For those curious how Ubuntu 17.04 is shaping up, considering this week was the "beta" release for participating flavors, I decided to take a fresh Ubuntu 17.04 x86_64 daily ISO and see how its performance compares to Ubuntu 17.10, Clear Linux 13600, Antergos 17.2, and openSUSE Tumbleweed.
This week I've published Windows 10 vs. Linux NVIDIA gaming benchmarks and a Radeon Software Windows 10 vs. RadeonSI/RADV Linux comparison with a variety of interesting games. For this third article on the topic of Windows 10 vs. Linux performance are a few Intel HD Graphics 630 benchmark results.
On Monday I published a Windows 10 vs. Ubuntu Linux gaming performance comparison with NVIDIA GeForce graphics while today the tables have turned and is a Windows vs. Linux gaming benchmark battle with AMD Radeon graphics.
Here is a fresh round of some out-of-the-box Linux distribution tests when focusing on different server/workstation workloads. Featured in this comparison is Antergos 17.2-Rolling, Clear Linux 13200, Fedora 25, Scientific Linux 7.3, Ubuntu 16.04.1 LTS, Ubuntu 16.10, and openSUSE Tumbleweed 20170205.
For those curious about the current Kabylake graphics performance between Windows 10 and Linux, here are some OpenGL benchmark results under each operating system. Windows 10 Pro x64 was tested and the Linux distributions for comparison were Ubuntu 16.10, Clear Linux, Antergos, Fedora 25 Xfce, and openSUSE Tumbleweed.
At the end of December I posted a number of Linux workstation/server distribution benchmarks while this article has the results from the more desktop-focused (non-graphics) Linux distribution benchmarks. Up for benchmarking off a Skylake NUC in this article was Antergos, Fedora 25, Ubuntu 16.10, openSUSE Tumbleweed, Debian 9 Testing, and Intel's Clear Linux.
Last week I published various Linux workstation/server distribution OS benchmarks for ending out the year on the Linux distro comparison front (though a desktop/gaming focused comparison is coming this week) while for those curious here are some BSD operating system results compared to the Linux workstation/server performance figures.
The latest for your enjoyment of our year-end comparison articles and benchmarks is a fresh comparison of various workstation/enterprise/server oriented Linux distributions when looking at relevant workloads. Testing for this distribution comparison being done from a Core i7 6800K Broadwell-E system while a desktop-focused Linux desktop comparison for winter 2016 will be posted still before year's end.
If you have been curious how the performance of the GNU/Linux stack has evolved over 2016, I ran some benchmarks of the rolling-release Clear Linux from the start of 2016 compared to this week to see how gains in the upstream software have evolved as well as their aggressive out-of-the-box optimizations for this operating system out of Intel's Open-Source Technology Center.
When benchmarking Intel's Clear Linux distribution earlier this year we found its Intel graphics performance to be quite good and slightly faster than other Linux distributions even when Clear was using an older version of Mesa. Now with Clear Linux having switched to Mesa 13, I decided to run some fresh Intel OpenGL benchmarks on it compared to other distributions.
The latest target of our Linux benchmarking at Phoronix are running various performance benchmarks under different Docker operating system images. The images used for benchmarking were the latest of Ubuntu, Clear Linux, CentOS, Debian, and Alpine while comparing the benchmark results to running on the bare metal host.
For those curious how openSUSE Leap 42.2, which was released last week, compares performance-wise to Leap 42.1 and the rolling-release openSUSE Tumbleweed, here are some benchmarks today for your viewing pleasure. Also included with this openSUSE performance comparison was Intel's Clear Linux distribution as an independent metric of a distribution that's generally among the fastest thanks to the aggressive optimizations by default.
While I generally wait until a few days/weeks past a Fedora release to upgrade, this past weekend I already switched my main production system over to Fedora 25 ahead of tomorrow's release. That's the first time I've been so ambitious with a Fedora release, but in testing it over the past few weeks (and months) on a multitude of test systems, the quality has been excellent and by far is most favorite release going back to the Fedora Core days -- and there's Wayland by default too, as just the icing on the cake.
As usual when there's a new Ubuntu Linux, the requests come in for running OpenGL graphics/game benchmarks under the different desktop options. For some Ubuntu 16.10 on Intel Mesa graphics tests are results for GNOME Shell, Xfce, LXDE, KDE Plasma, Openbox, MATE, and Unity running atop X.Org.
Back in April I did tests showing how Intel's Clear Linux distribution showed much potential for HD/Iris Graphics performance, something that intrigued many Phoronix readers since Clear Linux would generally be seen as a workstation/cloud/container-optimized Linux distribution and something with not much emphasis on the desktop or gaming. Those earlier tests were with Ubuntu 16.04, bur with Ubuntu 16.10 coming out this week, here are some fresh tests of Clear Linux and Ubuntu Yakkety Yak on an Skylake HD Graphics system.
Yesterday I published some macOS 10.2 vs. Ubuntu 16.04 LTS benchmarks from a Mac Mini and MacBook Air systems. For those curious if BSDs can outperform macOS Sierra on Apple hardware, I tested the MacBook Air with FreeBSD 11.0 compared to the Linux and macOS results on that Core i5 system. Here are those results.
Apple released macOS 10.12 "Sierra" last week as the successor to OS X El Capitan. Given this annual update to macOS / OS X, here are benchmarks of macOS Sierra compared to Ubuntu 16.04 LTS on a MacBook Air and Mac Mini computers.
For your viewing pleasure this weekend are benchmarks of TrueOS 20160831 (the rolling-release distribution formerly known as PC-BSD), DragonFlyBSD 4.6, GhostBSD 10.3, FreeBSD 11.0-RC2, and PacBSD 20160809 (formerly known as Arch BSD) all benchmarked from the same system! Plus for reference to the Linux numbers are Ubuntu 16.04.1 LTS and Clear Linux 10040 being compared to these BSDs on the same tests and hardware.
Following the seven-way Linux distribution benchmark comparison published earlier this week, on the same system I set out to test a variety of BSD distributions on the same system and ultimately benchmark their out-of-the-box performance too. Those performance benchmark results will be published later this week while today were a few remarks I wanted to share when trying out TrueOS, DragonFlyBSD, GhostBSD, FreeBSD, OpenBSD, NetBSD, MidnightBSD, and PacBSD (Arch BSD) on this modern Intel Xeon system.
In testing out a new Broadwell-EP system as well as for final validation of the new Phoronix Test Suite 6.6, I carried out a fresh Linux OS distribution comparison last week. Here are those results from Ubuntu, Clear Linux, Scientific Linux, openSUSE Tumbleweed, Fedora, Antergos, and Sabayon Linux.
As alluded to earlier and on Twitter, the past few days I have been working on a fresh Windows 10 vs. Ubuntu Linux graphics/gaming performance comparison. This time it's looking at the latest Radeon performance using an R9 Fury and RX 480. Tests on Windows were obviously done with Radeon Software Crimson Edition while under Linux were the two latest AMD/RTG Linux driver options: the hybrid AMDGPU-PRO driver and the fully open-source driver via Linux 4.8 and Mesa 12.1-dev.
With the news from Friday that Fedora 25 will run Wayland by default I loaded up the current Fedora 25 development packages on a test system this weekend and I used that as my primary system for all of my business/production work this weekend. It went well and included are some early gaming benchmarks of Fedora 25 Workstation GNOME on Wayland and X.Org.
My latest benchmarking enjoyment has been testing two BSD operating systems against seven Linux distributions on the same Intel Haswell system. Here are those latest benchmark numbers.
Following last week's DragonFlyBSD 4.6 benchmarks I carried out a fresh comparison of FreeBSD 10.3 vs. FreeBSD 11.0 (Beta 4 at the time) along with the DragonFlyBSD results and a few of the popular Linux distributions. Here are those numbers.
Earlier this week I published some Windows 10 vs. Ubuntu Linux OpenGL benchmarks showing how the native gaming performance is different between the competing platforms. Ubuntu Linux lost nearly all of those results with the Intel Mesa driver to Windows 10. In this article are those previous benchmarks plus now having Intel Clear Linux benchmarks added in the mix. Months ago in previous tests we've found Clear Linux to have faster Linux graphics performance than other distributions.
When Microsoft and Canonical brought Bash and Ubuntu's user-space to Windows 10 earlier this year I ran some preliminary benchmarks of Ubuntu on Windows 10 versus a native Ubuntu installation on the same hardware. Now that this "Windows Subsystem for Linux" is part of the recent Windows 10 Anniversary Update, I've carried out some fresh benchmarks of Ubuntu running atop Windows 10 compared to Ubuntu running bare metal.
With Microsoft having recently released the Windows 10 Anniversary update I've been running some fresh Windows vs. Linux performance comparisons. The first of these comparisons for your viewing pleasure is looking at the latest Windows 10 build with the latest Intel driver compared to Ubuntu 16.04 LTS while also comparing the performance when manually upgrading to the Linux 4.7 kernel and Mesa 12.1-dev for delivering the latest OpenGL performance potential.
With DragonFlyBSD 4.6 having been released this week, here are benchmarks comparing its performance to that of the previous DragonFlyBSD 4.4 release as well as seeing how it compares to some Linux distributions.
As part of the celebrations with Phoronix turning 12 years old earlier this month I ran some fun tests looking at the Windows 10 vs. Ubuntu Linux gaming performance with the new NVIDIA Pascal GPUs and also a Windows 10 vs. RadeonSI Gallium3D vs. AMDGPU-PRO comparison on the AMD side. To finish things up, here is a fresh comparison of Intel Skylake HD Graphics under Windows 10 and Ubuntu 16.04.
Given the recent releases of Fedora 24, Solus 1.2, and other GNU/Linux distribution updates, here is our latest performance testing roundabout of seven popular OS releases on the same Core i5 Skylake system.
650 operating systems articles published on Phoronix.