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#synthesizer — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #synthesizer, aggregated by home.social.

  1. A quick recap of what I'm currently working on: I'm building a subtractive monosynth on an STM32F446 microcontroller, with all code hand-written in assembly.

    The goal is to build a synth expander that is inexpensive, independent from the computer and has enough physical controls to be suitable for live performance.

    Part of the motivation for this project is that I didn't want to remain dependent on huge janky software stacks for doing music, especially now that things are quickly ensloppifying. Nor did I want to spend hundreds of euros on a hardware synth (and not learn a single thing about how they actually work in the process).

    I've been working on this since May (with large study-related breaks in between) and it can now output a nice sawtooth signal over line out and react to MIDI Note On messages. Next up will be implementing envelope / NoteOff.

    I live-toot at #LuBuildsAMonosynth and you can check out the current state at: git.sr.ht/~lhinderberger/monos

    #synth #synthesizer #synthesizers #electronics #electronics

  2. A quick recap of what I'm currently working on: I'm building a subtractive monosynth on an STM32F446 microcontroller, with all code hand-written in assembly.

    The goal is to build a synth expander that is inexpensive, independent from the computer and has enough physical controls to be suitable for live performance.

    Part of the motivation for this project is that I didn't want to remain dependent on huge janky software stacks for doing music, especially now that things are quickly ensloppifying. Nor did I want to spend hundreds of euros on a hardware synth (and not learn a single thing about how they actually work in the process).

    I've been working on this since May (with large study-related breaks in between) and it can now output a nice sawtooth signal over line out and react to MIDI Note On messages. Next up will be implementing envelope / NoteOff.

    I live-toot at #LuBuildsAMonosynth and you can check out the current state at: git.sr.ht/~lhinderberger/monos

    #synth #synthesizer #synthesizers #electronics #electronics

  3. A quick recap of what I'm currently working on: I'm building a subtractive monosynth on an STM32F446 microcontroller, with all code hand-written in assembly.

    The goal is to build a synth expander that is inexpensive, independent from the computer and has enough physical controls to be suitable for live performance.

    Part of the motivation for this project is that I didn't want to remain dependent on huge janky software stacks for doing music, especially now that things are quickly ensloppifying. Nor did I want to spend hundreds of euros on a hardware synth (and not learn a single thing about how they actually work in the process).

    I've been working on this since May (with large study-related breaks in between) and it can now output a nice sawtooth signal over line out and react to MIDI Note On messages. Next up will be implementing envelope / NoteOff.

    I live-toot at #LuBuildsAMonosynth and you can check out the current state at: git.sr.ht/~lhinderberger/monos

    #synth #synthesizer #synthesizers #electronics #electronics

  4. A quick recap of what I'm currently working on: I'm building a subtractive monosynth on an STM32F446 microcontroller, with all code hand-written in assembly.

    The goal is to build a synth expander that is inexpensive, independent from the computer and has enough physical controls to be suitable for live performance.

    Part of the motivation for this project is that I didn't want to remain dependent on huge janky software stacks for doing music, especially now that things are quickly ensloppifying. Nor did I want to spend hundreds of euros on a hardware synth (and not learn a single thing about how they actually work in the process).

    I've been working on this since May (with large study-related breaks in between) and it can now output a nice sawtooth signal over line out and react to MIDI Note On messages. Next up will be implementing envelope / NoteOff.

    I live-toot at #LuBuildsAMonosynth and you can check out the current state at: git.sr.ht/~lhinderberger/monos

    #synth #synthesizer #synthesizers #electronics #electronics

  5. A quick recap of what I'm currently working on: I'm building a subtractive monosynth on an STM32F446 microcontroller, with all code hand-written in assembly.

    The goal is to build a synth expander that is inexpensive, independent from the computer and has enough physical controls to be suitable for live performance.

    Part of the motivation for this project is that I didn't want to remain dependent on huge janky software stacks for doing music, especially now that things are quickly ensloppifying. Nor did I want to spend hundreds of euros on a hardware synth (and not learn a single thing about how they actually work in the process).

    I've been working on this since May (with large study-related breaks in between) and it can now output a nice sawtooth signal over line out and react to MIDI Note On messages. Next up will be implementing envelope / NoteOff.

    I live-toot at #LuBuildsAMonosynth and you can check out the current state at: git.sr.ht/~lhinderberger/monos

    #synth #synthesizer #synthesizers #electronics #electronics

  6. In continued experiments with #VCVRack2, I've been learning a lot about Frequency Modulation and how to use various fundamental modules. I've also accidentally created a creepy, distorted generative drone and some harsh, growly instruments / voices that I've collectively dubbed The Slow Hate Machine. I've also got 4 different USB MIDI controllers hooked up, and could theoretically "perform" the beast. Perhaps on stream soon. #Synthesizer #Music

  7. In continued experiments with #VCVRack2, I've been learning a lot about Frequency Modulation and how to use various fundamental modules. I've also accidentally created a creepy, distorted generative drone and some harsh, growly instruments / voices that I've collectively dubbed The Slow Hate Machine. I've also got 4 different USB MIDI controllers hooked up, and could theoretically "perform" the beast. Perhaps on stream soon. #Synthesizer #Music

  8. In continued experiments with #VCVRack2, I've been learning a lot about Frequency Modulation and how to use various fundamental modules. I've also accidentally created a creepy, distorted generative drone and some harsh, growly instruments / voices that I've collectively dubbed The Slow Hate Machine. I've also got 4 different USB MIDI controllers hooked up, and could theoretically "perform" the beast. Perhaps on stream soon. #Synthesizer #Music

  9. In continued experiments with #VCVRack2, I've been learning a lot about Frequency Modulation and how to use various fundamental modules. I've also accidentally created a creepy, distorted generative drone and some harsh, growly instruments / voices that I've collectively dubbed The Slow Hate Machine. I've also got 4 different USB MIDI controllers hooked up, and could theoretically "perform" the beast. Perhaps on stream soon. #Synthesizer #Music

  10. In continued experiments with #VCVRack2, I've been learning a lot about Frequency Modulation and how to use various fundamental modules. I've also accidentally created a creepy, distorted generative drone and some harsh, growly instruments / voices that I've collectively dubbed The Slow Hate Machine. I've also got 4 different USB MIDI controllers hooked up, and could theoretically "perform" the beast. Perhaps on stream soon. #Synthesizer #Music

  11. 伊·斯波索賓等合著《和聲學教程》第五章「和弦的轉換(同和弦的轉換)」習題1.(8) ,永值生作答。
    Exercise 1.(8) on Chapter 5 “Chord Movements / Перемещение Аккорд (Transposition of same chord)” of “Harmony Textbook (Учебник Гармонии)” by I. Sposobin et al. Answered by YongZ.S.

    歡迎諸位批評指正!
    Welcome your criticisms and corrections!

    #music #harmony #harmonic #chord #piano #MattHelm #helm #synth #synthesize #synthesizer #SynthesizerMusic #softwaresynthesizer #musictheory #theory #exercises #homework #score #musicscore #sheets #sheetmusic #musescore #cakewalk #cakewalkbybandlab #daw #digitalaudioworkstation #音樂 #和聲 #和聲學 #和弦 #鋼琴 #樂理 #理論 #練習 #練習題 #作業 #樂譜 #五線譜

  12. 伊·斯波索賓等合著《和聲學教程》第五章「和弦的轉換(同和弦的轉換)」習題1.(8) ,永值生作答。
    Exercise 1.(8) on Chapter 5 “Chord Movements / Перемещение Аккорд (Transposition of same chord)” of “Harmony Textbook (Учебник Гармонии)” by I. Sposobin et al. Answered by YongZ.S.

    歡迎諸位批評指正!
    Welcome your criticisms and corrections!

    #music #harmony #harmonic #chord #piano #MattHelm #helm #synth #synthesize #synthesizer #SynthesizerMusic #softwaresynthesizer #musictheory #theory #exercises #homework #score #musicscore #sheets #sheetmusic #musescore #cakewalk #cakewalkbybandlab #daw #digitalaudioworkstation #音樂 #和聲 #和聲學 #和弦 #鋼琴 #樂理 #理論 #練習 #練習題 #作業 #樂譜 #五線譜

  13. 伊·斯波索賓等合著《和聲學教程》第五章「和弦的轉換(同和弦的轉換)」習題1.(8) ,永值生作答。
    Exercise 1.(8) on Chapter 5 “Chord Movements / Перемещение Аккорд (Transposition of same chord)” of “Harmony Textbook (Учебник Гармонии)” by I. Sposobin et al. Answered by YongZ.S.

    歡迎諸位批評指正!
    Welcome your criticisms and corrections!

    #music #harmony #harmonic #chord #piano #MattHelm #helm #synth #synthesize #synthesizer #SynthesizerMusic #softwaresynthesizer #musictheory #theory #exercises #homework #score #musicscore #sheets #sheetmusic #musescore #cakewalk #cakewalkbybandlab #daw #digitalaudioworkstation #音樂 #和聲 #和聲學 #和弦 #鋼琴 #樂理 #理論 #練習 #練習題 #作業 #樂譜 #五線譜