Uploaded December 2025 | Updated September 2026, 1 week ago
Make your filter follow 12 steps per octave.
👉 Full tutorial: youtube.com/watch?v=hjwuIE5rKT8&list=PLbmzZda6sya5sqLB2lMRckHv2kwOJjIUq
To make your filter-generated sine wave truly musical, it must track pitch accurately across the keyboard. This Short shows how to match the filter to the oscillator at the highest key, ensuring the correct control-voltage increments and proper twelve-steps-per-octave response. With a quick ear check—or a tuner—you’ll get perfect tracking.
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What to watch next:
➡️ Analog Synth Hack: Create a Pure Sine Wave: youtube.com/watch?v=hjwuIE5rKT8&list=PLbmzZda6sya5sqLB2lMRckHv2kwOJjIUq
➡️ After 35 Years: My Synclavier Comes Back to Life: youtube.com/watch?v=guiNe1nynzk&list=PLbmzZda6sya5R4IBXzSgAHbVm_K1mvZPR&index=3
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Follow root-studio:
solo.to/rootstudio
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#analogsynth #moog #sinewave #synthtutorial #sounddesign #electronicmusic #synthesizer #synthesis #filter
Make your filter follow 12 steps per octave.
👉 Full tutorial: youtube.com/watch?v=hjwuIE5rKT8&list=PLbmzZda6sya5sqLB2lMRckHv2kwOJjIUq
To make your filter-generated sine wave truly musical, it must track pitch accurately across the keyboard. This Short shows how to match the filter to the oscillator at the highest key, ensuring the correct control-voltage increments and proper twelve-steps-per-octave response. With a quick ear check—or a tuner—you’ll get perfect tracking.
--------------------
What to watch next:
➡️ Analog Synth Hack: Create a Pure Sine Wave: youtube.com/watch?v=hjwuIE5rKT8&list=PLbmzZda6sya5sqLB2lMRckHv2kwOJjIUq
➡️ After 35 Years: My Synclavier Comes Back to Life: youtube.com/watch?v=guiNe1nynzk&list=PLbmzZda6sya5R4IBXzSgAHbVm_K1mvZPR&index=3
--------------------
Follow root-studio:
solo.to/rootstudio
--------------------
#analogsynth #moog #sinewave #synthtutorial #sounddesign #electronicmusic #synthesizer #synthesis #filter
