The MOK Waverazor Synthesizer Plug-In is a futuristic software synth instrument that gives you the power to splice waveforms into aggressive new sounds. The oscillator design utilizes a new form of synthesis to produce biting leads, glitched-out basses, cinematic pads and everything in between.

IN 2.0.3
The MOK Waverazor now features 50 patches from sound designer extraordinaire, Richard Devine. Known for his innovative ambisonic audio work on Google’s DayDream VR platform, and for giving a voice to Jaguar’s electric I-PACE car, Richard’s signature sound bank takes Waverazor in bold new directions.

Editor Mode
The Waverazor 2.0 Editor version is here, featuring an innovative contextual editing system that easily manages the power of thousands of parameters by only displaying what you need, when you need it. Focus on any synthesis module for editing and everything that is linked to it will be shown automatically. This allows you to quickly navigate through the entire synth and craft the connections that bring Waverazor’s unique sounds to life.

The MOK Waverazor’s oscillator technology slices familiar waveforms and recombines them to create tormented futuristic sounds. Start with a radical multi-shape waveform, then mangle the sound beyond recognition by tweaking an array of parameters including tuning, level, phase and DC offset per segment.

Ring Mod 
Each waveform segment can have different harmonic content, with individual harmonics subject to amplitude modulation at a rate and level determined by the contents of each fraction. Instead of simply modulating the entire waveform on and off like traditional ring mod, the oscillator modulates harmonics to different levels in a sequenced pattern.

Multi-Sync
Since each wave cycle is divided into fractional splices, and phase reset is controlled per segment, multiple simultaneous hard sync points can be set up per cycle and even beyond a single cycle. With Multi-Sync engaged, modulating individual wave fractions to different frequencies creates a complex new harmonically rich version of a classic synthesis technique.