#freertos — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #freertos, aggregated by home.social.
-
$13 Qualcomm QCC74xM EVK offers Wi-Fi 6, Bluetooth 5.4, and 802.15.4 connectivity (Bouffalo Lab BL618 inside)
-
Renesas RZ/V2H Robotics Development Kit handles AI vision, motor control, and power management with a single board
-
🚀😂 Oh great, yet another guide promising the ✨magic✨ of running #Rust on an ESP32-S3's second core! Because who doesn't love a weekend full of 'why won't this #CMake script work' and 'what even is an #assembly trampoline?' 🙄 Just pin a #FreeRTOS task and call it a day, hero. 🛠️
https://tingouw.com/blog/embedded/esp32/run_rust_on_app_core #ESP32-S3 #humor #HackerNews #ngated -
🚀😂 Oh great, yet another guide promising the ✨magic✨ of running #Rust on an ESP32-S3's second core! Because who doesn't love a weekend full of 'why won't this #CMake script work' and 'what even is an #assembly trampoline?' 🙄 Just pin a #FreeRTOS task and call it a day, hero. 🛠️
https://tingouw.com/blog/embedded/esp32/run_rust_on_app_core #ESP32-S3 #humor #HackerNews #ngated -
🚀😂 Oh great, yet another guide promising the ✨magic✨ of running #Rust on an ESP32-S3's second core! Because who doesn't love a weekend full of 'why won't this #CMake script work' and 'what even is an #assembly trampoline?' 🙄 Just pin a #FreeRTOS task and call it a day, hero. 🛠️
https://tingouw.com/blog/embedded/esp32/run_rust_on_app_core #ESP32-S3 #humor #HackerNews #ngated -
🚀😂 Oh great, yet another guide promising the ✨magic✨ of running #Rust on an ESP32-S3's second core! Because who doesn't love a weekend full of 'why won't this #CMake script work' and 'what even is an #assembly trampoline?' 🙄 Just pin a #FreeRTOS task and call it a day, hero. 🛠️
https://tingouw.com/blog/embedded/esp32/run_rust_on_app_core #ESP32-S3 #humor #HackerNews #ngated -
🚀😂 Oh great, yet another guide promising the ✨magic✨ of running #Rust on an ESP32-S3's second core! Because who doesn't love a weekend full of 'why won't this #CMake script work' and 'what even is an #assembly trampoline?' 🙄 Just pin a #FreeRTOS task and call it a day, hero. 🛠️
https://tingouw.com/blog/embedded/esp32/run_rust_on_app_core #ESP32-S3 #humor #HackerNews #ngated -
Ezurio Tungsten 510/700 SMARC SoM features MediaTek Genio 510/700 AIoT SoC, dual GbE, WiFi 6
-
Learnt about ESP #IDF, #PlatformIO, #FreeRTOS, and took way too long to properly initialize the SPI bus so that I could get #LVGL running.
Hello, World! -
Learnt about ESP #IDF, #PlatformIO, #FreeRTOS, and took way too long to properly initialize the SPI bus so that I could get #LVGL running.
Hello, World! -
Learnt about ESP #IDF, #PlatformIO, #FreeRTOS, and took way too long to properly initialize the SPI bus so that I could get #LVGL running.
Hello, World! -
Learnt about ESP #IDF, #PlatformIO, #FreeRTOS, and took way too long to properly initialize the SPI bus so that I could get #LVGL running.
Hello, World! -
Learnt about ESP #IDF, #PlatformIO, #FreeRTOS, and took way too long to properly initialize the SPI bus so that I could get #LVGL running.
Hello, World! -
wolfIP – An open-source, lightweight TCP/IP stack with no dynamic memory allocations for embedded systems
-
Nuvoton NuMicro M3331 Cortex-M33 MCU features built-in ARGB LED controller, optional USB 2.0 OTG interface
-
Toradex OSM and Lino SoMs – 30×30mm NXP i.MX 93/i.MX 91 modules with solder-down or B2B connector designs
-
Texas Instruments MSPM0G5187 and AM13Ex MCUs integrate TinyEngine NPU for Edge AI applications
-
NXP i.MX 93W wireless MPU SiP pairs dual-core Arm Cortex-A55 processor with NXP iW610 WiFi 6, Bluetooth LE, and 805.15.4 radio
-
F&S FSSM8MP SMARC Module Features NXP i.MX 8M Plus with Dual GbE and Edge AI
-
FRANK OS 1.0 porta l’esperienza dei desktop anni ’90 nel mondo dei microcontroller con finestre sovrapponibili, applicazioni integrate e un’interfaccia che richiama Windows 95. #FRANKOS #FreeRTOS #RP2350 #Microcontroller
-
Qualcomm Snapdragon Wear Elite wearable platform offers 5G RedCap, WiFi 6, Bluetooth 6.0, built-in AI accelerator
-
STM32 + FREERTOS + SDIO + FATFS
Подключение SD-карты к микроконтроллеру — классическая задача, но путь от инициализации аппаратного интерфейса до работы с файлами в многозадачной среде усыпан скрытыми камнями. В этой статье я на практике разберу полный цикл интеграции SDIO, файловой системы FatFs и ОСРВ FreeRTOS на STM32.
-
Quectel SRG091X and SRG093X NXP i.MX 9 industrial AIoT modules integrates Wi-Fi 6, Bluetooth 5.4, and 802.15.4 radios
-
AMD launches Ryzen AI Embedded P100 and X100 processors with up to 50 TOPS of AI performance
-
Does anyone knows good way to find #gig opportunity for software dev? I'd like to avoid pitfalls of well known platforms. I can do:
- #Rust CLI/Dev tools, APIs
- #C code (#FreeRTOS, #Zephyr, #Linux including some #drivers or #v4l2)
- #Cpp C++ code
- #Bash or #Python scripts, tools
- #CI workflows (GitHub, GitLab)
- #Yocto layers
- #Debian packaging + #DKMSAnyone has experience in getting hands on small projects?
-
Does anyone knows good way to find #gig opportunity for software dev? I'd like to avoid pitfalls of well known platforms. I can do:
- #Rust CLI/Dev tools, APIs
- #C code (#FreeRTOS, #Zephyr, #Linux including some #drivers or #v4l2)
- #Cpp C++ code
- #Bash or #Python scripts, tools
- #CI workflows (GitHub, GitLab)
- #Yocto layers
- #Debian packaging + #DKMSAnyone has experience in getting hands on small projects?
-
Does anyone knows good way to find #gig opportunity for software dev? I'd like to avoid pitfalls of well known platforms. I can do:
- #Rust CLI/Dev tools, APIs
- #C code (#FreeRTOS, #Zephyr, #Linux including some #drivers or #v4l2)
- #Cpp C++ code
- #Bash or #Python scripts, tools
- #CI workflows (GitHub, GitLab)
- #Yocto layers
- #Debian packaging + #DKMSAnyone has experience in getting hands on small projects?
-
Does anyone knows good way to find #gig opportunity for software dev? I'd like to avoid pitfalls of well known platforms. I can do:
- #Rust CLI/Dev tools, APIs
- #C code (#FreeRTOS, #Zephyr, #Linux including some #drivers or #v4l2)
- #Cpp C++ code
- #Bash or #Python scripts, tools
- #CI workflows (GitHub, GitLab)
- #Yocto layers
- #Debian packaging + #DKMSAnyone has experience in getting hands on small projects?
-
Does anyone knows good way to find #gig opportunity for software dev? I'd like to avoid pitfalls of well known platforms. I can do:
- #Rust CLI/Dev tools, APIs
- #C code (#FreeRTOS, #Zephyr, #Linux including some #drivers or #v4l2)
- #Cpp C++ code
- #Bash or #Python scripts, tools
- #CI workflows (GitHub, GitLab)
- #Yocto layers
- #Debian packaging + #DKMSAnyone has experience in getting hands on small projects?
-
VEGA AS2161 “DHRUV64” – A 1GHz dual-core 64-bit RISC-V microprocessor designed in India
-
iWave Systems iG-RainboW-G69M TI AM62L OSM Size-S system-on-module powers Raspberry Pi-sized SBC
-
iWave Systems iG-RainboW-G69M TI AM62L OSM Size-S system-on-module powers Raspberry Pi-sized SBC
-
iWave Systems iG-RainboW-G69M TI AM62L OSM Size-S system-on-module powers Raspberry Pi-sized SBC
-
iWave Systems iG-RainboW-G69M TI AM62L OSM Size-S system-on-module powers Raspberry Pi-sized SBC
-
STEVAL-ROBKIT1 – A robot evaluation kit based on STM32H725 and STM32G0 microcontrollers
-
STEVAL-ROBKIT1 – A robot evaluation kit based on STM32H725 and STM32G0 microcontrollers
-
STEVAL-ROBKIT1 – A robot evaluation kit based on STM32H725 and STM32G0 microcontrollers
-
STEVAL-ROBKIT1 – A robot evaluation kit based on STM32H725 and STM32G0 microcontrollers
-
STEVAL-ROBKIT1 – A robot evaluation kit based on STM32H725 and STM32G0 microcontrollers
-
Beacon AM62L – A compact (38x28mm), low-power dual-core Cortex-A53 System-on-Module (SoM)
-
@ploum Je ne comprends pas « Basé sur Android, le Kompakt ... » [1] et "I appreciate Mudita changes to Android" [2].
#Mudita dit [3][4] que le #MuditaKompakt est basé sur #FreeRTOS [5] (licence MIT = licence Expat).
Les apps sont-elles d'Android ?
En partie, c'est pas encore du libre [6][7].
[1] https://ploum.net/2025-09-02-mudita.html
[2] https://forum.mudita.com/t/a-full-review-of-the-kompakt-after-one-month/11451
[3] https://mudita.com/products/phones/mudita-pure/muditaos
[4] https://github.com/mudita/MuditaOS
[5] https://fr.wikipedia.org/wiki/FreeRTOS
[6] https://github.com/mudita/MuditaOS/issues/4910
[7] https://github.com/mudita/MuditaOS/issues/4899 -
@sigismundninja @Alonely0 @hackernoon We wrote embedded product on #Cortex M7 written in full in C++ (#Cpp), except glue code to #FreeRTOS. We disallowed new, delete, raw pointers, etc thoroughly filtered in PRs (tedious job). The only #haisenbug we had was temporaries of packed object (don't do that in C++). Everything else we were fixing using unit tests.
But I promise you not all businesses follow as strict policies as we did. In #Rust it's millions times easier.
-
@sigismundninja @Alonely0 @hackernoon We wrote embedded product on #Cortex M7 written in full in C++ (#Cpp), except glue code to #FreeRTOS. We disallowed new, delete, raw pointers, etc thoroughly filtered in PRs (tedious job). The only #haisenbug we had was temporaries of packed object (don't do that in C++). Everything else we were fixing using unit tests.
But I promise you not all businesses follow as strict policies as we did. In #Rust it's millions times easier.
-
@sigismundninja @Alonely0 @hackernoon We wrote embedded product on #Cortex M7 written in full in C++ (#Cpp), except glue code to #FreeRTOS. We disallowed new, delete, raw pointers, etc thoroughly filtered in PRs (tedious job). The only #haisenbug we had was temporaries of packed object (don't do that in C++). Everything else we were fixing using unit tests.
But I promise you not all businesses follow as strict policies as we did. In #Rust it's millions times easier.
-
@sigismundninja @Alonely0 @hackernoon We wrote embedded product on #Cortex M7 written in full in C++ (#Cpp), except glue code to #FreeRTOS. We disallowed new, delete, raw pointers, etc thoroughly filtered in PRs (tedious job). The only #haisenbug we had was temporaries of packed object (don't do that in C++). Everything else we were fixing using unit tests.
But I promise you not all businesses follow as strict policies as we did. In #Rust it's millions times easier.
-
@sigismundninja @Alonely0 @hackernoon We wrote embedded product on #Cortex M7 written in full in C++ (#Cpp), except glue code to #FreeRTOS. We disallowed new, delete, raw pointers, etc thoroughly filtered in PRs (tedious job). The only #haisenbug we had was temporaries of packed object (don't do that in C++). Everything else we were fixing using unit tests.
But I promise you not all businesses follow as strict policies as we did. In #Rust it's millions times easier.
-
Hoy estuve ensayando #FreeRTOS en un #STM32 para ser preciso en un #STM32F411 en una placa discovery. Estoy usando #libOpenCM3, #PlatformIO sobre #Linux. El uso de #SoftwareLibre no es una opción, es un deber. Especialmente en educación, liberarnos de las herramientas privativas, matenidas por una empresa, no son una opción viable. El software creado, mantenido y utilizado por una comunidad es un valor ético y moral que debemos tener siempre como bandera.
Acabo de abrir una puerta nueva para mí. FreeRTOS era algo que me debía desde hace mucho tiempo y por fin me hice un ratito para poder probarlo y aprenderlo. A partir de ahora es toda un área de conocimiento importantísima para aplicar en sistemas críticos de tiempo real multitarea.
Les dejo el código en github.
https://github.com/tute-avalos/stm32f411-rtos-test -
Hoy estuve ensayando #FreeRTOS en un #STM32 para ser preciso en un #STM32F411 en una placa discovery. Estoy usando #libOpenCM3, #PlatformIO sobre #Linux. El uso de #SoftwareLibre no es una opción, es un deber. Especialmente en educación, liberarnos de las herramientas privativas, matenidas por una empresa, no son una opción viable. El software creado, mantenido y utilizado por una comunidad es un valor ético y moral que debemos tener siempre como bandera.
Acabo de abrir una puerta nueva para mí. FreeRTOS era algo que me debía desde hace mucho tiempo y por fin me hice un ratito para poder probarlo y aprenderlo. A partir de ahora es toda un área de conocimiento importantísima para aplicar en sistemas críticos de tiempo real multitarea.
Les dejo el código en github.
https://github.com/tute-avalos/stm32f411-rtos-test -
Hoy estuve ensayando #FreeRTOS en un #STM32 para ser preciso en un #STM32F411 en una placa discovery. Estoy usando #libOpenCM3, #PlatformIO sobre #Linux. El uso de #SoftwareLibre no es una opción, es un deber. Especialmente en educación, liberarnos de las herramientas privativas, matenidas por una empresa, no son una opción viable. El software creado, mantenido y utilizado por una comunidad es un valor ético y moral que debemos tener siempre como bandera.
Acabo de abrir una puerta nueva para mí. FreeRTOS era algo que me debía desde hace mucho tiempo y por fin me hice un ratito para poder probarlo y aprenderlo. A partir de ahora es toda un área de conocimiento importantísima para aplicar en sistemas críticos de tiempo real multitarea.
Les dejo el código en github.
https://github.com/tute-avalos/stm32f411-rtos-test -
Hoy estuve ensayando #FreeRTOS en un #STM32 para ser preciso en un #STM32F411 en una placa discovery. Estoy usando #libOpenCM3, #PlatformIO sobre #Linux. El uso de #SoftwareLibre no es una opción, es un deber. Especialmente en educación, liberarnos de las herramientas privativas, matenidas por una empresa, no son una opción viable. El software creado, mantenido y utilizado por una comunidad es un valor ético y moral que debemos tener siempre como bandera.
Acabo de abrir una puerta nueva para mí. FreeRTOS era algo que me debía desde hace mucho tiempo y por fin me hice un ratito para poder probarlo y aprenderlo. A partir de ahora es toda un área de conocimiento importantísima para aplicar en sistemas críticos de tiempo real multitarea.
Les dejo el código en github.
https://github.com/tute-avalos/stm32f411-rtos-test