CLion 2025.2 Is Here: Better CLion Nova, Smarter Embedded Development
#Clang #CLion #News #Releases #Aiassistant #Clionnova #Debugservers #Esp32 #Livewatches #Release
https://blog.jetbrains.com/clion/2025/08/clion-2025-2-release/

CLion 2025.2 Is Here: Better CLion Nova, Smarter Embedded Development
#Clang #CLion #News #Releases #Aiassistant #Clionnova #Debugservers #Esp32 #Livewatches #Release
https://blog.jetbrains.com/clion/2025/08/clion-2025-2-release/
WiFi radio ghost just booted.
Glitch hums & chips speak in tongues.
Prototype live—fragmented voices soon.
Follow-Up zu #Mailbag #133: Sendung von #Elecrow #China: #LoraWAN Equipment: Gateway und #Developer Board
Heute: Konfiguration des Gateways über WLAN und in #TheThingsNetwork
DIY MP3 Player Inspired By The iPod - These days, the personal MP3 player has been largely replaced by the the smartphon... - https://hackaday.com/2025/08/01/diy-mp3-player-inspired-by-the-ipod/ #digitalaudiohacks #mp3player #esp32 #ipod
I'm excited to announce my new course! "IoT Firmware Development with ESP32 and ESP-IDF" is designed to take you beyond Arduino to building professional #IoT devices with #WiFi, HTTP/HTTPS, MQTT, and SSL/TLS.
https://learnembedded.dev/courses/iot-firmware-development-with-esp32-and-esp-idf/
Any advice for #microcontrollers #processors like #esp32 but without bluetooth and wifi? Looking for something that might pair with a #RTC, but I'm not certain where to start. #mcu
Kennt sich jemand mit C++ im Bereich Lowlevel im Zusammenhang mit esp-idf insbesondere rmt für #esphome aus?
Ich würde gerne ein Projekt auf den aktuellen Esphome Stand bringen, damit es auch wieder kompillierbar ist. Ich verzweifel an RMT und könnte da Hilfe brauchen.
Gerne teilen und sich bei mir melden.
so jetzatle auch im shop: ESP32 C3 SuperMini https://shop.blinkyparts.com/de/ESP32-C3-SuperMini-Kompaktes-WiFi-Bluetooth-5.0-Modul-mit-USB-C/blink23158
Fehlt nur mal ne Wiki-Seite mit nem Überblick über die ganzen ESPs, da blickt man bald nicht mehr druch. Gibts da ne gute Quelle?
#LILYGO has unveiled the #TWatchUltra, a new #wearable development platform featuring an AMOLED display, an #Espressif #ESP32S3 microcontroller, and a #LoRa transceiver.
The #TWatch Ultra is a significant upgrade over previous models
New Open Source Hardware board MIPI-HDMI allow ESP32-P4-DevKit to display to large HDMI TVs https://olimex.wordpress.com/2025/07/25/mipi-hdmi-is-open-source-hardware-mipi-dsi-converter-to-dvi-hdmi-which-works-with-esp32-p4-devkit/ #esp32 #espressif #esp32p4 #hdmi #mipi
Woot, just finished implementing my first GitHub / Forgejo Actions which allows me to programmatically push meshcore builds to my radios on the roof from the comfort of my browser.
It currently only supports deploying to esp32s3 based LoRa devices so far.
Since I failed to Receive Signal of my #433mhz remote , using #arduino uno or #esp32 vroom32 or one of two usw TTL Adapters in Combination with a cc1001 tranceiver , mx-rm-5v Receiver or superheterodyne Receiver - I will visit the @RaumZeitLabor hoping someone might Help me Out with an osciloskope
ESP32-Faikin:開放原始碼的雲端控制Daiking空調模組
➤ 擺脫雲端束縛,輕鬆控制你的 Daikin 空調
✤ https://github.com/revk/ESP32-Faikin
ESP32-Faikin 是一個基於 ESP32 的模組,旨在提供本地控制 Daikin 空調,取代原廠不夠好且依賴雲端的控制方式。它提供網頁介面、MQTT 以及 HomeAssistant 整合,無需雲端連線,且速度更快。專案包含 PCB 設計,可在 Tindie、Amazon UK 和 eBay Australia 等平臺購買,並提供詳細的手冊和技術文件。
+ 原廠的雲端控制真的太慢了,這個專案太棒了,可以本地控制,還能整合 HomeAssistant!
+ PCB 設計公開,想自己動手做也可以,真是一個很棒的開源專案!
#物聯網 #空調控制 #ESP32 #MQTT #HomeAssistant
Behold, a groundbreaking innovation: an over-engineered #ESP32 module to control your #Daikin aircon! Because, clearly, toggling the switch manually was way too mainstream.
Let's all applaud this feat of #technology, which ensures you'll never have to rise from your throne of #laziness again.
https://github.com/revk/ESP32-Faikin #Aircon #Innovation #OverEngineered #HackerNews #ngated
ESP32-Faikin: ESP32 based module to control Daikin aircon units
Has anyone successfuly uploaded Arduino sketches to the Nano ESP32 using the Upload button in the official IDE?
I can only upload them by putting the board in "flash bootloader" mode, burning the bootloader and then uploading the sketch using the ESPTool programmer, which is pretty convoluted I think
Accidentally destroyed the handy VCC+, GND and TX/RX test points on a board I wanted to re-flash, so decided I'd just go straight to the ESP32 itself.
I don't have a BDM frame or probes, so I fashioned my own with pogo pins, female dupont jumpers, stiff 12 gauge wire and heat shrink tubing. Routed the leads through a bread board to combine grounds, supplied bench power, added a status LED and power switch, tied it to my USB TTL and actually managed to back up and replace the firmware. #esp32