Additive Synthesis has been considered one of the most
desirable ways to emulate real instruments or to create new
sounds. However, Additive Synthesis has proved both
technically and conceptually difficult to implement,
requiring expensive computational algorithms and hardware.
Morphine changes everything!

Morphine introduces a minor revolution to the world of
Additive Synthesis. With low CPU usage algorithms that
retain a warm sound without sacrificing articulation
accuracy, and a flexible architecture, Morphine moves
instantly to the top of its class.

Features :

High quality sound engine optimized for low CPU usage and
fast amplitude and frequency modulation response.

4 independent öGeneratorsô per voice

Keyboard layering with 128 unique Keyboard Zones.

Unlimited number of harmonic ösnapshotsô (breakpoints) per
spectrum.

Amplitude, Detune, Panning control for all harmonics.

Filtering and Velocity response for each Generator source.

Highly CPU optimized, accurate Resynthesis allowing
emulation of audio samples with high precision.

Manual override options for the resynthesis process to
achieve most accurate emulations.

Ability to import waveshapes from audio file.

Variable-time control for spectra, mix/morph envelopes
(can also be linked to key number, velocity or any other
controller).

4 PWM Filters (spectral emulation of comb filtering,
unison or pulse-width)

Additional generator that allows any Noise Sample audio
file to be mixed with the synthesized sound, complete with
filtering.

Morphing path, morphs harmonics in real-time, controlled
internally or from external modulation source/s.

Morphing Square, mixes the 4 Generator sources with a
single convenient interface.

4 multipoint (EG) envelopes can be routed to many internal
Morphine controls

1 to 32 note polyphony, user selectable.

ADSR master envelope

Velocity response is adjustable.

Up to 5 built-in simultaneous effects: Chorus, Delay,
Reverb, Equalizer, Distortion.

Attractive, user friendly interface, developed through
1000Æs of man-hours testing and development.