Linus Torvalds has officially released the first release candidate for the Linux kernel version 6.16, signaling the conclusion of the merge window and the transition into the testing phase for the newly integrated code. The recent merge window was relatively standard, with a noticeable increase in pull requests towards the end of the second week. Approximately half of the changes involve updates to drivers, particularly in the GPU and networking sectors, while the non-driver changes are evenly split into three categories: architecture updates, documentation and tooling enhancements (including improvements to the perf tool and self-tests), and core changes encompassing filesystems, memory management, and networking.
In total, the release includes just under 13,000 non-merge commits and about 1,000 merges, contributed by 1,783 unique authors. This diverse collaboration highlights the active community behind the Linux kernel and its continuous evolution.
The release notes provide a high-level overview of significant changes and contributions, encompassing various aspects like filesystem updates, improvements in memory management, and networking enhancements. Some notable contributors include Al Viro, who made updates to UFS and automount features, and Greg KH, who focused on driver core updates and USB enhancements.
As the community moves forward, developers and users alike are encouraged to test the new features and report any issues. The continuous feedback loop is essential for refining the kernel before its final release.
To access the full source code and patch, you can visit the links provided in the original announcement. The detailed change log outlines contributions from various authors and areas, showcasing the breadth of work involved in this release.
Looking ahead, the Linux kernel development community is expected to focus on refining and stabilizing the codebase, integrating feedback from testers, and preparing for subsequent release candidates leading up to the final version of 6.16. The collaborative effort reflects the open-source ethos, with developers worldwide contributing their expertise to enhance the Linux ecosystem
In total, the release includes just under 13,000 non-merge commits and about 1,000 merges, contributed by 1,783 unique authors. This diverse collaboration highlights the active community behind the Linux kernel and its continuous evolution.
The release notes provide a high-level overview of significant changes and contributions, encompassing various aspects like filesystem updates, improvements in memory management, and networking enhancements. Some notable contributors include Al Viro, who made updates to UFS and automount features, and Greg KH, who focused on driver core updates and USB enhancements.
As the community moves forward, developers and users alike are encouraged to test the new features and report any issues. The continuous feedback loop is essential for refining the kernel before its final release.
To access the full source code and patch, you can visit the links provided in the original announcement. The detailed change log outlines contributions from various authors and areas, showcasing the breadth of work involved in this release.
Looking ahead, the Linux kernel development community is expected to focus on refining and stabilizing the codebase, integrating feedback from testers, and preparing for subsequent release candidates leading up to the final version of 6.16. The collaborative effort reflects the open-source ethos, with developers worldwide contributing their expertise to enhance the Linux ecosystem
Linux Kernel 6.16-rc1 released
Linus Torvalds has announced the release of the first release candidate for Linux kernel 6.16, marking the end of the merge window and the start of testing and fixing the new code. The merge window was fairly normal, with a slight upward bump at the end of the second week. The non-driver front consisted of one-third arch updates, one-third documentation and tooling (perf tool and self-tests), and one-third "the rest". The last part includes core changes in filesystems, core kernel, MM, networking, etc.
