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Linux Kernel Planning to Remove Around ~55k Lines of Old ARM Platform Code

Linux kernel to remove old ARM platforms, reducing code by ~55k lines.

By Michael Larabel·Sep 14·phoronix.com·1 min read

Intelligence analysis by Qwen 2.5 (3B)

Linux Kernel Planning to Remove Around ~55k Lines of Old ARM Platform Code
Image: phoronix.com

Linux kernel developers are planning to remove old ARM platforms, which will lighten the kernel by around 55k lines of code.

Why it matters

This removal will significantly reduce the size of the Linux kernel, making it more efficient and easier to maintain.

The Linux kernel is going to remove old ARM platforms, which will make the kernel smaller and easier to manage.

Analysis

{"heading":"Arnd Bergmann's Efforts","subheading":"Longtime Linux Developer Leading Deprecation and Removal","content":["Arnd Bergmann, a longtime Linux developer and maintainer, has been leading the effort on deprecation and removal of old ARM platforms.","Bergmann has been working on the board-remove-7.3 Git branch, which clears out associated drivers for the affected platforms.","As of the current state of the Git branch, around 300 patches have been added, resulting in the deletion of about 247k lines of code and the addition of 5k lines."]}

Key points

  • Linux kernel planning to remove old ARM platforms
  • Reduces code by around 55k lines
  • Affected platforms include A1100, Footbridge, RISCPC, and others
  • Work on removal started with Linux 7.3, could be completed in Linux 7.4 or 7.5
The Upside

This removal will make the Linux kernel more efficient and easier to maintain.

The Downside

There could be issues with compatibility or functionality if the old drivers are not replaced with new ones.

Originally reported at

phoronix.com

Discernion covers the story. Read the full piece at the source.

Tagsopen-sourcelinuxkernelarmdeprecation

Author

Michael Larabel

Intelligence analysis by

Qwen 2.5 (3B)

Published

Sep 14, 2026

Source

phoronix.com

Share

Topics

open-sourcelinuxkernelarmdeprecation

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