What did KDAB work on in February? As Embedded World 2026 approaches, this edition highlights #embedded-focused insights like GUI automation with Spix, Windows CE to #EmbeddedLinux migration, the Oxidize 2026 CfP, and more: https://www.kdab.com/newsletter/february-2026-newsletter-spix-gui-automation-windows-ce-migration-whitepaper-oxidize-2026-cfp-embedded-world-2026-meeting-c-qml-videos-training-events/ #QtDev #QML #RustLang
#embeddedlinux
I might get an i.MX95 SMARC module instead of one of the MediaTek ones. Not because it's a better chip but because the Toradex doesn't make a MediaTek module, and their documentation looks better than Ezurio (formerly Laird, formerly BoundaryDevices). #embeddedLinux #SoM #SystemOnModule
🆕 KDAB Whitepaper: Windows CE to Embedded Linux Migration
Windows CE is aging and unsupported. This guide covers practical migration strategies for business logic, UI, and OS/hardware interactions, with C++, C#, Qt, and Linux-specific guidance. Preserve your application logic, handle OS touchpoints, and prepare your team for Linux. #Cpp #QtDev #Embedded #UI #Wince #WindowsCE #Linux #EmbeddedLinux
🔗
https://www.kdab.com/windowsce-to-embedded-linux-migration/
Working on a Buildroot OS with kernel 6.18 + PREEMPT_RT on an Intel AX210 WiFi (iwlwifi QuZ firmware). With dynamic preempt everything works, but RT causes firmware init errors and the device disappears. Maybe bleeding-edge RT kernels aren’t always the best choice. Curious if others hit similar issues or found workarounds. Open to discussion.
#Linux #Buildroot #Kernel #RealTime #PREEMPTRT #iwlwifi #IntelAX210 #EmbeddedLinux #FOSS #CyberSecurity
👋 The RAUC maintainers @shoragan and Enrico Jörns are attending #FOSDEM2026!
If you’d like to chat about RAUC, software updates, or embedded Linux in general, don’t hesitate to reach out.
You can contact us via Mastodon, Matrix, LinkedIn, or simply say hello if you run into us at FOSDEM. 🤝
We’re happy to meet contributors, users, and anyone interested in the project. See you there! 😊
I'm on my way to #FOSDEM2026! Who wants to meet up and chat about #EmbeddedLinux, #OpenEmbedded or #YoctoProject? Especially as I'm now working full time on Yocto Project, it would be good to talk to more of our users and contributors. We do have a BoF session at 11:00 on Saturday, and I'm happy to meet up for coffee or beer at other times this weekend.
The best ways to get hold of me are email and Signal, drop me a reply here if you need my contact details.
ICYMI 👉 With openwrt-one-debian, you can now run a full Debian system on the OpenWrt One using its NVMe storage, unlocking custom services, containers, development tools, and lightweight server workloads on open hardware! 🚀
https://www.collabora.com/news-and-blog/news-and-events/openwrt-one-meets-debian.html
#Debian #OpenWrtOne #OpenWrt #EmbeddedLinux #Linux #OpenSource #SelfHosting #NVMe
Less than two weeks to go until @fosdem 2026 😀
I'm happy to meet up with anyone who wants to talk about @yoctoproject and @openembedded. If you'll be attending FOSDEM and want to chat, drop me a message and we'll figure out a time to meet.
I'll also likely be bouncing between a couple of devrooms. Looking forward to the "Embedded, Mobile and Automotive" and "Community" tracks as usual!
New year, new Debian project: How to install and run a full Debian system on the OpenWrt One, turning open router hardware into a compact, general-purpose Linux system!
https://www.collabora.com/news-and-blog/news-and-events/openwrt-one-meets-debian.html
#Debian #OpenWrtOne #OpenWrt #EmbeddedLinux #Linux #OpenSource #SelfHosting #NVMe
On i.MX8MP, GPIOs are owned by Linux (A53) by default.
If the Cortex-M7 needs them—especially for interrupts—you must release them in the device tree:
• Remove pinmux
• Remove GPIO references
• Disable the GPIO controller if needed
This prevents A53/M7 resource conflicts and ensures real-time reliability.
https://www.forlinx.net/industrial-news/imx8mp-m7-gpio-release-linux-pinmux-769.html
Fresh Armbian GitHub Highlights just dropped. Lots of behind-the-scenes progress: kernel updates, better board support, and smoother workflows. Things keep getting better, step by step. Have a look: https://blog.armbian.com/github-highlights-10/
#Armbian #OpenSource #Linux #EmbeddedLinux #SBC #ARM #GitHub #DevLife #OpenHardware
Take a deep dive into Chromium enablement on MediaTek Genio SoCs, with real performance numbers from #MediaTek hardware codecs using #Chromium’s V4L2 pipeline.
Get the breakdown here: https://www.collabora.com/news-and-blog/news-and-events/chromium-hardware-codecs-on-mediatek-genio-700-and-720-from-test-plans-to-real%E2%80%91world-performance.html
🔛 ArmSoM-SDK is live!
We’re excited to launch a streamlined, customized SDK based on the Rockchip SDK — designed to be easier to use and maintain.
😎 Now supporting ArmSoM-Sige5/7(RK3588), LM7, AIM7 & CM5(RK3576) under one unified codebase — compatible with Ubuntu 22.04 & Debian 12.
🔧 Build, customize, and develop with ease:
📦 Code: https://github.com/ArmSoM/manifests
📖 Docs: https://docs.armsom.org/advanced-manual/armsom-sdk
💾 New firmware: https://drive.google.com/drive/folders/1x2KOX1F4-DVyyV_9qfdH28PWIORcWH56
#EmbeddedLinux #IoT #SingleBoardComputer #Raspberrypi #orangepi #AI
🚀 Running Nginx on OKMX6ULx Embedded Linux (Kernel 4.1.15)!
✅ Yocto compilation
✅ Reverse proxy to Tomcat 9
✅ Load balancing across 8080 & 8081
Embedded boards can handle high-performance web services too!
https://www.forlinx.net/industrial-news/nginx-okmx6ulx-porting-768.html
#EmbeddedLinux #Nginx #IoT #LoadBalancing #ReverseProxy #OKMX6ULx
Flashing Linux images on RK3568 made simple ⚙️
This guide shows how to flash boot.img & rootfs.img via TFTP + U-Boot on the Forlinx RK3568 dev board.
✔️ Fast network flashing
✔️ Clear eMMC partitioning
✔️ Industrial-grade reliability
✔️ Ready for AI & edge apps
https://www.forlinx.net/industrial-news/forlinx-rk3568-tftp-flash-guide-766.html
I've spent time researching something I didn't want to research: How do you meld Yocto with Debian. The answer is you don't: There have been attempts to do this but they incomplete/unmaintained.
There is an embedded debian build framework called ELBE, but it doesn't have any connection to Yocto. Meaning that u-boot, the kernel and the device tree would have to be manually rebuilt and packaged. #EmbeddedLinux https://github.com/Linutronix/elbe
I didn't know that a PocketBeagle 2 was available: The second version of the mini version of the BeagleBone. You won't be doing anything too crazy with it because it has only half a gig of RAM, and the only storage is a microSD slot (unless you're brave enough to populate the eMMC chip yourself). No WiFi either, but at least it's only $30. #EmbeddedLinux
Two different companies make SMARC System on Modules using the MediaTek Genio 700. Yay competition and standards! The power consumption in sleep is 106 mW for the Ezurio board and 265 mW for the SECO. More than double! And there's nothing dramatically different about their capabilities.
I thought the SECO was available in single quantities. The Ezurio is, from Mouser.
#EmbeddedLinux #ElectricalEngineering
🚀 Rock-solid Real-Time performance on Raspberry Pi 4!
Just stress-tested via SSH a custom #Buildroot (Kernel 6.12.61-v8 #PREEMPT_RT). Even with a massive memory hog running (stress-ng --vm 2 --vm-bytes 1G), the results are insane:
🔹 Avg Latency: 14µs
🔹 Max Latency: 42µs
🔹 Jitter: Virtually zero
This #RPi4 is now a deterministic beast. 🐧🛠️ 64-bit RT Linux at its best!
#Linux #RealTime #EmbeddedLinux #RaspberryPi #Kernel #Performance #SystemStability
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