Orders placed after 4PM on weekdays will not ship until the next business day. Orders placed after 11AM Fridays will not ship until the following Monday.
Faster shipping methods may be available; just upgrade during checkout.
*Some exclusions apply.
Enjoy Extended Returns thru Feb 1, 2017!
You have until Feb 1, 2017 to return or exchange items purchased between Nov 1, 2016 and Jan 1, 2017. All other standard return policy conditions apply.
Enter new zip code to refresh estimated delivery time.
easyreNOVAtor from Algorithmix is an application that functions as a plug-in within supported hosts, and provides the ability to eliminate unwanted audio events from recorded material while perfectly preserving the sound quality of the original material. While sharing reNOVAtor's underlying technology, easyreNOVAtor has beeen optimized for time-effective workflow by replacing manual control with carefully selected preset-like controls.
The software loads and analyzes the chosen part of the audio material and displays the result as a 3D spectrogram, with time on the horizontal axis, frequency on the vertical axis, and the amplitude of the spectral components, color-coded. After localization and removal of the unwanted audio, the removed sound is replaced by a signal re-synthesized from the surrounding material.
The perfect solution for the mastering and audio post professional, the software easily removes unwanted noises like sneezing, chair squeaks, coughs, car horns, coins and keys falling down, rumbles and the ringing of a cell phone, etc. Additionally, correction of instrumental tracks is possible by removing scratches (guitar, violin), wrong notes, rustle of sheet music, breathing, lip-smacks of a vocalist, or pedals squeaks of a piano or organ. Restoration of old recordings is possible by removing scratches and dropouts.
Flawless operation, suitable for high-resolution DSD post-production with support of up to 384kHz sampling frequency
Excellent sonic results compared to any other cleaning method, due to selective treatment of spectral representation of the signal and not its waveform
Enormous time saving in repairing critical live recordings with audio fixes that were previously basically impossible
Easy-to-learn identification and localization of unwanted audio events
Well prepared preset-like controls for very time-effective workflow
Efficient removal of unwanted disturbances and their replacement by signals re-synthesized from the surrounding audio material
All processing functions performed in the linear-phase domain to prevent unwanted sound coloration
No audible changes in main signal and ambience after removal of discrete audio disturbances
Two different kinds of spectrum re-synthesis
Extended resolution for low frequencies
Audition of any marked area before and after processing
Re-sizable and zoom-able spectrogram window for sound repairing with surgical precision
Multiple undo functions
AlgoEdit, an easy-to-use audio editor included
Difference function when using AlgoEdit allows the user to hear removed audio
All internal calculations made using double floating-point accuracy (80-bits)
Minimum:(Standard 600x400 window and a 20 second sample) Pentium II 500MHz Windows 9x/Me/NT4/2000/XP Home or Professional 64MB RAM Pyramix 4.1 or above, WaveLab 5.01b or above, ProTools HD, Mix, LE 6.0 running on Windows 2000/XP, Soundscape 16/32 or R.Ed 1024x768 screen resolution USB port for WIBU hardware dongle
Recommended:(For larger resolutions and longer selections) Pentium IV or AMD Athlon XP 1.5GHz or better Windows 2000/XP Home or Professional 512MB RAM Pyramix 4.1 or above, WaveLab 5.01b or above, ProTools HD, Mix, LE 6.0 running on Windows 2000/XP, Soundscape 16/32 or R.Ed 1280x1024 pixels resolution with true color (32bit is usually fastest) USB port for WIBU hardware dongle