| Model |
Multitimbral |
Polyphony |
Unison |
Architecture |
 |
4 timbres/patch (split/layer) |
8-128 |
no |
"FM synthesis" engine (8 bit) uses additive synthesis (including sample resynthesis) with 2 operator FM, using "Timbre frames" to morph timbre over time. Four partials could be considered "8 operator FM" (12 operator if the "chorus" oscillators are counted), except FM is fixed to single carrier/modulator pairs. While samples can replace synthesized partials, FM modulation is not available to sample based partials. |
 |
4 timbres/patch (split/layer) |
8-128 |
no |
"FM synthesis" engine (8 bit) uses additive synthesis (including sample resynthesis) with 2 operator FM, using "Timbre frames" to morph timbre over time. Four partials could be considered "8 operator FM" (12 operator if the "chorus" oscillators are counted), except FM is fixed to single carrier/modulator pairs. While samples can replace synthesized partials, FM modulation is not available to sample based partials. |
 |
4 timbres/patch (split/layer) |
32-96 |
no |
"FM synthesis" engine (8 bit) uses additive synthesis (including sample resynthesis) with 2 operator FM, using "Timbre frames" to morph timbre over time. Four partials could be considered "8 operator FM" (12 operator if the "chorus" oscillators are counted), except FM is fixed to single carrier/modulator pairs. While samples can replace synthesized partials, FM modulation is not available to sample based partials. |
