synth from “bizarre love triangle” by new order | ToneDB

bizarre love triangle

new order

synth

75% ai confidence

Tone Profile

A bright, evolving synth lead with a chorus-like modulation. The sound is clean and clear, providing a melodic and rhythmic anchor to the song.

Shop This Rig

ToneDB may earn a commission from purchases made through these links.

The Story

The lead synth on 'Bizarre Love Triangle' was created using New Order's E-mu Emulator II sampler, which the band used extensively throughout the mid-1980s. The characteristic width and movement in the sound came from processing through a Roland Dimension D chorus unit, which added the lush, atmospheric quality that defines the track's synth lead.

Production Credits

Producer: Stephen Hague

Engineer: Michael Johnson

Recorded at: Amazon Studios, Liverpool, UK

Recreation Tips

  • Start with a sampled or synthesized sawtooth waveform.
  • Use the Roland Dimension D chorus (or a similar chorus effect) to add depth and width to the sound.
  • Adjust the filter cutoff and resonance to shape the tone and create movement.
  • Experiment with envelope settings to control the attack and decay of the sound.

Original Gear

ToneDB may earn a commission from purchases made through these links.

Substitutions & Recommendations

Alternative to: E-mu Emulator II sampler

Official software emulation of the original Emulator II with authentic sampling engine and filters

Alternative to: Roland Dimension D chorus

Modern reissue of the classic Dimension D circuit with identical chorus algorithm and SDD-320 chip

Alternative to: E-mu Emulator II sampler

Modern sampler with vintage-style filtering and similar workflow to the Emulator II

Alternative to: Roland Dimension D chorus

Precise digital modeling of the original Dimension D's unique chorus modulation

Alternative to: E-mu Emulator II sampler

Versatile sampler that can load Emulator II sample libraries and recreate similar filter characteristics

Frequently Asked Questions

Community Insights

No community insights yet. Be the first to contribute!