This plugin features three core modules that form the essential sound path of synthesizers: the voltage-controlled oscillator (VCO), voltage-controlled filter (VCF), and voltage-controlled amplifier (VCA). The Pure VCO generates complex waveforms with a morphable sine-to-triangle core and unique folding techniques that create rich harmonics while minimizing aliasing. It can also function as an audio effect, applying voltage-controlled wave folding to distort signals in distinctive ways. The Timbre VCF offers four filter modes inspired by hardware designs, featuring nonlinear gain structures and a resonance that can be overloaded for warm bass tones. Users can experiment with its feedback loop circuitry, which allows external modulation to alter the filter’s character.

Amplitude serves as more than just a typical VCA by including two voltage-controlled amplifiers with attenuation and inversion capabilities, combined into a mixer with an auxiliary input. This module provides detailed control over signal strength and phase, visualized through LED quadrants that represent input and control signal dynamics. Both the Timbre VCF and Amplitude modules include accent inputs, enabling expressive sequencing typical of classic bassline sounds. The plugin’s design philosophy emphasizes original algorithms and innovative features, drawing inspiration from west coast synthesis and unique Eurorack modules, offering fresh sonic possibilities beyond standard synthesizer components.

A free version of the plugin is available, featuring the Amplitude module, allowing users to explore its capabilities without cost. The plugin’s modules can be combined to craft aggressive basslines and other dynamic sounds, providing users with powerful tools for sound design. Developed using high-performance DSP techniques, these modules deliver distinctive tonal qualities and flexible modulation options, making them suitable for creative music production and experimental synthesis. This plugin extends the functionality of traditional synthesizer modules with innovative algorithms and versatile signal processing.