Plugins / CODEX NOVARATU
SYNTHESIZER • v0.9.0-dev IN DEVELOPMENT

CODEX NOVARATU

Flagship Dual-Wavetable Polyphonic Performance Synthesizer

CODEX NOVARATU
UNIVERSAL BINARY (APPLE SILICON & INTEL x86_64)
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Studio Audio Demonstrations

Polyphonic preset showcase recordings and sound design stems are currently in studio calibration and engineering validation.

Pre-Release Verification • Audition Stems Coming Soon

Product Overview

<p>CODEX NOVARATU is an independently engineered C++20 wavetable synthesizer powered by the high-performance EXTRACT engine. Designed with hard real-time audio safety guarantees, zero allocation render cycles, and pristine anti-aliased oscillators.</p><p>Featuring dual wavetable oscillators with harmonic morphing, dedicated sub-oscillator, multi-mode zero-delay feedback filter, multi-stage envelopes, and an ultra-responsive modulation matrix.</p>

Core Features & Architecture

  • ✓ Independently developed C++20 DSP engine free from third-party framework overhead
  • ✓ Sample-accurate modulation matrix and parameter smoothing
  • ✓ AUv2 and VST3 64-bit universal binary support for Apple Silicon and Intel
  • ✓ Custom high-contrast vector UI with smooth telemetry metering
Product Status
IN DEVELOPMENT
Pre-Release Verification Stage

This product is currently in engineering validation. Commercial ordering, downloads, and pricing will activate upon general availability.

Launch Notification
CODEX AUDIOWORKS • Division of CODEX STUDIOS LIMITED

Technical Specifications

Engine
Clean-Room C++20 EXTRACT Architecture
Oscillators
Dual Wavetable with PolyBLEP Anti-Aliasing + Sub-Oscillator
Polyphony
1 to 16 Voices with Dynamic Voice Allocation
Filter
Zero-Delay Feedback (ZDF) Multi-Mode 12/24dB Resonant Filter
Real-Time Safety
Zero memory allocations, zero locks, lock-free SPSC command queues

System Requirements

  • macOS: macOS 11.0 (Big Sur) or later (Supported)
  • Windows: Windows 10 (64-bit) or later (In Testing / Validation)
  • Formats: AUv2, VST3 (64-bit)
  • Architecture: Apple Silicon (M1-M4) & Intel x86_64