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Type | Virtual Analog Synthesizer |
---|---|
Polyphony | 24 voices |
Oscillators | 2 per voice |
Arpeggiator | Yes |
LFO | 2 LFOs |
Filters | 2 filters per voice |
Effects | EQ, Distortion |
Sequencer | Step Sequencer |
Keyboard | 49 keys |
Sound Engine | MMT (Multiple Modeling Technology) |
Controllers | Ribbon controller |
Display | LCD |
Inputs | Audio In, MIDI In |
Outputs | Stereo out, Headphone out, MIDI out |
Dimensions | 96 mm |
Weight | 13.2 lbs |
General overview of the RADIAS Synthesizer/Vocoder and its core capabilities.
Details on the RADIAS's program structure, including timbres and multitimbral operation.
Explains the RADIAS's sophisticated vocoder and Formant Motion function.
Describes using audio input for effects processing and modulation sources.
Details the arpeggiator's capabilities, patterns, and step settings.
Explains the built-in step sequencers for recording patterns and phrases.
Details the nine oscillator algorithms, waveforms, and modulation options.
Explains the two multi-mode resonant filters and their routing capabilities.
Describes the two Low Frequency Oscillators and their waveforms and sync options.
Details the three enhanced envelope generators and their curve shapes.
Covers the EQ, insert effects, and master effects available for each timbre and program.
Explains the amp section's volume, drive, wave shape, and punch level controls.
Describes the modulation sequencers for time-varying parameter changes.
Explains the virtual patch system for routing modulation sources to parameters.
Setting global parameters like tuning, scales, pedals, and MIDI settings.
Diagram illustrating the components of a RADIAS program.
Details the three oscillator sources and their algorithms, waveforms, and noise.
Explains how the mixer adjusts oscillator volumes and sends signals to the filter.
Describes the two multi-mode resonant filters and their routing options.
Covers amp controls like volume, panning, drive, wave shape, and punch level.
Details envelope generators, their parameters, and usage for time-varying changes.
Explains the LFOs, waveforms, sync, and their assignment as modulation sources.