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32 results for “mikrocontroller”
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Neuer Desktop für Raspberry Pi, große Politik, neue Messtechnik uvam
#Mikrocontroller #Elektronik
https://www.mikrocontroller.net/news/neuer-desktop-fuer-raspberry-pi-grosse-politik-neue-messtechnik-uvam#new -
#Arduino-Day-2023
Am Samstag, 25.03.23, 14-18 Uhr bei #DUISentrieb in #Duisburg. Verschiedene Mess- und Steuerschaltungen, #Linienfolger, selbstbalancierender #Roboter und #Otto, ebenfalls ein Selbstbau-Roboter, einfache Projekte zum #Mitmachen und #Selberbauen und einige Anwendungen mit anderen #Mikrocontrollern wie dem #ESP8266, #ESP32 und dem #Raspberry Pi Pico werden Schwerpunkte sein. Besucher (auch Kinder) können eigene Projekte mitbringen und sich austauschen. -
#Arduino-Day-2023
Am Samstag, 25.03.23, 14-18 Uhr bei #DUISentrieb in #Duisburg. Verschiedene Mess- und Steuerschaltungen, #Linienfolger, selbstbalancierender #Roboter und #Otto, ebenfalls ein Selbstbau-Roboter, einfache Projekte zum #Mitmachen und #Selberbauen und einige Anwendungen mit anderen #Mikrocontrollern wie dem #ESP8266, #ESP32 und dem #Raspberry Pi Pico werden Schwerpunkte sein. Besucher (auch Kinder) können eigene Projekte mitbringen und sich austauschen. -
#Arduino-Day-2023
Am Samstag, 25.03.23, 14-18 Uhr bei #DUISentrieb in #Duisburg. Verschiedene Mess- und Steuerschaltungen, #Linienfolger, selbstbalancierender #Roboter und #Otto, ebenfalls ein Selbstbau-Roboter, einfache Projekte zum #Mitmachen und #Selberbauen und einige Anwendungen mit anderen #Mikrocontrollern wie dem #ESP8266, #ESP32 und dem #Raspberry Pi Pico werden Schwerpunkte sein. Besucher (auch Kinder) können eigene Projekte mitbringen und sich austauschen. -
#Arduino-Day-2023
Am Samstag, 25.03.23, 14-18 Uhr bei #DUISentrieb in #Duisburg. Verschiedene Mess- und Steuerschaltungen, #Linienfolger, selbstbalancierender #Roboter und #Otto, ebenfalls ein Selbstbau-Roboter, einfache Projekte zum #Mitmachen und #Selberbauen und einige Anwendungen mit anderen #Mikrocontrollern wie dem #ESP8266, #ESP32 und dem #Raspberry Pi Pico werden Schwerpunkte sein. Besucher (auch Kinder) können eigene Projekte mitbringen und sich austauschen. -
LispBM: Concurrent Lisp for Microcontrollers https://lobste.rs/s/upvrzs #hardware #lisp
https://www.lispbm.com/ -
LispBM: Concurrent Lisp for Microcontrollers https://lobste.rs/s/upvrzs #hardware #lisp
https://www.lispbm.com/ -
LispBM: Concurrent Lisp for Microcontrollers https://lobste.rs/s/upvrzs #hardware #lisp
https://www.lispbm.com/ -
LispBM: Concurrent Lisp for Microcontrollers https://lobste.rs/s/upvrzs #hardware #lisp
https://www.lispbm.com/ -
LispBM: Concurrent Lisp for Microcontrollers https://lobste.rs/s/upvrzs #hardware #lisp
https://www.lispbm.com/ -
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LispBM is a concurrent Lisp for microcontrollers with message passing
L: https://www.lispbm.com/
C: https://news.ycombinator.com/item?id=49733523
posted on 2026.09.16 at 17:49:44 (c=1, p=4) -
With fresh support for the ESP32-C5, @circuitpython now has 5GHz wifi capability for Stations, Access Points, and monitor mode.
https://gist.github.com/anecdata/c59d67a3aea4b3d45bc1326a43938837?permalink_comment_id=6372410#gistcomment-6372410
Interesting to see packets on channel 14 in the US.
#circuitpython #microcontrollers #networking #PythonOnHardware -
With fresh support for the ESP32-C5, @circuitpython now has 5GHz wifi capability for Stations, Access Points, and monitor mode.
https://gist.github.com/anecdata/c59d67a3aea4b3d45bc1326a43938837?permalink_comment_id=6372410#gistcomment-6372410
Interesting to see packets on channel 14 in the US.
#circuitpython #microcontrollers #networking #PythonOnHardware -
With fresh support for the ESP32-C5, @circuitpython now has 5GHz wifi capability for Stations, Access Points, and monitor mode.
https://gist.github.com/anecdata/c59d67a3aea4b3d45bc1326a43938837?permalink_comment_id=6372410#gistcomment-6372410
Interesting to see packets on channel 14 in the US.
#circuitpython #microcontrollers #networking #PythonOnHardware -
With fresh support for the ESP32-C5, @circuitpython now has 5GHz wifi capability for Stations, Access Points, and monitor mode.
https://gist.github.com/anecdata/c59d67a3aea4b3d45bc1326a43938837?permalink_comment_id=6372410#gistcomment-6372410
Interesting to see packets on channel 14 in the US.
#circuitpython #microcontrollers #networking #PythonOnHardware -
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: https://git.sr.ht/~lhinderberger/monosynth
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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: https://git.sr.ht/~lhinderberger/monosynth
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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: https://git.sr.ht/~lhinderberger/monosynth
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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: https://git.sr.ht/~lhinderberger/monosynth
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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: https://git.sr.ht/~lhinderberger/monosynth
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With fresh support for the ESP32-C5, @circuitpython now has 5GHz wifi capability for Stations, Access Points, and monitor mode.
https://gist.github.com/anecdata/c59d67a3aea4b3d45bc1326a43938837?permalink_comment_id=6372410#gistcomment-6372410
Interesting to see packets on channel 14 in the US.
#circuitpython #microcontrollers #networking #PythonOnHardware -
Computer calculation:
The low-level access sequence to the bytes of a field may affect performance on small-scale byte-addressable processors and microcontrollers.Some operations have a simpler order to execute elementary steps. Addition, subtraction, and multiplication start at the least significant digit position and propagate the carry to the subsequent position.
Comparison and division start at the most significant digit and propagate a possible carry to the subsequent digits. -
Computer calculation:
The low-level access sequence to the bytes of a field may affect performance on small-scale byte-addressable processors and microcontrollers.Some operations have a simpler order to execute elementary steps. Addition, subtraction, and multiplication start at the least significant digit position and propagate the carry to the subsequent position.
Comparison and division start at the most significant digit and propagate a possible carry to the subsequent digits. -
Computer calculation:
The low-level access sequence to the bytes of a field may affect performance on small-scale byte-addressable processors and microcontrollers.Some operations have a simpler order to execute elementary steps. Addition, subtraction, and multiplication start at the least significant digit position and propagate the carry to the subsequent position.
Comparison and division start at the most significant digit and propagate a possible carry to the subsequent digits. -
Computer calculation:
The low-level access sequence to the bytes of a field may affect performance on small-scale byte-addressable processors and microcontrollers.Some operations have a simpler order to execute elementary steps. Addition, subtraction, and multiplication start at the least significant digit position and propagate the carry to the subsequent position.
Comparison and division start at the most significant digit and propagate a possible carry to the subsequent digits.