Amp Profile

Drop a NAM model and see how it behaves: its frequency response, how its distortion character builds with input level, and a plain-language read on its gain, voicing, and brightness.

Everything runs in your browser — model files never leave your machine.

Frequency response

Output level vs. input frequency at two playing levels — moderate (-18 dBFS) and pushed (-6 dBFS) — shows the model's own tonal shaping, and how it shifts once the input gets hot.

Distortion character

Total harmonic distortion (THD) and its 2nd/3rd/5th-harmonic makeup as the input gets hotter (right = louder). Even harmonics (2nd) tend to sound warmer; odd harmonics (3rd/5th) tend to sound more aggressive.

Level curve

Output level vs. input level. A straight diagonal line means a linear, uncompressed gain stage; a curve that flattens out as input gets hotter is the model compressing/saturating.

Every NAM architecture (classic WaveNet, generalized/A2 WaveNet, LSTM) and SlimmableContainer file profiles here — if a file fails, the message above states exactly why.

This is a single snapshot

The Liminam app profiles a model across a full 16-level sweep, builds a complete behavior profile (attack, release, sag, and more) — this page only shows one level at a time. See the app →