For a complete overview of the latest changes, visit the Armbian GitHub page.
Thank you for your continuous support to the Armbian community!
This week’s Armbian updates focused on kernel improvements, bootloader modernization, and several core enhancements to the build infrastructure. Key work spanned platforms like Rockchip, Sunxi, and Odroid, emphasizing kernel stability and broader compatibility across boards.
Several boards received kernel updates:
Patches also landed to adapt Wi-Fi drivers to 6.15-era changes, including fixes for xradio and uwe5622 on Sunxi, contributed by The-going:
Improvements were made to bootloader support:
Several build system enhancements landed this cycle:
PR #8259 and commit cdf71df by djurny expanded DHCP configuration in netplan to automatically include interfaces matching lan* and wan*, simplifying initial setup across devices.
The post Armbian Weekly Updates first appeared on Armbian.
As the Armbian project transitions from spring into summer, the final week of May 2025 brought a dense flurry of development activity, delivering improvements across kernel support, bootloader updates, system performance, and user experience enhancements. With over 35 pull requests merged, this week showcased the Armbian community’s continued dedication to modernizing and stabilizing its build framework and board support packages.
A notable performance enhancement arrived via #8248, where build engineer @rpardini delivered a major speed-up in Docker extension handling, cutting processing time by over 50%. Complementing this, PR #8249 addressed inefficiencies in rootfs-to-image
by avoiding --sparse
, significantly improving I/O speeds on various filesystems.
Kernel version parsing and custom kernel description functionality also landed with #8152, thanks to @Grippy98, enabling displaying kernel versioning within build branches.
A slew of boards received attention this week. The NanoPC-T6 series saw a key modernization in #8219 and #8239, switching to mainline Arm Trusted Firmware and bumping U-Boot to v2025.04 final. The Quartz64A board followed suit in #8250, while the Odroid HC4, Khadas VIM3, and Mixtile Blade3 all received U-Boot updates or reverts to improve stability.
Legacy and edge kernel support was also improved. Notably, Rockchip64 edge kernel configuration gained CONFIG_NETKIT=y
(#8237), and fixes for display mode handling on RK3588 boards were added (#8253).
Meanwhile, the Orangepi 5 Ultra switched to a mainline kernel source (#8252), reinforcing Armbian’s ongoing effort to shed legacy components and embrace upstream compatibility.
Behind the scenes, @igorpecovnik contributed multiple usability tweaks, including a fix for HiDPI detection (#8236) and @rpardini added improved serial console fallback behavior in GRUB (#8247). The GPG key placement was standardized across distros (#8128), simplifying build reproducibility.
The smart am40 received a long-needed RTC node and U-Boot bump (#8214), while the Helios4‘s wake-on-LAN service was fixed (#8235), reinforcing Armbian’s commitment to community-requested board maintenance.
This week’s burst of activity highlights the Armbian community’s tireless commitment to refinement and modernization. Whether through performance enhancements, kernel bumps, or quality-of-life fixes, the project continues to evolve rapidly. Users can expect a more responsive, stable, and future-proof experience across a growing roster of supported hardware.
Stay tuned for further updates as June unfolds.
The post Armbian Development Highlights: End of May 2025 first appeared on Armbian.
Armbian v25.5: Expanding Horizons, Honoring Community, and Powering the ARM Ecosystem
The Armbian team is proud to announce the release of Armbian v25.5—a significant update that reinforces the project’s commitment to delivering a reliable, high-performance Linux experience for ARM-based devices. This release highlights continued progress across the system, including deeper hardware support, enhanced tooling, and growing application modularity through armbian-config.
In addition to the technical achievements, the community has received international recognition for its leadership and innovation in open-source infrastructure: Armbian has been awarded the 2025 NetBox Hero Award by NetBox Labs, joining a prestigious list of projects that have demonstrated meaningful impact in automation and open infrastructure practices.
What’s New in v25.5
This release brings dozens of contributions from across the Armbian community, targeting system performance, configuration management, and hardware enablement. Noteworthy improvements include:
Extended board support: The release introduces or improves compatibility for several boards including the TI SK-AM69 (PR #7885), Banana Pi M2+ (PR #8127), BeagleBone AI-64 (PR #7918), BeaglePlay (PR #7917), and PocketBeagle2 (PR #7897). These additions reflect Armbian’s growing footprint across both legacy and cutting-edge single-board computers (SBCs).
Upstream firmware integration: Rockchip devices like the Rock 5B and Youyeetoo R1 now enjoy better audio and HDMI support (PR #7925, PR #7934). U-Boot versions were bumped for key platforms to align with upstream.
Kernel upgrades: Devices based on Rockchip64 now run on Linux kernel 6.14 (edge branch), bringing better performance and peripheral support. Additionally, kernel patching logic is now configurable (PR #8149), allowing developers to build plain mainline kernel.
Filesystem and boot enhancements: Improvements to EFI partition alignment (PR #8053) and BTRFS subvolume support further refine system boot behavior and make image generation more flexible for custom installations.
Stability and quality improvements: Updates include boot script fixes, enhanced serial console support, and a simplified logging framework, all designed to improve diagnostics and system reliability during early boot and provisioning phases.
armbian-config: Simplifying Post-Install System Management
One of the biggest areas of growth in Armbian v25.5 is the continued evolution of armbian-config—a system utility for configuring Armbian images after installation. Whether setting up a home automation server or managing Docker containers at the edge, armbian-config now offers an impressive set of tools in a modular and approachable interface.
Application library: Users can now deploy popular self-hosted applications directly from armbian-config, including Home Assistant (PR #235), Stirling PDF (PR #295), Navidrome (PR #367), Grafana (PR #351), NetData (PR #289), and Immich (PR #575). These modules are installed in isolated environments, making them easy to deploy, manage, and remove.
Network and system settings: A more robust Wi-Fi station detection system improves wireless setup reliability (PR #286). New schematics and better documentation provide helpful context during network interface configuration (PR #278, PR #280).
Overlay and BSP switching: Logic for board-specific overlays is now dynamically loaded, ensuring options are shown only where supported (PR #285). The BSP switching tool has been patched to correctly detect the branch being used (PR #281), and header installation logic was refactored to reduce redundancy (PR #277).
These improvements reinforce armbian-config as a trusted utility for both new users and experienced developers building production or custom systems.
NetBox Hero Award: Community Excellence Recognized
Armbian’s impact reaches beyond code. In this release cycle, the project was selected as one of the winners of the 2025 NetBox Hero Awards by NetBox Labs. This award celebrates the community’s dedication to infrastructure innovation, automation, and transparency.
Armbian was recognized specifically for its “elegant and extensible use of NetBox in support of a broad set of infrastructure needs.” This acknowledgment affirms the project’s alignment with modern infrastructure tooling and its unique role at the intersection of embedded systems and open infrastructure platforms.
Read more: https://netboxlabs.com/blog/announcing-the-netbox-hero-award-winners-for-2025/
Recognized Contributors
This release wouldn’t be possible without the contributors who authored the pull requests featured in v25.5. We thank:
We also extend our appreciation to those who helped through bug reporting, testing, translations, documentation, and community moderation.
Get Involved
Armbian is open to all. Whether you want to contribute code, write documentation, test releases, or just ask questions—there’s a place for you.
Looking Ahead
Armbian v25.5 is not just a technical milestone—it’s a testament to the collaborative power of open source. With a stronger foundation, broader hardware support, and a growing ecosystem of modular tools, Armbian is well-positioned to lead the future of ARM-based Linux computing.
Full change logs: build framework, armbian-config
The post Armbian 25.5 first appeared on Armbian.
This week, the Armbian development team pushed several noteworthy enhancements, with improvements spanning user experience, bootloader upgrades, and broader system support. Notably, this week saw the debut of OpenMediaVault in Armbian’s software installer, a move that brings plug-and-play NAS functionality to supported boards.
OpenMediaVault is a feature-rich platform that enables users to turn single-board computers into fully-fledged network storage devices. Thanks to a contribution by Igor, the integration is now available through armbian-config
interface, giving users a streamlined way to install and configure OpenMediaVault without needing to manually manage services or packages.
The usability of the software stack also saw a meaningful improvement. A previously persistent “Disable Wireless Hotspot?” prompt was eliminated when no hotspot had been enabled, reducing unnecessary friction during the setup process. This fix helps clarify Armbian’s default network behavior for users during first boot, particularly when configuring headless or appliance-style deployments.
On the hardware front, the Orange Pi 5 Max received a key upgrade: it now boots using mainline U-Boot. This transition replaces vendor-specific boot code with upstream-supported U-Boot, easing future updates and kernel integration. A related improvement was made to the PocketBeagle2, which migrated to extlinux for boot configuration—bringing it in line with Armbian’s broader standardization efforts.
Further enhancements came to the Rockchip64 platform. Previously missing Operating Performance Points (OPPs) were added to ensure proper voltage and frequency scaling across supported boards, which improves energy efficiency and stability under load. In addition, older workarounds for wireless firmware issues were removed, as upstream drivers have now resolved the compatibility concerns that necessitated them.
Finally, infrastructure refinement continued with the cleanup of unused or deprecated build artifacts, keeping the codebase lean and future-proof. The team also laid the groundwork for upcoming testing initiatives to ensure that new features like OpenMediaVault are validated across a wide array of supported devices.
For those interested in exploring OpenMediaVault or other curated software installations, the updated documentation is available in the Armbian Software User Guide.
The post Armbian Updates: OMV support, boot improvents, Rockchip optimizations first appeared on Armbian.
Early May brought another round of steady advancements to the Armbian project, with progress in U-Boot updates, board enablement, firmware fixes, and notable improvements to Armbian’s growing catalog of self-hosted applications.
Bootloader and Firmware Enhancements
Several platforms saw significant U-Boot improvements. The Cherryba-M1 now benefits from an upgraded U-Boot and reorganized patch structure, thanks to Igor‘s work on upgrading Cherryba-M1 to latest u-boot and moving patch to new folder. Andy bumped U-Boot to v2025.04 for the Lubancat2, keeping the board current. The Radxa Rock 4 SE also migrated to this version, where Niklas refined its configuration and boot behavior.
Meanwhile, the Khadas VIM3 received a broader bootloader overhaul led by Ricardo, introducing SD-first boot order, squashfs and fileenv support, and enhanced compatibility with Home Assistant OS in a comprehensive update to U-Boot for Khadas VIM3.
Older configurations didn’t go unnoticed: Igor removed deprecated ATF tags for sun50iw9 / H61x, while Olaf pushed the sunxi64 platform to the latest LTS version of ATF.
Expanding Device Support
Armbian continues to grow its ecosystem. Rolf introduced official support for the Banana Pi M2+, making it easier for users to deploy on this compact board. On the RISC-V side, libiunc brought the kernel for the StarFive2 platform up to v6.6, ensuring ongoing support and compatibility.
Installer Improvements and Runtime Fixes
Improving install experience, Igor Velkov added Btrfs root subvolume support when installing to NVMe, paving the way for better snapshot and maintenance workflows. Igor also corrected missing Broadcom firmware for Raspberry Pi boards to fix wireless support and suppressed firmware warnings related to built-in Realtek USB network drivers, helping clean up logs and reduce confusion.
Self-Hosted App Catalog Grows
The list of installable apps during Armbian setup has expanded. Two powerful platforms are now just a selection away:
Immich, a self-hosted photo and video backup system, was added with the introduction of Immich to configNG.
NetBox, a leading infrastructure resource management solution, joined the roster in the addition of NetBox to Armbian configNG.
Both are available via the configNG provisioning interface.
Deprecations and Housekeeping
Support for legacy distributions has now ended: Debian Bullseye and Ubuntu Focal and Jammy will no longer receive repository updates, as noted in the userspace status change to EOS.
Elsewhere, dependency and CI maintenance continued. Automated tools like Dependabot bumped packages such as setuptools and GitHub actions for changed-files, while amazingfate restored support for the AIC8800 Wi-Fi driver by reverting a mistaken disable.
Further Reading
Explore the full range of updates in the official Armbian snapshot.
The post Armbian Development Highlights – Early May 2025 first appeared on Armbian.
This summary highlights key updates to the Armbian build repository, including kernel adjustments, tooling fixes, and configuration changes. These contributions reflect ongoing efforts from the community to ensure system stability, compatibility, and enhanced performance across supported platforms.
Commit by: @Igor Pecovnik
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Author: EvilOlaf
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Author: FantasyGmm
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prepare-host.sh
“This doesn’t feel right. The package exists across all main distros. Probably not needed in every case… but it’s toolchain-related, so worth revisiting if merged.”
Author: Werner
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Author: EvilOlaf
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Author: Werner
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Author: Igor Pecovnik
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wget
wget
to basic dependenciesAuthor: Igor Pecovnik
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Author: Igor Pecovnik
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jq
Filter Usage in apt-utils
Author: Franklyn Tackitt
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Author: Igor Pecovnik
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“Do to my laziness these patches were submitted ugly. My bad.”
Author: Patrick Yavitz
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Author: Igor Velkov
View Commit ›
Author: The-going
View Commit ›
rkr5
to rkr5.1
Author: Mecid
View Commit ›
BUILD_DESKTOP
Automationlib.config
Armbian is a community-driven project maintained by a group of dedicated individuals in their limited free time. We provide the platform and tools for collaboration, but fixing every bug is beyond our capacity. Even large, well-funded teams face similar limits. That’s why we rely on the community—not just for reporting issues, but for actively helping to resolve them.
file:///tmp/lu1588574hd9ee8.tmp/lu1588574hd9fat_tmp_858a6d92.png View all commits and contribute at github.com/armbian/build
file:///tmp/lu1588574hd9ee8.tmp/lu1588574hd9fat_tmp_7111f4e6.png Support Armbian development: Donate Today!
The post Armbian Weekly Highlights first appeared on Armbian.
Welcome to this week’s Armbian Build Highlights! We’ve added support for the Qcom Robotics RB5 and delivered a stack of board-level fixes and improvements. Bootloaders are getting version upgrades, new device tree tweaks are live, and key driver updates are in. Whether you’re tuning SPI displays or tweaking governors, there’s something here for every dev. Let’s dive in!
v2025.04
v2025.04
v2025.04
6.14
rtl8189fs
headondemand
Got feedback or found a bug? Join the conversation on Armbian Forum
View all commits and contribute at github.com/armbian/build
Support Armbian development: Donate Today!
The post Armbian Weekly Highlights first appeared on Armbian.
Introducing Armbian’s New Cloud Images: Optimized for x86 and aarch64 Cloud Deployments
Armbian is taking a significant step forward in cloud computing support with the introduction of dedicated cloud images tailored for cloud environments. The latest enhancement brings a new ‘cloud’ image set specifically designed to optimize generic x86 and aarch64 deployments, ensuring better performance, security, and compatibility in cloud infrastructures.
As more enterprises and developers deploy lightweight Linux images in cloud environments, the need for a streamlined, cloud-optimized configuration has grown. The new ‘cloud’ images aim to address this by focusing on:
Armbian makes it incredibly simple to create custom, cloud-optimized images tailored to your needs. Whether you’re an enterprise or an individual developer, you can brand and configure your Armbian cloud images to match your identity and requirements. Have always fresh Armbian OS with your brand!
By leveraging the Armbian build framework, you can easily build your own cloud images with custom configurations, packages, and branding. Get started today by visiting the official Armbian build repository.
Build command example:
./compile.sh \ BETA=no \ BOARD=uefi-x86 \ BRANCH=cloud \ BUILD_DESKTOP=no \ BUILD_MINIMAL=yes \ ENABLE_EXTENSIONS=image-output-qcow2 \ IMAGE_VERSION=25.2.3 \ RELEASE=noble \ VENDOR="Company" \ VENDORCOLOR="5;100;115" \ KERNEL_CONFIGURE=no \ KERNEL_BTF=yes
You can find download links at https://www.armbian.com/download/, or use the direct links below.
For the QEMU disk image (QCOW2) format:
https://dl.armbian.com/uefi-x86/Bookworm_cloud_minimal-qcow2
https://dl.armbian.com/uefi-x86/Noble_cloud_minimal-qcow2
https://dl.armbian.com/uefi-arm64/Bookworm_cloud_minimal-qcow2
https://dl.armbian.com/uefi-arm64/Noble_cloud_minimal-qcow2
and Microsoft Azure image format:
https://dl.armbian.com/uefi-x86/Bookworm_cloud_minimal-hyperv
https://dl.armbian.com/uefi-x86/Noble_cloud_minimal-hyperv
https://dl.armbian.com/uefi-arm64/Bookworm_cloud_minimal-hyperv
https://dl.armbian.com/uefi-arm64/Noble_cloud_minimal-hyperv
This update makes it easier for developers and businesses to deploy Armbian-based instances in the cloud without unnecessary bloat. Whether running on AWS, Google Cloud, Azure, or smaller providers and Qemu KVM / Proxmox, users can expect:
Armbian continues to evolve, ensuring that users benefit from its embedded Linux roots, embracing a philosophy of minimalism and efficiency that ensures optimal use of system resources. Community feedback is crucial in refining the cloud images, and we encourage users to test them out and contribute.
For more details, visit the official Armbian GitHub repository and join the discussion!
Stay connected and experience the next generation of Armbian cloud support today!
The post Armbian cloud images first appeared on Armbian.
This week’s Armbian update delivers a solid mix of wireless driver enhancements, board refinements, and quality-of-life improvements across the build system. Notably, rtw88 and rtw89 drivers are now enabled for kernel 6.12+, and Radxa Zero 3 receives mainline U-Boot and WiFi upgrades. Rock 3A sees multiple U-Boot tweaks, while NanoPi R3S and Odroid M2 benefit from version bumps and cleanup. Whether you’re maintaining a fleet or tweaking a personal project, there’s plenty in here to streamline your next build.
.itb
build fixed.netkit
for clarity.armbian-leds.conf
added for Radxa E20C Stay tuned for next week’s highlights!
We’re always looking for more contributors and supporters—whether you’re a developer, tester, or fan. This is the final week to donate to our crowdfunding campaign aimed at boosting tech support and growing the team. Let’s build something great together!
The post Armbian Weekly Highlights first appeared on Armbian.
We’ve integrated CodeRabbit into our code review process, and the results have been excellent. The AI-assisted reviews help us maintain higher code quality, improve efficiency, and streamline development. We’re happy with the improvements and look forward to continued enhancements.
FriendlyElec, a Platinum Partner of Armbian, is giving away the NanoPi R3S in collaboration with Armbian! Whether you need a new router, server, or IoT device, this could be your next ideal solution. To enter, grab your free raffle ticket today and get a chance to win! For details, visit FriendlyElec’s Nanopi R3S giveaway page.
Great news for Raspberry Pi users! Armbian images become available directly through the official Raspberry Pi Imager, making installation easier than ever. This integration brings Armbian’s optimized OS to Raspberry Pi, offering better stability, security, and performance.
current
u-boot to v2025.01Armbian is still accepting donations to enhance technical support, ensuring better documentation, faster issue resolution, and improved community engagement. Contributions help sustain development, optimize performance, and provide reliable updates for supported devices. Support Armbian’s growth today!
The post Armbian Weekly Highlights first appeared on Armbian.
In a groundbreaking development, the Armbian team has officially announced the Armbian Unified Kernel Initiative (AUKI), a revolutionary step towards simplifying Linux on ARM single-board computers. Starting with Armbian kernel v6.14, all previous kernel variants will be merged into a single, all-encompassing kernel that supports every single board and hardware feature out of the box.
Gone are the days of fragmented kernel versions, custom patches, and hardware-specific quirks. With the new AUKI framework, users no longer have to worry about selecting the right kernel for their device—it just works. Whether you’re running an old Allwinner-based board or a cutting-edge Rockchip or NXP system, the same kernel will seamlessly handle all drivers, features, and optimizations.
The traditional ARM boot process has been one of the biggest pain points for Linux users, requiring board-specific U-Boot implementations and patches. Armbian’s new boot method fully adopts UEFI standards, making it possible to boot any supported board just like an x86 PC. This means: Unified bootloader across all platforms
Secure Boot & TPM support on compatible hardware
Multi-boot from USB, NVMe, and SD cards with no extra configuration
Armbian kernel v6.14 also introduces instant real-time kernel switching. Whether you need a standard kernel for everyday tasks or a real-time kernel for low-latency applications, you can now toggle between the two by simply adding a kernel command-line switch—no recompiling, no reinstallation. Users can also switch modes effortlessly via armbian-config.
For the first time ever, hardware-accelerated AI inference and video decoding will be universally available on all supported ARM platforms. Whether you’re using Mali, Vivante, or Adreno GPUs, your web browser will automatically leverage full acceleration for machine learning and video tasks—without the need for extra drivers or proprietary blobs.
Thanks to deep optimizations and contributions from over 1,000 developers, Armbian kernel v6.14 delivers: Boot times under 2 seconds on most SBCs
50% overall performance improvement across the board
Enhanced power efficiency, extending battery life on mobile setups
These remarkable advancements were made possible by the Bates Foundation, a nonprofit organization dedicated to funding open-source initiatives where traditional businesses and governments fall short. Their generous support has enabled a global team of 1,000+ engineers to bring this vision to life.
The new kernel will roll out in Armbian’s next major release, with preview builds available starting today. Existing users will be automatically migrated via armbian-config. The future of Armbian—and ARM Linux as a whole—has never looked brighter.
The post Armbian Unified Kernel Initiative (AUKI): One Kernel to Power Them All first appeared on Armbian.
The Armbian development team has been hard at work implementing crucial updates, bug fixes, and optimizations to enhance performance and compatibility across a wide range of hardware. This latest batch of commits includes improved Wi-Fi support for multiple devices, HDMI audio and video enhancements, network management improvements, and critical package updates. Additionally, outdated or deprecated components have been removed to streamline system performance. Notable additions include initial support for BeagleBoard BeagleY-AI, security enhancements, and kernel updates for K3 boards. Stay up to date with the latest developments and experience a more stable, efficient, and feature-rich Armbian environment!
NetworkManager and systemd-networkd should never both be enabled at the same time. In this case, disable systemd-networkd, with message to the user that this is being done.
Avoid waiting for the NetworkManager-wait-online or systemd-networkd-wait-online service to complete in the midst of prompting for root account password.
software-properties-common was dropped from Debian Unstable and may or may not come back according to its maintainer. It provides the add-apt-repository binary.
c.f. https://github.com/wimpysworld/deb-get/issues/1215
drop obsolete policykit-1 package and replace with polkitd and pkexec from common includes for a variety of DE builds
Stay Updated with Armbian
For the latest news, updates, and discussions, visit:
Armbian Website
Forum
GitHub
Discord
Support the Project
Help keep Armbian development active! Consider contributing via:
Donate
Get Involved
About Rolling Releases
Armbian rolling releases are intended for experienced users and developers who are comfortable troubleshooting issues.
The post Armbian Weekly Highlights first appeared on Armbian.
Dear Armbians,
Stay ahead with the latest enhancements and fixes in Armbian’s rolling release! This update brings Rockchip64 improvements, including better eMMC stability, HDMI audio support, and a rewritten HDMI patch for Rock 5B. Board support expands with new additions like the PocketBeagle2, and BeagleBone AI-64. System stability gets a boost with U-Boot v2025.01, kernel upgrades, and improved package management.
With about one month left in the crowdfunding campaign, your help is crucial in expanding technical support and allowing the dev team to focus on implementing new features and fixing bugs. Keep Armbian strong—donate today! Contribute Here
Rolling releases undergo limited testing and are not recommended for production environments. However, they offer the latest features and fixes for developers and enthusiasts!
How to Access?
Rolling releases are available at the bottom of Armbian’s official download pages.
Switching Between Release Types
Guidance on transitioning between stable and rolling releases is available on Armbian’s website.
More Details & Full Changelog
View Full Release Notes
The post Armbian Weekly Highlights first appeared on Armbian.
Armbian continues to evolve with key updates across board configurations, hardware support, and kernel enhancements. This week introduces significant improvements, including switching CM3588 to mainline A-TF and upgrading RK322X-Box and RK3318-Box to U-Boot v2025.01. Armbian’s updated images now come with Home Assistant Core 2025.3 preinstalled, offering users enhanced smart home integration.
Hardware support sees notable bug fixes such as reset and power down problem on ODROID SM1 units, LCD panel overlay additions for Hinlink-H88K, and enabling CONFIG_DRM_PANEL_MIPI_DBI for Rockchip64-Edge and Current branches. Additionally, extensions for Radxa-AIC8800 was added to Rock-2A and initial support for the TI SK-AM69 board.
Further improvements include crucial fixes for Orange Pi 4 LTS, HDMI sound support for RK3588, and extended sunxi-6.12 enhancements, ensuring a more stable and feature-rich Armbian experience.
For full commit history and details, visit: Armbian Build Repository
How to Get Involved
Contributing to Armbian is as easy as donating $5. Your support helps improve hardware compatibility and sustain open-source innovation. If you can’t donate, but have skills, we’re always welcoming contributions to development, testing, and documentation!
Interested in contributing? Check out our GitHub repository to report issues, suggest improvements, or submit pull requests. Every contribution helps shape the future of Armbian!
Help us improve Armbian by testing, contributing, and reporting issues. Visit Armbian Community for more information.
Stay tuned for more updates!
The post Armbian Weekly Highlights first appeared on Armbian.
Dear Armbian Community,
We are thrilled to announce Armbian Release 25.2, packed with significant updates across our entire ecosystem! These updates are aimed at enhancing functionality, expanding hardware support, and refining the user experience for both developers and everyday SBC users. Let’s dive into the exciting new features!
You can find a detailed report here.
Armbian is growing, and we need your support! To expand development, improve support, and strengthen our team, we’ve launched a crowdfunding campaign. If you value open-source innovation, consider contributing and joining our mission.
Our focus remains on boards with platinum support, where vendors assist in mitigating costs, ensuring top-tier support, and contributing to open-source efforts. If you’re looking for the best-supported boards, we highly recommend selecting from this category.
We’re incredibly grateful to our new partner netcup for generously providing us additional computing and hosting capacity. Your support is driving our mission forward!
Armbian remains a community-driven project. We cannot maintain this large and complex ecosystem without your support. Whether it’s rewriting manuals, scripting, or reviewing contributions, there’s a place for everyone.
For production environments, we recommend:
We extend our deepest gratitude to the remarkable contributors who played a pivotal role in this release.
Special thanks to: @igorpecovnik, @github-actions, @rpardini, @amazingfate, @The-going, @brentr, @halfa, @ginkage, @EvilOlaf, @paolosabatino, @tjstyle, @efectn, @pyavitz, @CodeChenL, @JohnTheCoolingFan, @andyshrk, @dependabot, @chainsx, @SuperKali, @dimitry-ishenko, @adeepn, @way5, @ArendJan, @alex3d, @jomadeto, @nyanmisaka, @HeyMeco, @belegdol, @marcone, @timsurber, @Tonymac32, @bmilde, @AaronDewes, @3V3RYONE, @lanefu, @walmis, @pykpkg47, @Ryzer58, @swissiety, @janvolck, @akinomyoga, @jpy794, @WiseLord, @torte71, @blieque, @domin144, @qbisi, @mlegenovic, @retro98boy and many others.
A special thanks to our dedicated support staff: Igor, Didier, Lane, Adam, Werner, Barry, Metka, Aaron, Michael and more for their continuous efforts and support.
Armbian thrives on community involvement. Your contributions are crucial to sustaining this vibrant ecosystem. Whether you’re an experienced developer or just getting started, there’s always a way to contribute.
Thank you for your continued support!
The Armbian Team
The post Armbian v25.2 first appeared on Armbian.
As we approach our next point release, the focus shifts entirely towards bug fixing and stabilization. Feature development is on hold this month to ensure that core functionalities like network connectivity, video output, and booting processes are solid. We aim to resolve as many issues as possible during this period. However, we encourage users to report any recognized problems here so that they can be addressed in future updates.
We are targeting kernel v6.12 for our current builds and v6.13 for edge builds, while vendor kernels will remain at their latest versions. We are releasing major upgrade on Rockchip vendor kernel. We focus on providing stable builds where we have active maintainers who are well-versed in the current status of images. If you’re interested in contributing, consider stepping up.
.csc
to .conf
here and add yourself as a maintainer.Release Deadline: February 20th
If there’s something you can’t manage, please open a ticket.
Thank you for your contributions and dedication. Stay well and safe!
The Armbian team
The post Release is coming! first appeared on Armbian.
Dear armbians,
The ThinkPad X13s hummed as the kernel upgraded, while Rockpi-S saw multiple fixes—its new kernel demanding a bootloader update, now automated. A ghost touch vanished from BigTreeTech boards. Meanwhile, CoolPi GenBook awaited revival, and Ubuntu Plucky arrived—an era of seamless innovation unfolded.
Special thanks to our contributors:
Contributing to Armbian is as easy as donating $5. Your support helps improve hardware compatibility and sustain open-source innovation. If you can’t donate, but have skills, we’re always welcoming contributions to development, testing, and documentation!
Interested in contributing? Check out our GitHub repository to report issues, suggest improvements, or submit pull requests. Every contribution helps shape the future of Armbian!
The post Armbian Weekly Highlights first appeared on Armbian.
As we step into the new year, we are excited to share the latest updates and improvements from the Armbian community. These changes reflect our continued commitment to enhancing user experiences, supporting innovative hardware, and streamlining development workflows.
KERNEL_TEST_TARGET=current
, enabling focused testing on the latest kernels.overlayroot_cfgdisk
to maintain compatibility with existing setups while refining the underlying management process.rtl8811cu
driver has been partially reverted to address compatibility issues with kernel 6.6. This ensures stable connectivity for users relying on this hardware.post_armbian_repo_customize_image
and post_repo_customize_image
, allowing developers to tailor builds more effectively with automated scripts.
For a complete overview of the latest changes, visit the Armbian GitHub page.
Thank you for your continuous support to the Armbian community!
The Armbian team
The post Armbian Weekly Highlights first appeared on Armbian.
As we step into this exciting new year, we at Armbian would like to extend our warmest wishes for a Happy New Year to our amazing community! Thank you for your continued support and contributions that make Armbian what it is today. Together, we look forward to achieving great things and exploring new possibilities in Linux and open-source innovation.
Armbian continues to push the boundaries of Linux performance and hardware compatibility with its rolling release updates. The latest changes in version v25.2.0-trunk.274 bring exciting enhancements in camera module support, board features, and software tools, all while maintaining a focus on stability and innovation.
Camera Module Support Armbian now supports the Raspberry Pi Camera Modules on certain Rockchip hardware, expanding its capabilities for embedded systems and IoT applications:
Board Enhancements
Software Enhancements
These updates reflect Armbian’s dedication to delivering user-friendly, powerful tools for a seamless experience.
U-Boot Improvements
Refinements in U-Boot build processes ensure better stability and clearer configurations for developers:
Kernel Updates
Armbian’s progress is made possible by the contributions of its dedicated developers. A big thank you to @rpardini, @bmx666, @amazingfate, @igorpecovnik, @efectn, and @timsurber for their hard work!
The Armbian team is excited about the year ahead, aiming to introduce even more innovative features and improvements. With the support of a growing community, Armbian will continue to lead in providing a robust Linux experience for single-board computers. Together, let’s achieve new milestones and explore endless possibilities!
Stay updated by visiting the Armbian releases page.
The post Happy New Year 2025! Armbian Weekly Highlights first appeared on Armbian.
As the holidays approach, the Armbian team continues to bring you exciting updates and improvements to make your development experience even better. Whether you’re tinkering with new boards over the festive break or updating your systems for the new year, here’s what’s new this week:
Armbian offers rolling releases, providing more frequent updates for cutting-edge features. However, these builds are not thoroughly tested and are unsuitable for production environments.
Important: Before switching to a rolling release, review the automated tests to ensure compatibility.
These updates demonstrate Armbian’s ongoing commitment to delivering cutting-edge technology, improved hardware support, and enhanced system functionality.
For a complete overview of the latest changes, visit the Armbian GitHub repository.
The post Armbian Weekly Highlights first appeared on Armbian.
Armbian continues its evolution with exciting updates, new features, and bug fixes. Below are the highlights:
rk-6.1-rkr4.1
for vendor kernel.CSC
category.Stay up-to-date with all the latest developments by visiting the Armbian GitHub Repository. Whether you are testing rolling releases or contributing to the project, Armbian offers a unique opportunity to explore the forefront of Linux on ARM devices, driven by a passionate community of developers and users.
The post Armbian Weekly Highlights first appeared on Armbian.
Armbian continues to evolve with exciting updates, optimizations, and bug fixes across its ecosystem. Here are the highlights from the past week:
While we’re proud of the progress made, software development inevitably involves challenges. Along with numerous fixes and enhancements, some regressions have been introduced.
We appreciate your patience and understanding as we address these issues.
Contributing to Armbian strengthens the open-source community, benefiting developers, users, and enthusiasts worldwide. By participating, you help expand hardware support, improve system reliability, and foster innovation. Contributors gain valuable experience in kernel development, device driver optimization, and Linux system integration.
Open-source projects thrive on collaboration, and Armbian is a testament to how collective effort transforms challenges into robust solutions. Whether fixing bugs, enhancing documentation, or contributing code, every effort helps Armbian deliver a superior experience for its users.
Explore Armbian’s GitHub repositories and join the movement! Your contributions empower an ecosystem built on transparency, inclusivity, and community-driven progress.
The post Armbian Weekly Highlights first appeared on Armbian.
Dear Armbian Community,
We are thrilled to announce Armbian Release 24.11.1, packed with significant updates across our entire ecosystem! These updates are aimed at enhancing functionality, expanding hardware support, and refining the user experience for both developers and everyday SBC users. Let’s dive into the exciting new features!
These updates are focused on improving performance, expanding hardware support, and refining tools for developers and SBC users alike. Visit the provided links for more comprehensive information on each update.
We are introducing significant advancements in the userspace with our refactored system configuration utility, armbian-config, rewritten from the ground up. This utility supports customization and automation of tasks in the Armbian environment, simplifying setup processes for various configurations and use cases. It helps users configure networks, manage SSH settings, adjust hardware features, and easily install or uninstall software packages. We have integrated unit testing and fast updates through GitHub, maximizing efficiency. We welcome your contributions!
Armbian is available in both Debian and Ubuntu flavors. Each variant has its unique strengths, but we treat them both equally to ensure a consistent Armbian UX experience. We provide a smooth and straightforward Netplan assisted lightweight systemd-networkd or feature rich Network Manager based networking solution, ensuring consistent network configurations across different images. Migration between Armbian, Ubuntu, or Debian is seamless. Whether you need to set up an Access Point or simple or advanced networking, we’ve got you covered. For application installations, use armbian-config for a quicker setup or follow the standard installation path.
With a single command or through a menu-driven process, users can install popular software packages such as Docker, Portainer, Pi-Hole, OpenHab, and Kuma. The selection of available software titles is expanding rapidly through our system configuration tool. We designed this tool to allow new installation scripts to be added effortlessly, enabling community contributions. Comprehensive automation is in place to verify code from multiple perspectives, and unit tests for each function as well as automatic documentation generation are supported. Once a new feature is added, we regularly verify it for deployment and reliability.
To offer the best possible user experience and ensure compatibility, we provide dedicated images with pre-configured applications on top of a clean Armbian OS. These dedicated images contain only the essential components required to run specific applications, delivering optimal performance. For instance:
These dedicated application images are optimized for their respective purposes and provide the essentials without the overhead of unnecessary components. This enables users to focus directly on their application goals without the hassle of configuration from scratch.
While Armbian primarily focuses on minimal OS images for deployments, our desktop variants are designed to deliver streamlined desktop experiences on both x86 workstations and many small SBCs. We have narrowed our desktop environments to KDE Neon, Gnome, and XFCE. All three options are available for powerful hardware, while XFCE is the choice for low-powered, older devices. Each option comes with 3D acceleration if the SoC supports it, and Rockchip-based hardware also features 4K video playback out of the box.
We are collaborating with leading vendors of single-board computers (SBCs). Recently, in partnership with Radxa, we successfully deployed a low-power mirror server running Armbian, built around their ITX platform: Radxa Rock 5 ITX. We also provide platinum support for this hardware, as well as for Rock 5B+ and 5C models.
In collaboration with Khadas, we maintain Khadas Edge2 and several models from the VIM series. Additionally, we organized a giveaway of two powerful Mind workstations, limited to active contributors to the Armbian project. Open source maintainers sacrifice their time to ensure the smooth functioning of the code we all use, and we wanted to show our appreciation.
We also offer platinum support for the Allwinner-powered CB1, developed by the renowned 3D printer manufacturer Bigtreetech. In collaboration with BananaPi Tech, we provide advanced support for their computing module CM40 and the Rockchip RK3588-powered BananaPi M7. We are also developing for their RISC-V platform-based BananaPi F3.
Our renewed cooperation with FriendlyElec sees us maintaining several devices, such as the M6, T6, and R6x, all built around RK3588. Additionally, we offer advanced support for Mekotronics, Innovato, Libre Computer, Texas Instruments, JetHome, SmartNow, AlfredSmart, and others. Our contribution to the community is in providing OS images for all build targets. However, for boards that are not under active team supervision, while most of them function well, we cannot commit to resolving tickets related to unsupported models due to limited resources.
Our heartfelt gratitude goes out to individuals who have significantly contributed to the growth and success of Armbian:
@AaronDewes, @adeepn, @aiamadeus, @alex3d, @alexl83, @amazingfate, @as-jackson, @belegdol, @benhoff, @bmilde, @brentr, @btbxbob, @buldo, @chainsx, @ColorfulRhino, @davidandreoletti, @dependabot, @dimitry-ishenko, @dust-7, @efectn, @EvilOlaf, @fridtjof, @ginkage, @HeyMeco, @hqnicolas, @igorpecovnik, @IsMrX, @itlhd, @JohnTheCoolingFan, @jomadeto, @Joshua-Riek, @lpapadakos, @mahdichi, @mattx433, @monkaBlyat, @MrSuicideParrot, @mr-toolcraft, @mschirrmeister, @paolosabatino, @pyavitz, @pykpkg47, @RadxaNaoki, @RadxaStephen, @rpardini, @rvalle, @schmiedelm, @schwar3kat, @sicXnull, @siis2992, @SuperKali, @Tearran, @The-going, @Tonymac32, @viraniac, @williammartin
We also thank our support staff: Didier, Lanefu, Adam, Werner, Aaron, and many more for their dedicated expertise in providing support and guidance.
We also extend our gratitude to our esteemed partners. Find out more about them here. Your contributions and support are invaluable in shaping the Armbian community and its success.
Thank you for your continuous support of the Armbian community!
The Armbian Team.
The post Armbian v24.11 first appeared on Armbian.
Dear Armbians, here are the latest highlights
Stay up-to-date with all the latest developments by visiting the Armbian GitHub Repository. Whether you are testing rolling releases or contributing to the project, Armbian offers a unique opportunity to explore the forefront of Linux on ARM devices, driven by a passionate community of developers and users.
The post Armbian Weekly Highlights first appeared on Armbian.
[Armbian newsletter] - Armbian Development Highlights
in SBC News
Posted
Armbian Development Report: Continued Progress and Community Momentum
Over the past two weeks, the Armbian project has made steady and meaningful progress across core infrastructure, board support, and kernel development. From bootloader improvements to expanded hardware compatibility, our contributors continue to push the platform forward. This update highlights recent technical advancements, bug fixes, and community contributions that help power the Armbian ecosystem.
Highlights
Pcduino2/3 Gain HDMI and Display Fixes
HDMI output is now supported, and a regression affecting display output on Pcduino2 and Pcduino3 boards has been resolved.
#8341
Key Bootloader and Memory Enhancements
Updates include a boot fix for Inovato Quadra, u-boot bumps for Banana Pi Zero3 and 2W, and the addition of 1.5GB memory support.
#8334
Enhanced Repository Security
Improvements include a new signing key, dual signing support, and better GPG key handling via APA.
#8323, #8320, #8316
Improved TI Board Support
Texas Instruments boards now benefit from a custom Debian repo, pre-installed packages, and a Real-Time (RT) kernel config option.
#8305, #8280
Meson64 Security Boost
Kernel Address Space Layout Randomization (KASLR) is now enabled by default to improve runtime security.
#8354
New Features
Add
rtl8723ds
Bluetooth support to Gateway GZ80xAdd HDMI support for Pcduino2/3 and fix sun4i-drm regression
TI: Add Debian repo and default packages
TI: Add Real-Time kernel config for
current
Bug Fixes
Fix Odroid-C4 I2C overlays (6.15 kernel)
Fix I2C overlays for Odroid-C4
Fix WAN interface naming on Nanopi R6/R5 (Netplan rules)
Fix DP alt mode on some rk3399 boards (6.15 kernel)
Improvements
Enable KASLR in Meson64 config
Enable USB serial on PocketBeagle2
Add GPIO names to Rock-5C DTS
Update u-boot and fix Bluetooth on BPI-M4-Zero
Align Rock-5B-Plus edge kernel (6.16) with upstream
Allwinner: Bump current to 6.12.35 and edge to 6.15.4
Re-enable xradio wireless driver for Allwinner 64-bit
Bootloader/memory improvements for multiple boards
Update SpacemiT kernel to 6.6.95
Remove WiFi patches (merged upstream in 6.16)
Refactor Rockchip64 patches
Bump Rockchip64 edge to 6.16-rc3
Enable Ethernet & USB serial modules on Beagle boards
Add new GPG signing key
Support dual signing of repos
APA: Handle GPG key installation
Update TM16xx driver for Rockchip64 edge
Community Contributions
@veduco
@pyavitz
@Ayush1325
@EvilOlaf
@Ryzer58
@HeyMeco
@igorpecovnik
@amazingfate
@paolosabatino
@jsuhaas22
@hyx0329
@leggewie
Looking to join live chats with Armbian developers and users? The Armbian Community Calendar lists upcoming voice chats, planning sessions, and community events. Stay informed and be part of the conversation!
The post Armbian Development Highlights first appeared on Armbian.
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