MultiLFO enhances the capabilities of Live's native LFO device by integrating three independent LFOs within a single unit, streamlining workflow and expanding modulation possibilities. Each LFO can be individually selected and visualized, allowing for complex modulation setups without clutter. The device introduces self-modulation options, enabling one LFO to influence the speed of another, resulting in intricate and evolving waveforms. Classic wave shapes like sine and square have been improved with features such as hard sync for sine waves and adjustable pulse width for square waves, adding greater control over modulation character.

Beyond waveform enhancements, MultiLFO incorporates an envelope follower that triggers modulation based on input volume, complete with configurable attack and release settings. This follower can operate from either zero or midpoint levels, facilitating dynamic response to audio signals. The device offers unique 'drunk' modulation modes that generate smooth, small random fluctuations, including a Gaussian variation that balances frequent minor changes with occasional larger jumps. A dedicated random mode allows for seamless transitions between uniform and Gaussian randomness, expanding creative modulation textures. Additional features such as rate multipliers, customizable transformation curves, and a quantizer for downsampling output values further broaden modulation applications.

MultiLFO is designed to maintain efficient CPU usage despite its extensive feature set, operating at roughly three times the load of a standard LFO without significant overhead. The LFO display is enhanced to reflect parameter ranges and curve settings, with adjustable line widths for improved visualization. Sync functions have been refined to ensure smooth phase realignment without abrupt jumps, offering precise timing control in sync mode. This device requires Ableton Live Suite or a Max license to operate, as it is built within the Max for Live environment. MultiLFO delivers a powerful modulation solution that elevates creative potential while preserving system performance.