PSPaudioware PSP N2O

Semi-modular multi-effect plug-in

PSP N2O is a semi-modular multi-effect plug-in that provides unmatched flexibility and allows for complete freedom in sound creation. Its high-quality sound processing modules can be arranged in any configuration, offering limitless possibilities for musical exploration.

While built upon the same basic concept as PSP Nitro, PSP N₂O, with its new modules and extended modulation features, explores completely new sonic areas. The plug-in engine has been rewritten and redesigned from scratch in order to improve the sound and take full advantage of the optimizations offered by modern CPUs. The enhanced user interface improves the experience of both sound designers creating their own soundscapes as well as everyday users who aren’t as fond of looking under the hood.

Check out the list below to find out about exciting PSP N₂O features—or better yet, take a deep breath and give it a try! And remember, don’t tell your neighbors about your experience! While legal in the US, many states have laws regulating the possession, sale and distribution of N₂O. Some reports say it is highly addictive…

PSP N₂O Features

• up to four sound processing operators at a time; among the available types are: morphing resonant and formant filters, eq, delay, reverb, pitch-shifter, compressor/expander, bitcrusher, distortion, full-wave rectifier and many more
• up to four modulators at a time; the list includes: LFO, envelope detector, ADSR step sequencer
• eight assignable knobs with quick MIDI learn option for convenient access to the most essential preset parameters
• built-in limiter that uses algorithms from our extremely well regarded PSP Xenon hi-definition mastering limiter
• three displays, simplified modulation setup, keyboard and mouse wheel support for easy preset creation and tweaking
• animated response plots
• sidechain (key) input
• extensive SSE optimization
• 192 factory presets
• expandable architecture – new operators and modulator types to be added in future versions while preserving backward compatibility