@vspiewak@DevoxxFR oui, un microcontroller c'est généralement plus petit et consomme moins, le boot time est plus rapide, t'as des OS temps réel vs linux. Mais PiZero tu fais tout ce que tu veux facilement avec. Ça dépend de tes besoins si tu veux découvrir microcontrollers, go esp sinon PiZero
@Nilhcem@DevoxxFR L’avantage du esp32 vs PiZero c’est la conso et le prix ? 🤔
PiZero a le gros avantage d’être un Arm, donc toutes les stacks / libs sont dispo
Hey @Nilhcem 👋🏻
J’ai vu ton talk IOT Core @DevoxxFR 2019, top, comme d’habitude 😊
Tu me conseil d’acheter quoi pour commencer a jouer du coup ?
ESP 32, Pi zero, Spark fun ? 🤔
@Nilhcem Your Bluetooth blog posts are really interesting! Would you mind sharing the 'btsnoop_hci.log's' that you captured from the lightbulb connections?
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@DevFestNbg Here's my heart rate talking at your great (and stressful) event! Around ~11:50 you could see my despair when the microcontroller had issues connecting to the Internet 😅
@Defterion This is a known issue, see #issuecomment-493180513" target="_blank" rel="nofollow noopener">github.com/GoogleCloudPla… and latest comments - You can try downgrading your arduino esp8266 sdk version to 2.4.2 temporarily. Doing so works for me too - cc @gguuss
@Nilhcem Hi, regarding your last blog post, "Using Cloud IoT Core to connect a microcontroller (ESP32) to the Google Cloud Platform", can the same project be done using an ESP8266?
Want to try the latest Google "Cloud IoT Device SDK" on an ESP32 running ESP-IDF / FreeRTOS?
Check out the sample project here: github.com/espressif/esp-…
Used it to send BME280 data to the cloud: github.com/Nilhcem/esp32-…