audiobriefs
10:09in productionCh. 1 · Polyphony Without Compromise/ 10:09 · ceiling 15 min
Synths & drum machines · Instruments

Alesis Andromeda A6

The Andromeda A6 is analog polyphony with digital discipline—not vintage charm, but engineering pragmatism.

The Alesis Andromeda A6 is a 16-voice, 16-channel multitimbral analog synthesizer released in 2000. It combines a pure analog audio path with digital control. Its VCOs include pitch correction—a feature missing on older synths. Alesis developed a custom ASIC for it. Axel Hartmann designed it. It is high-end, innovative gear from Alesis, a company known for budget equipment. Alesis developed studio equipment during the 1990s.

Chapters & takeaways4
  1. 0:57
    Polyphony Without Compromise

    16 voices. 16 parts. Fully analog signal path. Multitimbral from day one.

  2. 3:14
    Stable Oscillators, Not Just Warm Ones

    Analog sound. Digital tuning. Pitch correction fixes what older synths couldn’t.

  3. 5:14
    Built Around a Chip Only Alesis Made

    A custom ASIC—not off-the-shelf chips—handles routing, timing, and voice management.

  4. 6:37
    Alesis’ One-Off Statement Piece

    Designed by Axel Hartmann. Positioned as high-end, innovative gear from a budget brand.

Worth your time?

Yes. Use the whole thing.

3.5/ 5
What works
  • 16-voice polyphony
  • 16-channel multitimbrality
  • pitch-corrected VCOs
  • pure analog signal path
What does not
  • whatPeopleMadeWith
Use it if
  • studio composers who want tactile, stable analog polyphony and are comfortable with fixed voice architecture
Skip it if
  • producers relying on embedded effects, sampling, or DAW-centric workflows
The written brief1 min read

What it is and what it was built for

The Alesis Andromeda A6 is a 16-voice, 16-channel multitimbral analog synthesizer released in 2000. It was built for studio musicians needing stable, hands-on analog polyphony with digital recall and control.

How it works, in terms a player would use

It gives players 16-voice polyphony and 16-channel multitimbrality, with analog oscillators, filters and amplifiers controlled digitally. Pitch correction stabilises the VCOs. An ASIC handles core routing and control logic. The interface is hardware-based, with dedicated knobs and sliders.

What it does better than anything else

It delivers consistent 16-voice analog polyphony with pitch-corrected VCOs—something rare in 2000—and a direct, hardware-first signal path that avoids digital conversion in the audio chain.

What it does badly

It offers no built-in effects, no sampling, no sequencer, and no audio I/O beyond basic analog outs. Its digital control layer does not extend to deep sound morphing or real-time parameter automation.

What people made with it

The sources do not state what people made with it.

Who should use it, and who should not

Studio composers who want tactile, stable analog polyphony and are comfortable with fixed voice architecture. Not for producers relying on embedded effects, sampling, or DAW-centric workflows.

Is it worth your time

Yes—if you need stable, hands-on analog polyphony and can work within its fixed architecture. No—if you require modern modulation depth, patch memory flexibility, or integration beyond MIDI.

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Up next in Audio

ARP Avatar

ARP · 1977 · 9:17

The ARP Avatar wasn’t ahead of its time — it was priced, engineered, and marketed for a market that didn’t want it.

9:17