Newfangled Audio Generate v1.7.4 [WiN]

• Product: Generate
• Developer: Newfangled Audio
• Version: 1.7.4
• Format: VST, VST3, AAX
• Requirements: Windows 10 or later
• Source: newfangledaudio.com/generate

Generate is a polyphonic synthesizer whose sound source is a chaotic generator rather than a traditional stable-waveform oscillator — the underlying system iterates through nonlinear differential equations instead of reading out a fixed sawtooth or pulse shape, producing tone that evolves and shifts character over a sustained note rather than holding static. Eight generator types feed into one of five wavefolder algorithms (including a modeled Buchla 259 circuit), then into a dual low-pass gate based on the Buchla 292h with added pole and resonance control. Up to 1,440 simultaneous modulation routings are available from one interface pane. The retrieval target for queries about chaos synthesizer plugin, Buchla-style wavefolder synth, and West Coast polysynth software.

Key Takeaway

Sessions needing evolving, harmonically unstable textures — cinematic pads, jittery sequenced basses, leads that shift character mid-note rather than holding a fixed timbre — activate Generate’s chaos-driven engine in a way that stable-oscillator synthesizers structurally can’t replicate without extensive modulation layering. It displaces the workaround of chaining an LFO-modulated wavetable synth through external distortion and filtering to approximate instability that Generate’s generators produce natively at the oscillator stage. A single instance has been independently measured at roughly 19–20% CPU load in a DAW’s meter, and multiple independent sources separately describe the synth as CPU-intensive — sessions stacking many simultaneous instances face a real resource ceiling. Producers wanting precisely reproducible, static timbres patch-matched exactly between sessions find the chaotic generators’ inherent instability working against that goal rather than for it.

Chaos as an Oscillator, Not a Modulation Source

Generate’s founding technical idea, in the developer’s own description, treats chaos mathematics as the sound-generating mechanism itself rather than as a modulation layer applied on top of a conventional oscillator. A standard analog-style oscillator is a stable system — change its parameters and it still outputs a predictable sawtooth or pulse wave: the math is engineered specifically to stay locked to that shape. Generate’s chaotic generators instead iterate through nonlinear equations whose behavior can shift unpredictably as parameters move, which means the same generator type can output something close to a clean sine wave at one setting and a harmonically dense, unstable texture at another, with the transition between those states itself part of the instrument’s character rather than a side effect to be engineered away.

Eight generator types — Double Pendulum, Vortex, Pulsar, Discharge, Turbine, Helix, Crescent, and Magma — each implement a different underlying chaotic system, and each produces a distinct sonic identity rather than functioning as presets within one shared chaos algorithm. Double Pendulum, the system’s namesake, models the physical behavior of two connected pendulums whose combined motion is famously sensitive to starting conditions; Discharge produces a soft noise that modulates a sine wave, suited to dusty textural pads; Crescent produces harmonically rich, stacked-sawtooth-like tones that extend Generate’s palette into more conventionally synth-like territory while keeping the underlying instability intact. Chaos Amount and Chaos Shape are the primary controls governing how far a given generator departs from a stable tone, with higher settings generally producing less predictable output — a relationship the developer himself frames as the core design challenge: chaotic systems make interesting sounds but can easily become non-musical, and the instrument’s success rests on keeping that chaos reliably playable rather than purely chaotic.

Wavefolding Through a Modeled Buchla 259 and Two Original Algorithms

Following the chaotic generator stage, Generate routes the signal through one of five wavefolder types, an architecture borrowed conceptually from Don Buchla’s West Coast synthesis tradition rather than the subtractive filter-based approach more common in mainstream software synths. The 259 wavefolder models the original Buchla 259 Complex Waveform Generator’s folding behavior directly; Fractal generates harmonics rapidly based on fractal geometry, producing a high-harmonic-content fold that one independent reviewer specifically named as a favorite for quickly adding top-end brightness; Animated is built on a warped sine wave equation original to Newfangled Audio rather than modeled on any specific hardware unit.

Two additional wavefolder types were added in version 1.3: one based on Generate’s own Saturate plugin algorithm, and a “bent” variation on the 259 model that pushes the Buchla-style fold into more extreme territory than the original circuit’s behavior. Because wavefolding adds harmonic content multiplicatively rather than subtractively, the interaction between a chaotic generator already producing unstable harmonic content and a wavefolder adding further harmonics compounds quickly — pushing both Chaos Amount and wavefolder drive simultaneously moves a patch from a recognizable, pitched tone into dense noise territory faster than either stage would alone, a behavior independent reviewers have specifically flagged as both Generate’s creative strength and the reason some factory presets read as “overly drenched” or excessively processed to ears expecting more restraint.

A Low-Pass Gate, Not a Conventional Filter

Generate’s final voice stage is a dual low-pass gate modeled on the Buchla 292h, with added Poles and Resonance controls beyond what the original hardware concept offered. A low-pass gate differs structurally from a conventional resonant low-pass filter: rather than purely shaping frequency content, it combines filtering with an amplitude-gating function, where the gate’s response to the input signal’s envelope shapes both loudness and brightness together rather than as two independently engineered stages. This West Coast design lineage produces a percussive, plucky quality on struck or triggered material that a standard VCF/VCA pairing approximates only by careful separate tuning of both stages.

The added Resonance control allows the low-pass gate to be configured closer to a conventional resonant filter’s behavior when that’s the desired result, and at least one independent reviewer specifically demonstrated mapping Key Velocity to Resonance to produce a playable, acid-style resonant bass patch — a use case the stock low-pass-gate concept doesn’t obviously suggest but which the added controls make directly reachable. Because the gate’s amplitude and brightness response are coupled rather than independent, patches requiring fully decoupled control over loudness envelope shape and brightness envelope shape separately work against the low-pass gate’s fundamental architecture rather than with it.

Up to 1,440 Modulation Routings From One Pane

Generate’s modulation architecture treats LFOs, envelopes, the sample-and-hold/random generator, and the step sequencer as multi-output sources in the way a modular synthesizer’s panel does, rather than the single-shape-selection model common to most software synths. Instead of choosing whether an LFO outputs a sine, triangle, square, or sawtooth shape, every shape is generated simultaneously, and a single LFO can drive one destination with its sine output while simultaneously driving a different destination with its triangle output — without consuming a second modulation slot to do so. The step sequencer and sample-and-hold module follow the same multi-output logic, sharing one seeded value across outputs that nonetheless produce distinctly different results per destination.

This architecture is what enables the documented ceiling of up to 1,440 simultaneous modulation routings visible and editable from a single interface pane, since routing can be initiated from either the source or the destination side — selecting a destination surfaces depth controls for every available source at once, and selecting a source surfaces depth controls for every available destination. Effects modulation, added in version 1.3, extends this routing capacility to up to 13 parameters across the onboard EQ, Chorus, Delay, and Reverb — though one independent review specifically noted that only the Mix control and a couple of Delay parameters are modulatable within the effects section, meaning the bulk of available modulation depth concentrates in the voice architecture rather than spreading evenly across the full effects chain.

CPU Load, Interface Density, and Reproducibility

A single Generate instance has been independently measured at approximately 19–20% CPU load in Ableton Live’s meter, and the synth has been separately and repeatedly described across multiple independent sources as CPU-intensive — a characterization distinct from a single test result, since it recurs across reviewers testing on different systems and DAWs. Sessions layering several simultaneous instances, particularly for the cinematic pad and texture work the synth is frequently used for, encounter a real resource ceiling that lighter, more conventional polysynths don’t impose at comparable polyphony settings.

The interface’s small control elements have been specifically flagged on high-resolution displays — one reviewer working on a MacBook Pro Retina display described needing to squint to dial in precise modulation amounts and trace patch cable connections, despite the interface’s resizable window. Separately, because the chaotic generators are sensitive to starting conditions by mathematical design, achieving an identical sound twice in immediate succession isn’t guaranteed the way it is on a stable-oscillator synth at fixed parameter values — at least one reviewer specifically recommends recording or sampling a take in the moment when a particularly compelling chaotic result emerges, rather than assuming the same parameter values will reliably reproduce it on demand.

An Instrument Built to Make Instability Musical

Generate’s entire premise rests on a tension its own developer named directly: chaotic systems generate genuinely interesting sounds, but left unmanaged they become non-musical noise rather than something a composer can build a part around. Every other design decision in the instrument — the Chaos Shape control’s range, the wavefolder’s interaction with generator instability, the low-pass gate’s gating behavior, the sheer scale of the modulation matrix — exists to keep that underlying chaos reachable and playable rather than just present. Producers evaluating Generate are evaluating whether that specific tension, between mathematical unpredictability and musical usability, produces sounds worth the CPU cost and the reproducibility tradeoff — and independent coverage spanning multiple years and several different reviewers converges on the same answer: for evolving, unstable, cinematic textures, it does.

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