Algorithmix reNOVAtor v2.1 x64 WiN [UNCRACKED]

X64 WiN | Feb 2023 | 1.7 MB
Absolutely unbelievable!
reNOVAtor helps when all other audio tools and editing tricks fail.
It can eliminate disturbing audio events while perfectly preserving the sound quality of your original material, because every spectral modification is executed in linear-phase domain.

Today, we at Algorithmix are proud to unveil the reNOVAtor, our unique solution. In hopeless situations, reNOVAtor successfully rescues problematic live recordings from extraneous sounds and unwanted audio disturbances. You will be amazed by the high sound quality of the repaired section and how quickly it works.

This is a extremely time-saving tool for mastering or post-production engineers struggling with disturbing noises in live recorded music, interviews or film sound.
If squeaky chairs, coughs, performance noises, falling keys or ringing cell phones make your recording unacceptable, take reNOVAtor!

How it works.

reNOVAtor is a tool for repairing audio material distorted by unwanted audio events without affecting the audio signal we want to keep, even when disturbances overlap with the signal of interest. reNOVAtor uses several unique denoising techniques.
The selected part of an audio signal including disturbing sounds is first converted to its spectral representation and mapped to a color-coded spectrogram. Then the algorithm determines the amplitudes of each spectral beam at the edges of marked area and calculates parameters for a denoisig process working on each single beam within the selection. The user can control the overall behavior of the noise remover using global parameters determining denoising thresholds for the disturbances in each spectral beam of the processed area. It works like an adaptive linear-phase multiband compressor (up to 16384 bands) or an inverse noise gate, following psychoacoustic model of masking. The noise removal may even be restricted to certain gain ranges within the selected area, which is very useful if only certain components of the signal need to be treated (e.g. a specific harmonic). Functions for automatic detection of clicks and spikes, as well as identification of tones and harmonics are also provided.