---
title: "Vaporizer2 vs. Hyperwave"
canonical: "https://www.hyperwave.app/compare/vaporizer-2"
last-updated: "2026-10-26"
---

# Vaporizer2 vs. Hyperwave

Vaporizer2 includes real source-to-table generators and records changes to editor cycles. Hyperwave retains a connected recipe for more general signal and spectral processing.

Generate FM, PWM, sync, harmonic and filtered sequences from a cycle, combine table material, and record edited cycle changes into new frames.

Platform: Windows, macOS and Linux; plugin and standalone builds. Price: Free, open source.

Full GPL-3.0 version. Historical commercial/demo references do not set the current price.

Price checked 2026-10-26: https://github.com/VASTDynamics/Vaporizer2

WAV table export, native embedded table data, and import of standard packed wavetable formats.

Generation UX: 5.5/10. Generation power: 6.5/10. Five means competent average.

## workflow

Select a source, choose a generator and amount range, generate frames, inspect them and apply further processing.

## evolution

Stock generators define bounded progressions. Recording editor changes provides another way to build a path.

## composition

Mix-in, AM, convolution and successive transforms combine table material; arbitrary retained processing branches are unverified.

## spectral

Direct partial controls and fixed harmonic/filter generators are established. General user-written per-bin programs are unverified.

## iteration

Use generated output as input to another operation. An automatic arbitrary-chain pass-state model is not established.

## revision

Some active transforms recompute from local snapshots. Serialization retains samples/metadata rather than an established executable history.

## inspection

Waveform, partial and frame views expose output. The distinction between recording editor cycles and recording live FX output matters.

Generator, snapshot, recording and serialization semantics were source-checked. Advanced procedural UX has less direct interaction evidence than the sample-conversion route.

## Strengths

- Dedicated generators bake source-derived FM, PWM, sync, harmonic and filtered sequences into actual table data.
- Mix-in, amplitude modulation and convolution combine existing material; some current operations remain adjustable against a source snapshot.
- Recording changed editor cycles and automated stereo sample conversion expand the generation routes beyond manual drawing.

## Limitations

- A saved output table is not an established persistent chain of all generating decisions.
- Stock generators use bounded progressions; general per-partial programs and an arbitrary recurrent processing controller are unverified.
- Recording captures editor-cycle changes; capture of the complete live synth/effect output is not established by that mechanism.

You want a free open-source synth with a broad set of source-to-table generators and don't mind a table-oriented iterative workflow.

You want to author a visible, retained process with independent position controls, nonlinear branch interactions and per-bin rules.

Sources checked 2026-10-26: https://github.com/VASTDynamics/Vaporizer2, https://github.com/VASTDynamics/Vaporizer2/blob/main/VASTvaporizer/Source/Plugin/VASTWaveTableEditorComponent.cpp, https://github.com/VASTDynamics/Vaporizer2/blob/main/VASTvaporizer/Source/Engine/VASTOscillatorBank.cpp, https://www.youtube.com/watch?v=-7E9mEGpcao

[Canonical page](https://www.hyperwave.app/compare/vaporizer-2) · [Hyperwave docs](https://www.hyperwave.app/docs)