I might have missed something and apologies if it is the case but how did you achieve the spectral technique on both vocoder and drum without patching the envelop followers?
Good question! If you refer to the last patch, it is possible because FUMANA’s bands are grouped into odd and even: if you patch two separate modulation sounds, you can "split" the machine in two. If you patch only one sound, it will be routed to both groups at the same time, working as a 16-band vocoder. Feel free to check this other video for a detailed explanation! czcams.com/video/eEl1cU2t8Y4/video.html
Not sure which is more amazing, the quality of this video or your beard
I think it is the beard. It is more complex than my Brenso.
Haha
Love my Moog & Synth-Werk inductor-based FFB.
Excellent devices!
Thanks so much for these continued tutorial/info videos!
Glad you like them, there's more to come!
Amazing stuff!
Thank you so much!
Excellent video and excellent beard my friend.. very well explained
Thank you so much for both statements! 🔥
very cool🙃💙thanks for sharing
Glad you enjoyed it!
legendary sweater
We put a lot of effort into that
❤
❤️
Seriously fun possibilities there
True, and the only way to find them out is to keep patching!
I might have missed something and apologies if it is the case but how did you achieve the spectral technique on both vocoder and drum without patching the envelop followers?
Good question! If you refer to the last patch, it is possible because FUMANA’s bands are grouped into odd and even: if you patch two separate modulation sounds, you can "split" the machine in two. If you patch only one sound, it will be routed to both groups at the same time, working as a 16-band vocoder. Feel free to check this other video for a detailed explanation! czcams.com/video/eEl1cU2t8Y4/video.html
just a quick band per band would of been usefull..