dbdsp - NeuralOutboard v3.2.3 VST3, AAX, AU for Windows

• Deep-Learning Analog Hardware Emulation: Imprint authentic non-linear analog saturation, transformer coloration, and tube harmonics across vocals, drums, bass, synths, and stereo mix buses using NAM technology.
• Dual-Slot Capture Architecture: Load two independent .nam model captures simultaneously with full support for both modern A2 neural networks and legacy A1 models.
• Dedicated GPU Acceleration Engine: Run complex neural network inference directly on your graphics card via Direct3D 12 (Windows) and Metal (macOS), freeing your CPU for heavy DAW sessions.
• Zero-Latency GPU Tracking Mode: Dedicated tracking mode eliminates DSP latency, allowing real-time recording and live monitoring through analog hardware captures.
• Continuous NAM Preset Morphing: Store multiple capture states (e.g., stepped hardware drive levels) inside a single preset and interpolate between them using a fully automatable Morph dial.
• Pristine Oversampling up to 32x: Re-engineered v3.2 oversampling core runs 3x faster with 4 selectable filter types (IIR, Min-FIR, Poly, Linear) and independent real-time vs. offline render settings.
• Full Stereo & Mid-Side Processing: Process audio in Left, Right, Mid, Side, Mono, Stereo, or linked Mid-Side modes with customizable M-S balance.
• Automatic Internal Phase & Delay Compensation: Dry/wet mix maintains perfect phase coherence across all oversampling ratios and neural model topologies.
• 10 Curated Factory Hardware Packs: Includes free, meticulously captured hardware profile sets covering vintage preamps, tube saturators, transformers, and magnetic tape heads.

Authentic Outboard Character Re-Imagined Through Neural Networks
Traditional algorithmic saturation plugins use static mathematical equations and polynomial curves to approximate analog gear. dbdsp NeuralOutboard moves beyond generic approximations by deploying deep-learning neural network captures (Neural Amp Modeler) trained directly on physical hardware consoles, boutique preamps, tape recorders, and analog mastering processors.

Whether you need the subtle harmonic gluing of an expensive mastering equalizer's transformer stage or the aggressive, saturated breakup of a tube channel strip driven into the red, NeuralOutboard reproduces the exact dynamic responsiveness and harmonic distribution of the original physical unit.

GPU Hardware Acceleration for Massive Processing Headroom
Running high-resolution neural network inference can quickly overwhelm standard CPU threads. NeuralOutboard solves this bottleneck by delegating all neural matrix math directly to your dedicated GPU using Apple Metal on macOS and Microsoft Direct3D 12 on Windows. This architectural breakthrough makes heavy oversampling (up to 32x) practical in real-world sessions, allowing systems like Apple Silicon M3/M4 Max and modern NVIDIA/AMD rigs to handle dozens of concurrent instances simultaneously.

Key Functional Systems & Upgraded v3.2.3 Features:

• Dual NAM Capture Slots & A2 Architecture:

  • Two independent slots to blend or layer different hardware profiles.
  • Native support for both cutting-edge A2 NAM network architectures and classic A1 capture files.

• NAM Pack Morphing System:

  • Load multi-capture hardware packs (e.g., an analog preamp captured at Gain 1 through Gain 10).
  • Smoothly interpolate across drive steps with the continuous Morph macro knob, complete with full DAW host automation support.

• MAX Saturation Bank Profiling:

  • Specialized captures taken with tubes, transformers, and tape circuits driven past ceiling levels, delivering a seamless gradient from crystal-clear analog sweetening to dense distortion.

• Stereo Matrix & Mid-Side Routing:

  • Independent processing across Left, Right, Mid, Side, and Stereo configurations.
  • Shape center vocal punch independently from wide stereo background elements with the dedicated M-S balance control.

• Comprehensive Signal Utility Suite:

  • DC-Block Filter: Removes sub-audible DC offset generated by heavy non-linear saturation stages.
  • Delta Monitoring: Audition the isolated difference between dry input and processed audio.
  • Auto Gain Staging: Automatic input and output gain compensation to maintain perceived loudness while driving models harder.
  • Phase-Locked Dry/Wet Mix: Compensates internal latency automatically to prevent phase comb-filtering when blending parallel saturation.

Plugin Specifications:

• Supported Formats: VST3 (64-bit), AAX Native (64-bit), Audio Units / AU (macOS 64-bit)
• Neural Capture Format: .nam (Neural Amp Modeler architecture A1 and A2)
• Internal DSP Engine: 64-bit internal floating-point precision
• GPU Acceleration: Microsoft Direct3D 12 (Windows) / Apple Metal API (macOS)
• Oversampling Ratios: 1x, 2x, 4x, 8x, 16x, up to 32x (IIR, Min-FIR, Polyphase, Linear Phase)
• Sample Rate Support: 44.1 kHz up to 192 kHz

Compatible Digital Audio Workstations (DAWs):

• Image-Line FL Studio
• Ableton Live (All 64-bit versions)
• Apple Logic Pro
• Steinberg Cubase / Nuendo
• PreSonus Studio One
• Cockos REAPER
• Bitwig Studio
• Avid Pro Tools (AAX Native 64-bit)

Installation Steps:

1. Run the installer package for your operating system (Windows .exe or macOS .pkg).
2. Select your desired plugin formats (VST3, AAX, AU) and complete the installation wizard.
3. Install the included 10 factory hardware capture packs to your preferred sample or preset directory.
4. Launch your DAW, perform a complete plugin rescan, and load NeuralOutboard onto your track or mix bus.
5. In the top toolbar, toggle GPU Acceleration to enable Direct3D 12 / Metal processing.
6. The plugin is pre-activated and ready for production use without registration dialogs.

Frequently Asked Questions (FAQ):

• Q: What is the difference between Standard GPU Mode and Zero-Latency GPU Mode?
  A: Standard GPU Mode optimizes processing efficiency for massive instance counts and heavy oversampling (ideal for mixing and mastering). Zero-Latency Mode bypasses GPU buffer queuing, allowing you to monitor and record through the plugin in real time without distracting latency.
• Q: Can I use third-party or custom-created NAM models?
  A: Yes, NeuralOutboard loads standard third-party .nam capture files. Simply click the folder icon in Slot A or Slot B to browse and import your own capture libraries.
• Q: What if my computer does not have a dedicated graphics card?
  A: If a compatible Direct3D 12 or Metal GPU is not detected, NeuralOutboard automatically falls back to multi-threaded CPU inference.