Panel overview
The VXN1 faceplate groups every parameter into labelled panels arranged roughly in signal-flow order: sources at the top, filter and amp in the middle, modulation routes alongside, effects at the bottom. The headers below match the panel labels on the faceplate.
| Panel | Page |
|---|---|
| Oscillator 1 / Oscillator 2 | Oscillators |
| Cross-Mod selector + amount | Cross-modulation |
| Mixer (Osc 1 / Osc 2 / Sub / Noise) | Mixer |
| Filter (HPF + VCF) | Filter |
| Env 1 / Env 2 | Envelopes |
| LFO 1 / LFO 2 | LFOs |
| Pitch Mod / PWM Mod / Filter Mod / Mod Wheel | Modulation routes |
| Voice & assign | Voice & assign |
| Phaser / Chorus / Delay / Reverb | Effects |
| Master | Master |
Per-layer vs. global
Every panel above except LFO 2, the effects rack, and Master is per-layer — you get a separate set of values for Upper and Lower. The faceplate shows one layer at a time; the Layer switcher in the header chooses which.
In Whole mode, only the Upper layer is visible — Lower mirrors Upper. In Dual and Split modes, both layers carry independent state and you can switch between them freely.
Parameter conventions used in this manual
- Range: the raw value range the parameter accepts.
- Default: the value loaded by the Init patch.
- Unit: the natural unit the value is displayed in on the faceplate.
- Taper: how knob position maps to value. Linear is uniform; exponential is denser at the low end (good for time and frequency); enum is discrete steps.
Reading the parameter tables
Each panel page closes with a parameter table:
| Parameter | Range | Default | Unit | Notes |
|---|---|---|---|---|
| Example | 0.001–10 | 0.005 | s | Exponential taper |
The full instrument-wide table is in the Parameter reference.