# Armbian October 2026 update expands SoC support and modernizes bootloaders

> **Key takeaway:** Armbian has significantly expanded its hardware compatibility list and updated core bootloader and kernel components for ARM and RISC-V single-board computers.

**Published:** 2026-10-28T20:17:48+00:00 
**Source:** Armbian Linux for ARM/RISC-V SBCs 
**Category:** open-hardware 
**Canonical URL:** https://fosswire.org/news/armbian-october-2026-update-expands-soc-support-and-moderniz.html 

## Summary
The October 2026 Armbian newsletter details a major development cycle focused on broad hardware enablement and platform maturation. The update introduces support for a wide array of new devices, including the Pine64 Quartz64 Zero, NVIDIA Jetson Nano, and various Banana Pi and Radxa boards.

Beyond hardware support, the release includes critical infrastructure upgrades such as a transition to U-Boot v2026.10 and TF-A lts-v2.14.11. Significant kernel advancements were also noted, with mainline kernel progression reaching version 7.3 for several architectures, alongside specialized refinements for Rockchip and Amlogic platforms.

## Technical advancements in bootloaders and kernels
- **Bootloader & Firmware:** A coordinated refresh has moved multiple platforms to U-Boot v2026.10 and TF-A lts-v2.14.11, accompanied by updated DDR blobs for improved stability.
- **Kernel Progression:** Mainline kernel support has advanced to version 7.3 across rockchip64, meson64, sunxi, and uefi targets.
- **Rockchip Optimizations:** Specific improvements include 6 Gbps SATA support on RK3588, Panfrost GPU overlays for RK3576, and the consolidation of the rk35xx-vendor-next kernel branch.
- **Tooling Upgrades:** Armbian Imager 2.5 introduces board-scoped profiles, an ext4 writer hardening mechanism, and a new settings page to streamline device setup.

## Why it matters
These updates provide a more stable and modern software foundation for users of ARM and RISC-V single-board computers, particularly those using Rockchip SoCs. The improved imager and kernel mainline progression reduce the friction for developers and enthusiasts deploying Linux on diverse edge computing and handheld hardware.