Crazy tube circuit Triptychon

The Triptychon is designed as a unified tonal platform in which three independent sections work both individually and collectively to recreate the interaction found in classic guitar signal chains.

Overview

The Triptychon reintroduces the characteristic interactions of vintage setups featuring effects such as fuzz, octave fuzz pedals, and tremolo boosters. It delivers the compression, sustain, and harmonic complexity associated with vintage recordings, while adapting to modern setups that prioritize clean platforms and pedal-based gain.

A 4-voice analog fuzz engine for exceptional tonal diversity

The central section of the Triptychon features a fully analog 4-voice fuzz engine inspired by iconic circuits. This offers a wide tonal range, from dynamic and responsive textures to saturated and aggressive sounds.

Expand your sonic palette with boost and octave modes

The right section of the Triptychon expands the harmonic content thanks to its dual-mode design, which functions either as a tremolo booster with two distinct settings or as an upper-octave fuzz with varying levels of articulation and harmonic richness.

An amplified foundation for a harmonious sound

The left section serves as the amplification base, providing the compression, response, and tonal character of a pushed amplifier. This allows the other stages to operate naturally and cohesively.

Robust, modern design for stable performance

At the heart of the Triptychon lies a six-element metal-can transistor design, engineered to reproduce the tonal characteristics and dynamic response associated with germanium circuits, while maintaining remarkable stability and consistency.

Flexible control and compatibility with modern systems

The drive circuit can be flexibly assigned to either the fuzz footswitch or the boost/octave footswitch, enabling efficient management within a compact setup. In addition, an optional external XT footswitch (sold separately) allows the drive circuit to operate independently, providing greater flexibility and control over the overall gain structure.