Sample Dicer vs sfizz

Sample Dicer is a four-layer one-shot sampler that turns raw audio into playable sounds that evolve. Each drag-and-drop layer has waveform, volume, pitch, start, shift, and fade controls. Users can randomize samples and parameters together or separately, lock layers, and use Back to restore the previous roll. Performance tools include per-trigger evolution, Round Robin, Burst repeat, chromatic key tracking, and up to 16 voices. The interface provides twenty colour themes, scalable presets, and an optional Glitch Mode that changes sound and visuals. It is available as AU and VST3 plug-ins and as a standalone application. The maker describes the AU version for Logic Pro and other AU hosts. Listed uses include music production, sound design, live performance, sample-library creation, rapid prototyping, game development, film, video, and podcasts. The free indie-use plan costs nothing, subject to company revenue below USD 1,000,000 and project production and development budget below USD 250,000. Eligible users can publish and monetize music, games, films, and sound effects without royalties or attribution.

sfizz is a sample-based musical synthesizer built around the SFZ instrument format. It can load existing SFZ libraries or support the creation of personal instruments. The software supports SFZv1 and has partial compatibility with SFZv2, so some features of the newer format may not work fully. sfizz is available as VST3i, Audio Unit and LV2 plugins, as well as a standalone JACK client. Instrument makers can use hot reload to revise custom instruments and check changes without manually operating the software. Its streaming system loads sounds when needed and reclaims memory once sounds are no longer in use. Developers can integrate the engine into other programs with C and C++ API bindings; it accepts an SFZ file and MIDI-type events and renders audio through successive callbacks. Downloads include Linux packages, Windows 32-bit and 64-bit installers, and a universal macOS package for Intel and Apple Silicon. The project requires no payment to use, with optional donations. Its repository was archived on June 21, 2026 and is read-only.