5U Dynamically generated wavetable oscillator using orthogonal functions
Cursus Iteritas Magnus is an oscillator that works from a dynamically generated wavetable. It gives the user spectral-like controls over three different modes based on different conceptualizations of frequency: Fourier, which uses sine waves; Daubechies, using wavelets; and Walsh mode, using the Walsh transform. Cursus Iteritas Magnus parametrizes a wide variety of sounds, but because the sounds are all based off of orthogonal functions, it has a musical tone structure and can produce an extremely wide variety of harmonic sounds
Cursus Iteritas Magnus is the 5U version of Cursus Iteritas.
Size and power:
2u wide MU format
Uses synthesizers.com power connector
Condition: New
Info from Noise Engineering
Cursus Iteritas Magnus is an oscillator that works from a dynamically generated wavetable. It gives the user spectral-like controls over three different modes based on different conceptualizations of frequency: Fourier, which uses sine waves; Daubechies, using wavelets; and Walsh mode, using the Walsh transform. Cursus Iteritas Magnus parametrizes a wide variety of sounds, but because the sounds are all based off of orthogonal functions, it has a musical tone structure and can produce an extremely wide variety of harmonic sounds
Cursus Iteritas Magnus is the 5U version of Cursus Iteritas.
Size and power:
2u wide MU format
Uses synthesizers.com power connector
Condition: New
Info from Noise Engineering