Sonible pure:EQ AI-Powered EQ Plug-In

Sonible pure:EQ Overview

Get better mixes quickly and effortlessly with pure:EQ from Sonible, a software plug-in based on advanced AI neural networks that automatically identify and correct problematic frequencies and spectral imbalances. To use, simply select a profile from the library that most closely matches your source material, or start the learning process from the Universal profile, then just play the selected section. The advanced algorithm automatically applies the computed filter curve and unlocks the plug-in parameters. While the intelligent processing of pure:EQ instantly balances a track, the plug-in allows you to instantly fine-tune the results to match your sonic vision.

Intelligent Profiles Instead of Static Presets

pure:EQ s neural networks are able to generate a filter curve that balances your track, making sure that the energy distribution of your audio material results in a smooth sound. With its unique learning feature and broad range of profiles, getting the best out of your track is just a matter of selecting and clicking. pure:EQ is a straightforward solution designed for creators who appreciate pro-level sound and a simplified control set.

Spectral Balance for Better Sound

In only a few seconds, pure:EQ analyzes your audio signal, finds any weak spots and then enhances your audio s tone by deriving an EQ curve that corrects any spectral deficiencies from harsh frequencies in need of taming, to dull parts requiring serious boosting, pure:EQ knows what s necessary for a well-balanced sound and does the job quickly and precisely.

Efficiency without Complex Tweaking

Even highly heterogeneous audio material is no big deal for pure:EQ. With its dynamic adaption feature, the intelligent filter updates over time, keeping up with any signal that changes throughout your track. pure:EQ also sports three Style options: warm, neutral and bright enabling you to achieve that desired tone with one simple click. You can also use the overall Range selectors to determine the lowest and highest frequency limits for processing, leaving any sub bass and airy high frequencies untouched.