AudioThing's Frostbite 2 is a new spectral freezing plug-in that uses freezing, ring modulation, and feedback delay to transform any audio signal into fresh reimagined soundscapes. AudioThing has made an intuitive and minimally designed user interface that splits the effect into sections, including: effects panel for the three effect modules, LFO module, and Master module.
The main effects panel is modular, allowing users to change the signal path using drag-and-drop to rearrange the Freeze, Ring Mod, and Feedback effect modules. Three different Freeze modes are included, each with differing lengths and techniques to mangle the input signal to achieve Frostbite's "timeless" effect. Spectral mode uses FFT that replays and randomizes incoming audio samples, Reverb mode employs a classic reverb algorithm with an infinite decay, and Convolution mode multiplies the input signal using a randomly generated noise impulse for a maximum decay length of 60 seconds.
Frostbite 2's internal LFO and Serial/Parallel signal flow modes also allow users even greater flexibility modulating the plug-in's parameters and internal routing for developing elaborate soundscapes.
Image Credit: AudioThing Ltd.
Key Themes Behind This Trend
- Spectral Freezing Plug-ins
- The trend of creating new audio effects using spectral freezing and innovative signal manipulation techniques.
- Modular Audio Effects
- The trend of creating highly customizable and flexible audio effects through modular signal processing.
- Intuitive User Interfaces
- The trend of developing user-friendly interfaces for complex audio effects processing software.
Where This Applies
- Audio Software
- Opportunities for audio software companies to create new spectral freezing plug-ins and signal processing effects.
- Music Production
- Opportunities for music producers to experiment with new soundscapes using the spectral freezing technique and customizable modular signal processing plug-ins.
- Sound Design
- Opportunities for sound designers to create unique and innovative audio effects using the spectral freezing technique and modular signal processing plug-ins.
