Leapwing Audio’s DynOne 3 Plug-In Reimagines Multi-Band Compression
Anton Schefter — September 22, 2020 — Tech
References: leapwingaudio
Leapwing Audio's DynOne 3 is a re-engineered multi-band dynamics processor with a streamlined user workflow and better digital preservation, using a set of proprietary algorithms and features that both professionals and hobbyists alike will appreciate.
Tailored for high quality mix and mastering applications, this multi-band processor compactly groups its operations into a minimalist retina re-sizable plug-in window. Built with a contemporary navy backdrop that complements each bands metering, Leapwing intuitively designed the plug-in to make every adjustment without ever leaving the main screen.
Partnered with a min/max parameter ranges for adaptive sound response, the plug-includes an intelligent attack and release that changes over time based around the sound's characteristics. Leapwing stands apart from other plug-ins by incorporating a custom finite impulse response (FIR) crossover filter into its five adjustable frequency bands, which avoid any phase alignment issues when processed. The crossover filter quality types can also be changed to accommodate different computer processing limitations, and boasts a number of other smart variable settings for broader control.
DynOne 3 is available for €199 as a digital download through Leapwing Audio’s website.
Image Credit: Leapwing Audio
Tailored for high quality mix and mastering applications, this multi-band processor compactly groups its operations into a minimalist retina re-sizable plug-in window. Built with a contemporary navy backdrop that complements each bands metering, Leapwing intuitively designed the plug-in to make every adjustment without ever leaving the main screen.
Partnered with a min/max parameter ranges for adaptive sound response, the plug-includes an intelligent attack and release that changes over time based around the sound's characteristics. Leapwing stands apart from other plug-ins by incorporating a custom finite impulse response (FIR) crossover filter into its five adjustable frequency bands, which avoid any phase alignment issues when processed. The crossover filter quality types can also be changed to accommodate different computer processing limitations, and boasts a number of other smart variable settings for broader control.
DynOne 3 is available for €199 as a digital download through Leapwing Audio’s website.
Image Credit: Leapwing Audio
Trend Themes
1. Multi-band Compression Revolution - The development of re-engineered multi-band dynamics processors with streamlined user workflows and superior digital preservation, using proprietary algorithms and other features, presents an opportunity for companies in the audio technology industry to innovate in compressive audio processing.
2. Adaptive Sound Response - The use of min/max parameter ranges for adaptive sound response, in addition to intelligent attack and release that changes over time based around the sound's characteristics, presents an opportunity for companies in the audio technology industry to innovate in audio signal processing.
3. Finite Impulse Response Filters in Crossover Applications - The incorporation of a custom finite impulse response (FIR) crossover filter into adjustable frequency bands and the ability to change filter quality types, presents an opportunity for companies in the audio technology industry to innovate in audio processing and filtering applications, especially in bridging the gap between analog and digital signal processing.
Industry Implications
1. Audio Technology - Companies in the audio technology industry can leverage advancements in processing and filtering applications to create new competitive multi-band dynamics processors with enhanced crossover filters, adaptive sound response, and streamlined user workflows.
2. Music Production - Companies in the music production industry can take advantage of multi-band dynamics processors with superior digital preservation and adaptive sound response to create music with higher fidelity, flexibility and dynamic range.
3. Audio Engineering - Incorporating adaptive sound processing and dual FIR crossover filters into multi-band dynamics processors, audio engineers can achieve better alignment, separation, and phase coherence in systems, such as speakers, amplifiers, and headphones.
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