Now it is slightly disagreeing with Zephyr's implementation in that Register at 0x01 is Reserved in the Datasheet but listed as `GEST_ID` in zephyr.

Now, Zephyr doesn't actually use the register, so that's fine I suppose. #embedded #zephyrRTOS

I realize this is a stretch, but has anyone worked with #Zephyr on #NixOS? I'm getting an error because GCC pulled in by Zephyr is dynamically linked and NixOS does not like that.

#ZephyrRTOS

Moving beyond k_msgq in #ZephyrRTOS. 🚀

If you’re still manually routing every message between threads using standard queues, you might be creating unnecessary coupling in your #Firmware.

ZBus (the Zephyr Bus) brings a powerful Pub/Sub model to the RTOS level. It allows you to:
✅ Decouple data producers from consumers.
✅ Add observers (like loggers) without touching your core logic.
✅ Simplify many-to-many communication.

#EmbeddedSystems #ZephyrRTOS #Microcontrollers #Programming

A course that teaches #kicad, C coding, git, #zephyrrtos, #ngspice and practical, hands-on #electronics. Yes, it's pretty easy to see why Mark Palmeri and I got along.

We get into hands-on labs, verification & validation, regulated-device thinking, and why using real tools matters if you want students ready for industry.

Mark also explains more about his ongoing
Tympanometer project with the Duke BME Design Fellows program.

https://theamphour.com/711-medical-electronics-education-with-mark-palmeri/

🚀 HealthyPi 6 is LIVE on @crowdsupply !
Research-grade, open-source biosignal monitoring. @zephyr on @stm32world STM32H7 + @esp32
Professional quality. Accessible price. Fully open.
https://www.crowdsupply.com/protocentral/healthypi-6
@hackaday @hackster.io @oshwassociation #OpenHardware #Biosignals #ZephyrRTOS

afaict, #ZephyrRTOS seems to be a tool for turning yaml into untraceable build errors

Oh man, I wish I saw this talk by @carles before I started digging into #Zephyr and its build tooling.

https://www.youtube.com/watch?v=cfVMg07bGFA

#zephyrRTOS #diy #foss #OSSSummitEU

I’ll be presenting #CANnectivity, an open source USB to CAN adapter firmware based on #ZephyrRTOS, at the #Zephyr meet-up in #Copenhagen on October 28.

The meet-up is hosted by Mjølner Informatics and @zephyr - agenda and sign up available here: https://mjolner.dk/zephyr-meet-up-hos-mjoelner-informatics/

https://github.com/CANnectivity/cannectivity

🚀 New virtual course: Zephyr RTOS Programming (AC6401)
Build skills in drivers, device trees, threading, memory + more with expert-led labs.

👉 Enroll now: https://training.linuxfoundation.org/training/zephyr-rtos-programming-ac6401/

#ZephyrRTOS #IoTFirmware #EmbeddedDevelopment

Why Zephyr RTOS is Shaping the Future of Automotive Embedded Development

📱 Download the App:
🔗 https://play.google.com/store/apps/details?id=com.piembsystech&pcampaignid=web_share
🌐 Explore more: https://piembsystech.com/zephyr-rtos/

#ZephyrRTOS #EmbeddedSystems #RealTimeOS #AutomotiveSoftware #IoTDevelopment #RTOS #OpenSourceRTOS #LinuxFoundation #CANBus #MicrocontrollerProgramming #SensorFirmware #VehicleElectronics #ECUDevelopment #IoTFirmware #SmartSensors #FreeRTOSAlternative #EdgeComputing #DeviceDrivers #SystemDesign #HardwareSoftwareIntegration

Zephyr RTOS 4.2 Released with Renesas RX Support, USB Video Class, MQTT 5.0, and Nearly 100 New Boards

https://fed.brid.gy/r/https://linuxgizmos.com/zephyr-rtos-4-2-released-with-renesas-rx-support-usb-video-class-mqtt-5-0-and-nearly-100-new-boards/

🚀 Coming soon: tiny-curl for @ZephyrIoT RTOS! We’re bringing lightweight HTTPS client capabilities to one of the most popular #RTOS platforms for embedded systems. Stay tuned as we integrate tiny-curl into the Zephyr ecosystem! #ZephyrRTOS #tinycurl #curl @bagder.mastodon.social.ap.brid.gy 1/2

Help @zephyr by letting Kate Stewart of @linuxfoundation know about devices running #ZephyrRTOS https://docs.google.com/forms/d/e/1FAIpQLSdIbMQ3QgZ8SCRCqUCSudhS6RazrFM9DlhL2Yg0yA9DmSRAqw/viewform #OpenSource #Teardown2025

@ppisa Great! Can’t wait to see these hit mainline, so I can add #ZephyrRTOS support for them.

I'm working on a video where Rajeev from Conexio optimized a #zephyrrtos program and hardware configuration to send every hour without needing batteries. Uses a #NordicSemi nRF9151, #solar panel, and #supercapacitor

https://blog.golioth.io/upcoming-webinar-batteryless-cellular-iot-with-conexio/

Zephyr RTOS 4.1 Released with Performance Boosts, IAR and Rust Support, and Broader Board Compatibility

https://fed.brid.gy/r/https://linuxgizmos.com/zephyr-rtos-4-1-released-with-performance-boosts-iar-and-rust-support-and-broader-board-compatibility/

New #ZephyrRTOS article about the recently merged XIAO RA4M1 support added by @petejohanson

https://www.hackster.io/news/seeed-studio-xiao-ra4m1-board-now-supported-in-zephyr-rtos-566c8912a9ff

If you've wanted to try #ZephyrRTOS but weren't sure where to start, I wrote up a quick start tutorial that can help you get started on the $5 #raspberrypi Pico 2 board--no other hardware or debuggers required!

https://www.hackster.io/cdwilson/zephyr-rtos-on-raspberry-pi-pico-2-part-1-cf39f0

Learn how to use the shell utility "direnv" to automatically activate #ZephyrRTOS build environments when working in West workspaces.

https://www.hackster.io/cdwilson/automatically-activate-zephyr-build-environments-with-direnv-65af9c

I found @zephyr as an alternative, but I'm not sure whether the IEEE 802.15.4 can be freely used without any membership fees.

And, that's also quite low level/layer protocol. So, I guess, that application level integrations would need be custom developed.

Where Zigbee and Z-Wave standards define also application layer and API(s), and devices can be self-describing (at least in Z-Wave, not sure about Zigbee).

https://docs.zephyrproject.org/latest/connectivity/networking/api/ieee802154.html

#ieee802154 #zephyr #zephyrrtos