Given the recent discussions over the default performance of the Linux scheduler, the Liquorix patches to the Linux kernel, and other recent forum discussions over different kernel configurations and flavors, here are some reference benchmarks looking at the performance of some of the kernel options available to Clear Linux users.

Following Fedora's plans to begin using EarlyOOM by default and other recent upstream discussions about Linux's relatively poor performance when it comes to the Linux desktop not handling memory pressure / low RAM situations well, Intel's Clear Linux looks like it will soon offer EarlyOOM as an option.

In addition to Clear Linux seeing more performance optimizations in 2019 (more so than Fedora and Ubuntu during the year), it also benefited from a new desktop installer, new help forums, and more of Intel's partners talking about their current or planned usage of Clear Linux.

With our various ending-2019 and end-of-2010s articles, the standout on the Linux performance front has certainly been Intel's Clear Linux in consistently delivering the leading Linux x86_64 performance throughout all of our testing on many different tests and hardware platforms. Here's a look back at some of the Clear Linux highlights.

One year and one week since announcing the Deep Learning Reference Stack built atop Intel's open-source technologies like Clear Linux and Kata, the Deep Learning Reference Stack 5.0 was released today.

A month ago at the Open-Source Summit Europe 2019 in Lyon, France, Intel's Kelly Hammond who serves as the company's Senior Director of System Platform Software talked up their open-source contributions with a particular emphasis on performance. The video from that keynote was recently published for those curious about Intel's open-source work in the name of performance, including Clear Linux.

Intel developers are still working on some interesting improvements to Clear Linux itself this quarter on top of keeping up to date with the latest upstream software it packages.

For those that had been interested in GNOME 3.34 for Intel's Clear Linux when running their developer-focused, performance-optimized desktop those packages have now landed.

Often when doing cross-distribution benchmarks, readers often comment on the performance of Clear Linux particularly for video encoding use-cases as surprisingly different from other distributions. Some argue that it's just over the default CPU frequency scaling governor or compiler flag defaults, so here is a look at that with Ubuntu 19.10 daily benchmarked against Clear Linux.

For those anxious to make use of GNOME 3.34 with its many own performance improvements atop Intel's performance-optimized Clear Linux rolling-release distribution, it looks like the wait is still going on for a few more days but is coming "soon-ish" to the platform.

Given the interest last week in how Clear Linux dropped their kernel boot time from 3 seconds to 300 ms, here are some fresh boot time benchmarks of Clear Linux compared to Ubuntu 19.10 on both Intel and AMD hardware.

Intel's speedy Clear Linux distribution could be running under the hood of your car.

Intel engineer Feng Tang spoke at this week's Linux Plumbers Conference in Lisbon, Portugal on how the Clear Linux team managed to boot their kernel faster. They started out with around a three second kernel boot time but cut it down to just 300 ms.

You may recall that back in July Intel's Clear Linux team was looking for feedback on Linux developer workflows and other developer preferences. This survey wasn't limited to Clear Linux users and the results are now published which provide for some interesting data points.

Intel's Clear Linux team on Wednesday announced their Deep Learning Reference Stack 4.0 during the Linux Foundation's Open-Source Summit North America event taking place in San Diego.

While Arch Linux remains the gold standard for quality Linux documentation, Intel's Clear Linux has rolled out a new documentation web-site to assist new/existing users in making use of this performance-optimized and security-oriented Linux operating system.

For more than one year we've been hearing of Clear Linux working on Windows WSL support to allow for this performance-optimized Linux distribution to run within Microsoft's Windows Subsystem for Linux. There isn't an official release yet, but at least now is a third-party installer/script for making it possible to setup such a configuration.

Over the course of July, Intel's rolling-release Clear Linux distribution shifted from Linux 5.1 to the brand new Linux 5.2 kernel, pulled in the latest GCC9 branch compiler fixes, updated to Python 3.7.4, rolled out a new OpenJDK build, and had many other package updates and original optimizations applied.

In recent months we've heard of Intel engineers working on better supporting third-party packages on Clear Linux that would be akin to Arch's AUR, Ubuntu's PPA, or Fedora's Copr systems for allowing unofficial/third-party packages to be more easily made available particularly in cases of closed-source software. It looks like that internally that system is now in beta as they work towards having more software available on Clear Linux.

Intel's Clear Linux crew has launched a twelve-question survey seeking feedback on your Linux usage though the survey slightly caters towards developers. While the survey is being put out by Intel's performance-oriented Linux distribution, users of any Linux platform are encouraged to participate.

While Clear Linux as part of its standard bare metal installations has long defaulted to having an AVX2-optimized GNU C Library installed by default, it turns out that it wasn't part of the default os-core bundle as used by containers. That though is changing and should yield even better out-of-the-box performance when running Clear Linux within containers.

Auke Kok of Intel / Clear Linux carried out the distribution's first ask-me-anything session today where he fielded questions ranging from Steam to under-served software projects.

Last month Clear Linux rolled out new kernel options as bundles for those wanting to run a mainline/vanilla kernel build on this Intel open-source distribution without their extra patches applied as well as other options. Here are some benchmarks of those different kernel flavors available to Clear Linux users.

Most Linux distributions allow unfettered access to dmesg for seeing the kernel log outputs, but seeing as kernel addresses can be dumped to this output and could be exploited by bad actors, Clear Linux is joining the select few Linux distributions so far blocking non-root users from seeing this output mostly used for debugging purposes.

If you have been curious about Intel's Clear Linux distribution given its stellar performance, usability improvements now with its new desktop installer and forming of the Clear Linux Developer Edition, and growing industry adoption, tomorrow they are hosting a public event in Santa Clara, California.

Of Intel's many open-source projects, taking a central role at this year's Intel Open-Source Technology Summit was Clear Linux. Most Intel open-source efforts mentioned during the event point back to Clear Linux in some capacity and at OSTS2019 we finally heard some of the companies that are beginning to make use of Clear Linux.

Intel's Clear Linux platform is preparing some new alternative kernel options and they are quite interesting from a testing/benchmarking perspective.

Not only does Intel's Clear Linux distribution offer stellar out of the box performance, but they seem to be making it increasingly user/desktop friendly at this stage. There's been new GUI installer work as well as the launching of their own support forums.

While Clear Linux has been outperforming other Linux distributions the past several years, it's a never ending job for them of continuing to lead the way in squeezing more performance out of x86_64 hardware on Linux. During the month of April, some more performance improvements were achieved though also a few regressions appeared to have slipped into their builds.

Intel's performance-optimized Clear Linux distribution is preparing to be one of the first distributions relying upon LLVM 8 (and Clang 8) out-of-the-box as the latest major release for this widely-used compiler stack.