Morgana is an authentic representation of a vintage digital sampler, designed to be musical rather than accurate while simultaneously free from the clumsy interface or sub-megabyte RAM limitations plagued by old hardware. Morgana doesn’t try to boast the most impressive spec sheet, or the most transparent sound. By returning to a simpler architecture, Morgana actually transcends the limitations of typical software samplers, creating an experience that sounds and feels like an actual instrument–one that is inspiring and with a sound all its own. Morgana is also capable of sampling, either through its own inputs or through a technology entitled “SampLink” which effectively allows Morgana to sample from any track in a multitrack environment in a simple and no-hassle way.
+ Faithful representation of sampling technology circa 1984.
+ High quality 4 pole lowpass filter per voice (analog modeled OTA design).
+ Non-destructive input modeling, including samplerate adjustment and mic preamp.
+ Each copy of Morgana sounds slightly different–just like the hardware.
+ Proprietary SampLink technology allows live sample recording across different applications.
+ Specifically tailored for use in live situations.
+ Support for multiple output modes, including mono, stereo, pseudo-stereo, and pseudo-surround with up to 8 outputs.
+ Dynamic multi-sample keymapping.
+ Vintage microprocessor emulation including modulator quantizing and digital crosstalk.
+ 16 voice digital sampler.
+ Two part Multi-timbral.
+ 8-bit sampling rate.
+ Variable sample rate from 10.1KHz to 29.41KHz.
+ Two APDSR envelopes for filter and amplitude.
+ Two sample oscillators per voice.
+ 4-pole analog modeled filter per voice with cutoff and resonance controls.
+ Keytracking generator for filter cutoff.
+ Relative level, cutoff, transpose, and detune per sample.
+ Non destructive input modeling with anti-alias filter, mic preamp, and gain control.
+ LFO with MIDI clock sync.
+ Flexible MIDI learn system.
+ SampLink technology for full-featured realtime sampling capabilities.