Summary

Rippler is a synthesizer plugin that combines state-of-the-art modal synthesis with classic subtractive synthesis. It uses banks of resonators to emulate various instruments without samples, capable of producing diverse sounds such as pads, strings, percussive, and plucked tones.

Features

• Modal synthesis with bi-directional energy coupling and classic subtractive synthesis using two oscillators and two filters.
• 12 pre-tuned acoustic resonator models based on mathematical formulas and Finite Element Method (FEM) analysis.
• 441 factory presets and 32 exciter samples included.
• Highly flexible modulation system allowing any parameter to be modulated by multiple sources with drag-and-drop modulation mapping and custom response curves.
• Dual layer architecture with two independent synthesis layers allowing parallel and serial resonator routing and bi-directional energy transfer for evolving timbres.
• Modular effects chain with 13 effects on the master bus and 12 per layer that can be arranged freely to shape unique sounds.
• Support for MPE (MIDI Polyphonic Expression) and aftertouch for expressive performances.
• Micro-tuning support with Scala .scl and .kbm file import and key-tracking customization.
• Audio input sidechaining to turn any audio into a resonant instrument tuned to the played keys.
• User-definable tuning in manual mode with snapshot morphing for experimental sound design.

Installation and System Requirements

• Easy installation via reFX Cloud app with online activation.
• Available plugin formats: AudioUnit, VST3, and AAX.
• Supported operating systems: macOS 10.13 or later (Apple Silicon and Intel), Windows 10 and 11 (64-bit only).
• Minimum hardware: 2.0 GHz CPU with SSE 4.2, 8 GB RAM (16 GB recommended), display resolution 1024x768 or higher.
• Compatible with major DAWs including FL Studio, Logic Pro X, Ableton Live, Cubase, Pro Tools, Bitwig Studio, and others.

Target Users

Rippler is designed for sound designers, musicians, and producers interested in advanced modal synthesis combined with classic subtractive synthesis techniques and flexible modulation capabilities, especially those looking for realistic yet malleable acoustic instrument sounds without relying on samples.