Davide Bucci
GubbiAnn (n. p.)🏳️🌈♾️🐾🏳️⚧️
Adam Kaliszewski 
🌱
I wrote a (lengthy) article for my blog about the #GEM #S2 #Turbokit. I still have to proofread it, so it is still a little rough around the edges, but if you want to give a peek here it is: http://davbucci.chez-alice.fr/index.php?argument=elettronica/gem_s2/gem_s2.inc #music #homepage #blog #generalmusic #electronics #DIYelectronics #diy #diysynth
Kris will be making music with a super 8 machine. He may set fire to it, i have seen it before.
Agente Costura's business are sewing machines, talking hats and a mostly fluffy multiverse of DIY instruments.
Laura will bring her electronics, guitar pedals, maybe a salvaged guitar, and definitely her curiosity.
We will have a dedicated accessibility support person, including haptic guides on the floor
https://ausland.berlin/event/lauraall-agente-costura-kris-limbach-frictive-frequencies
Randagodron#diysynth #modularsynth #eurorack
Vous reprendrez bien un peu de bleep-bloop ?
Là j'ai monté un VCO "2osc" / "FM", sur base arduino nano, qui utilise la lib Mozzi. Impressionnant ce que ça arrive à sortir de ces petits MCUs 8 bits qui datent d'il y a bien 20 ou 30 ans.
Aussi ça utilise le "NASA trick" pour faire un DAC 16 bits à partir de deux PWMs 8 bits. Ça marche vraiment bien !
Vous reprendrez bien un peu de bleep-bloop ?
Là j'ai monté un VCO "2osc" / "FM", sur base arduino nano, qui utilise la lib Mozzi. Impressionnant ce que ça arrive à sortir de ces petits MCUs 8 bits qui datent d'il y a bien 20 ou 30 ans.
Aussi ça utilise le "NASA trick" pour faire un DAC 16 bits à partir de deux PWMs 8 bits. Ça marche vraiment bien !
Wolfgang EggerThe Watasoge synth module now responds to manual gate signals.
I had Claude Code add an input module using edge-triggered interrupts — rising edge starts the tone, falling edge stops it for melodic sounds, while percussive sounds just fire and decay on their own. Worked on the first try.
https://framlin.com/watasoge/05_gatekeeper.html
Next step for the Watasoge synth module: playing wavetables on the STM32G431KB.
I described the desired firmware architecture to Claude Code — separate modules for synthesis, output, and player control. After a few rounds of feedback, 220 C major scales came out of the speakers, one octave per waveform.
Development felt as simple as writing a text.
https://framlin.com/watasoge/03_play_wavetables.html
Vibe coding meets embedded: I let Claude Code handle the entire firmware for an STM32G431KB — no IDE, no STM32CubeMX, not a single line of code written by hand. 20 minutes later, a 440 Hz sine tone came out of the speakers via a PCM5102 DAC.
Normally STM32 firmware is fiddly configuration work. This time the AI took care of everything — from chip setup and wiring to working audio output.
https://framlin.com/watasoge/02_hello_sound_world.html
Built 220 wavetables for my Eurorack synth project using Claude Code, modeled after Mutable Instruments Plaits — both additive synthesis and
extracted from WAV samples. First round was all clicks and pops, but after another iteration of analysis and fixes, the result is a clean set of
melodic and percussive waveforms ready for the firmware.
Today I begin with watasoge, a wavetable sound generator.
I want to learn how to build a digital Eurorack synthesizer module.
I will us a NUCLEO-G431KB board.
It will be a wavetable synthesizer, because I think that's the simplest way to generate audio signals. That makes it seem like the most suitable approach for gaining initial experience.
The development will rely on an approach that has become known as "vibe coding".
House of EgregiousYoo any non-dudes build #synths and #sequencers from scratch? It's always Bread Week in this house 🍞 🔌 This is an 8-step sequencer, the row of potentiometers across the bottom #modulate the pitch.
