Originally posted by perpetually high
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Unknown to most persons, the installed version of the Linux kernel is often different to the version included in the final release candidate. If installation has access to the coder's repositories, it usually upgrades the Linux Kernel, and other applications, to the very latest "approved" by the official coder of the operating system. This authorized upgrade is usually NOT the very latest version, either of the Linux kernel, nor of the other Linux parts.
Unknown to most people, the official source code released by "The Linux Foundation" is updated every several days. As usual, each upgrade has known bugs fixed, but poor optimizations, and the unknown bugs are still to be discovered. These unknowns will take many years to be finally "removed".
The Ubuntu-based operating systems include many more than the official Ubuntu-approved family. However all these Ubuntu-based, and some Debian-based systems can benefit with the latest Linux kernel, seconds after the release by "The Linux Foundation". A few disadvantages of this Ubuntu-compilation: it is not speed-optimized when compiled, compared to that in Clear Linux. Secondly, it includes binary-bits that Ubuntu includes, with Ubuntu compilation-settings. This may not suit some end-users.
There do exist Ubuntu-based & Debian-based operating systems which deliberately use their own compilation methods. These private optimizations may have no binary-bits at all. Whether any have the "Clear Linux" optimizations is unknown to me. The "gain" of these benchmark-speed optimizations could possibly be due to some other engineering loss in other regards. Is the gain ok with backwards or forwards compatibility? Do the many wide range of applications work well with such a narrow-based operating system?
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