TC Electronic 3rd Dimension Chorus vs TC Electronic SCF Gold Stereo Chorus

The TC Electronic 3rd Dimension Chorus and the TC Electronic SCF Gold Stereo Chorus are both pedals sharing analog warmth, modulated, warm.

Similarity
citedBlended from circuit-archetype lineage, dynamic feel, tone-signal overlap and tone-vector distance — the tone vector itself is derived from editorial description text, not a measured acoustic signal, so this reflects how similarly the catalog copy describes the two, not a lab measurement. Shown only within a gear class, and only where there's enough evidence to be meaningful.

67% moderately similar

Shared genres
citedGenres both listings are associated with.
  • Classic Rock
  • Electronic
Shared tone character
citedDerived from overlapping tonal signals across both listings.
  • analog warmth
  • modulated
  • warm
Citation fame
citedCitation/mention fame — how often this gear is cited across artist rigs and gear discussion.
0%
17%
Price

$120.25via Reverb

Description

The TC Electronic 3rd Dimension Chorus is a three-voice analog-voiced chorus from TC Electronic (Aarhus, Denmark), delivering three simultaneous BBD-emulating chorus voices for rich, three-dimensional stereo chorus based on the classic TC Electronic SCF (Stereo Chorus Flanger) circuit. The 3rd Dimension brings the beloved vintage SCF chorus architecture to a compact pedal format for warm analog chorus.

The TC Electronic SCF Gold is a stereo chorus and flanger from TC Electronic (Aarhus, Denmark), reviving the legendary TC Electronic SCF (Stereo Chorus Flanger) analog circuit in a premium gold edition. The original SCF is regarded as one of the finest stereo chorus/flanger combinations ever made, used by professional guitarists across all genres for its warm, smooth chorus and thick flanging at TC Electronic quality.

Genres
citedGenres this gear is documented as being used in.
  • Indie

Related searches

TC Electronic 3rd Dimension Chorus vs TC Electronic SCF Gold Stereo Chorus — Shared Character & Differences — NodeTone