Types, including Ring Mod, Tremolo, Auto Pan, and Slicer.
Explains the Ring Mod MFX for amplitude modulation, producing bell-like sounds.
Explains the Overdrive MFX for providing heavy distortion.
Details the Distortion MFX for producing more intense distortion than Overdrive.
Describes the Saturator MFX, combining overdrive and filter.
Explains the Gt Amp Sim MFX for simulating guitar amplifier sounds.
Details the EP Amp Sim MFX, developed for RD series SuperNatural E.Piano.
Explains the Speaker Sim MFX for simulating speaker types and mic settings.
Describes the Compressor MFX for flattening high levels and boosting low levels.
Details the M/S Comp MFX for adjusting volume sense based on signal phase.
Explains the stereo delay effect, including sync, time, feedback, and HF Damp.
Categorizes and lists tones by OSC model, including SH-4d, SH-3D, JUNO-106, Cross FM, Ring, and Wavetable.
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