Antares Aspire

What Sonnox Oxford DeBreathe Is For

Sonnox Oxford DeBreathe is a vocal processing plugin designed to precisely manage breath sounds that often disrupt the clarity of a mix. Instead of spending hours editing manually (volume automation, cuts, fades), DeBreathe helps you consistently reduce breaths throughout a take while preserving the natural dynamics and intelligibility of the voice.

It is suited both for music mixing contexts (pop, rap, rock, electronic) and for post-production needs (voice-over, audiobook, documentary) where close mic placement strongly highlights inhalations. The result: a more "radio-ready" voice, better grounded in the mix, with fewer distractions between phrases.

Main Features

Tonal and Noisy Separation for Finer Processing

The core of the plugin relies on real-time analysis that distinguishes tonal components (the musical material of the voice) from noise components (breaths, inhalations, air noises). This approach allows targeting what is disruptive without giving the impression that the voice has been "muffled" or over-processed.

Separate Processing of Breath Sounds

Breaths can be managed independently from the main vocal content. You can thus attenuate overly present inhalations, smooth transitions between phrases, or conversely preserve light breathing to maintain emotion and realism, especially on intimate takes.

EQ Dedicated to Noisy Parts

An equalizer allows specific adjustment of the noisy parts. This is particularly useful to tame a too sibilant breath, reduce harshness in the high frequencies, or control an accumulation of air in the low-midrange, without affecting the vocal timbre on sung or spoken syllables.

Real-Time Visualization and Faster Decisions

The real-time display of the processing provides real work comfort: you immediately see the plugin's action, which speeds up adjustment and limits back-and-forth in A/B listening. In a tight production flow (dialogue editing, podcast episode, client delivery), this time saving quickly becomes crucial.

Technical specifications