Augmented VOICES
Price history
- On sale
- 21 of the last 90 days
- Lowest in 90 days
- $99.00
- Highest in 90 days
- $149.00
About this plugin
Augmented VOICES stands as Arturia's ambitious entry into hybrid vocal synthesis, merging sampled vocal articulations with modular synthesis architecture. The instrument combines over 50 voice phonemes and articulations with four distinct synthesis engines, providing producers with considerable flexibility in sculpting vocal textures from naturalistic to heavily processed.
The core strength lies in its layering architecture. Two independent layers, each containing two sound sources, allow for complex vocal blends that can simultaneously draw from sampled material and synthesis-generated content. This dual-source approach enables textures that would be difficult to achieve through sampling alone or synthesis alone, though the execution depends heavily on judicious mixing and morphing between elements.
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The Morph control functions as the instrument's primary interactive feature, allowing real-time interpolation across multiple sonic parameters simultaneously. In practice, this creates evolving vocal movements that can transition smoothly between humanistic and synthetic territories. The built-in effects suite supports these transformations, though the effectiveness of this workflow hinges on how intuitively the macro controls map to meaningful sonic changes.
Augmented VOICES targets contemporary producers working in electronic, pop, and experimental genres where vocal presence need not adhere to naturalistic constraints. It suits those comfortable with sound design workflows and less inclined toward straightforward vocal sample playback. Compared to dedicated vocal processors or traditional choir libraries, it occupies middle ground - more versatile than static sample collections but requiring more effort than plug-and-play solutions. The instrument's value scales with producer engagement; passive users may find limited utility, while active sound designers will appreciate its synthesis capabilities and layering depth.