Sonible prime:vocal
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What you need to know
What you need to know
Essential Information About the prime:vocal Software
- Intelligent Vocal Enhancement: an AI-based vocal enhancer, specifically trained for voice, to achieve a "studio-quality" sound quickly.
- Express Cleaning: noise reduction, room attenuation, and reverb removal for recordings made in untreated environments.
- Spectral and Dynamic Balance: optimization in seconds to bring your vocals closer to a professional recording profile.
- Backup Solution: ideal for salvaging difficult takes (phone, outdoor, mechanical or electrical interference) and speeding up ADR-type edits.
Manufacturer Information
Sonible
https://www.sonible.com
contact@sonible.com
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What prime:vocal Is For
prime:vocal is a voice enhancement software designed to transform a "raw" vocal take into a cleaner, more stable, and more professional sound, even if the recording was made outside of a studio. It is aimed at producers, sound editors, content creators, podcasters, and musicians who want a more usable vocal without multiplying manual processing.
Whether you record in a home studio, a reverberant room, on the go, or with a makeshift microphone, prime:vocal helps correct the most common flaws: excessive room ambiance, breath noise, unwanted noises, and timbral imbalances. The result aims for a vocal closer to a studio-recorded and treated take, ready to be integrated into a musical mix or audio production.
Main Features
AI Trained Specifically for Voice
Unlike generic restoration tools, prime:vocal relies on artificial intelligence technology developed specifically for voice. The goal is to preserve the intelligibility and presence of singing or speech while reducing artifacts often associated with overly aggressive cleaning.
Vocal Cleaning: Noise, Room, and Reverb
The software enables quick vocal clean-up to make a take clearer: reduction of electrical or mechanical noises, diminishing room influence, and removal of unwanted reverb after recording in an untreated space. This is especially useful for recovering takes made in bedrooms, offices, or acoustically non-optimized locations.
Spectrum and Dynamics Enhancement
prime:vocal works on spectral balance and dynamics to bring the voice closer to a typical professional recording profile. This can help achieve a more readable, homogeneous, and "present" vocal in the mix, while reducing time spent on chains of equalization, compression, and multiple corrections.
Control of Sibilance and Plosives
To facilitate editing, prime:vocal offers sibilance reduction via AI-assisted de-essing. It can also help attenuate overly pronounced plosives, notably "Puh" sounds that are too strong or "boomy," often problematic on close-mic takes.
Time-Saving for Postproduction
In postproduction, prime:vocal can help reduce the need for heavy corrections and speed up vocal repairs, with the idea of saving time on ADR-type edits and making otherwise difficult recordings more quickly acceptable for editing or mixing.
Technical specifications
| Type | Full software | Downloadable | Yes |
| Memory | 16 GB | Plugins | VST-3, AU |
| System | OS X (standalone application and ARA version (beta)) | ||
Questions frequently asked
Is prime:vocal compatible with Mac?
The software runs on OS X and requires 16 GB of memory. It is offered as a standalone application, with an ARA version currently in beta.
Which plug-in formats are supported?
Support for VST-3 and AU formats allows use in compatible audio environments under OS X.
Can reverb be removed from a voice recorded in a bedroom?
The vocal cleaning process reduces room influence and unwanted reverb. This feature specifically targets recordings made in an untreated office or bedroom.
Does the software reduce sibilance and plosives?
An AI-assisted de-essing reduces sibilance, while overly strong plosives, such as booming “Puh” sounds, can be attenuated.
How to improve a vocal before mixing?
Spectral balance and dynamics are processed to achieve a more cohesive vocal in the mix. Electrical or mechanical noise can also be reduced. This approach limits the need for a series of manual adjustments.




