This morning I delivered the initial Linux processor benchmarks of the Core i7 8700K and Core i5 8400 for the just-launched "Coffee Lake" desktop processors. With these Intel "Gen 8" processors, the integrated "HD Graphics" from Kabylake have been rebranded to "UHD Graphics". While there wasn't any real changes architecturally to the graphics hardware, right now the Linux support isn't quite out-of-the-box.
Veteran GCC contributor and SUSE developer Jan Hubicka has begun working on some Zen tuning within the GNU Compiler Collection for benefiting the Ryzen / Threadripper / Epyc processors...
2017 has been an interesting year for processors with AMD's long awaited introduction of the Zen-based Ryzen / Threadripper / EPYC processors, Intel's Core X-Series processors for high-end desktops, the Xeon Scalable processor family introduction, and now the launch of Coffee Lake as a "Kaby Lake Refresh" step before the Cannonlake desktop processors expected in 2018. While another 14nm CPU, Coffee Lake is interesting is that Intel has now upped their desktop core counts in response to Ryzen. With the Core i7 series is now six cores plus Hyper Threading, compared to 4 cores plus HT with previous i7 models. The Core i5 CPUs are also now six core but sans Hyper Threading and there is also the just-published Core i5 8400 Linux benchmarks. This article serves as our first look at the Coffee Lake Core i7 CPUs in the form of the 8700K.
Today marks the embargo expiry for reviews on Intel's new Coffeelake desktop processors. While a CPU refresh may not normally be too exciting, thanks to the pressure from AMD with their Ryzen processors pushing core counts higher, Intel is now upping the core counts in their desktop CPUs. Today we will be featuring Linux benchmarks of the Core i5 8400 and Core i7 8700K while this article is focusing on the i5-8400: a six-core Core i5!
Last week I published the Radeon RX Vega Performance With Mesa 17.3-dev + LLVM 6 + drm-next-4.15-dc article offering a fresh look at the RX Vega 56/64 Linux performance using the new AMDGPU DC code that's likely to be merged in Linux 4.15. As well, the latest Mesa 17.3-dev Git code built against LLVM 6.0 SVN while all compared to the latest NVIDIA driver. Out of that article came some premium requests to see a larger comparison, so here that is...
Videos from the recent GNU Tools Cauldron 2017 are now available online where matters from the GCC compiler to glibc and compiler diagnostics were discussed...
It has been several years since last seeing an update to the Amarok open-source music player, but it looks like it may be alive and ticking after all, at least with one developer working towards a KF5/Qt5 port...
The open-source, unofficial Radeon Vulkan driver "RADV" developed independent of AMD by the community and contributors at Google and Red Hat is now considered a conformant driver...
Building off last week's Wine 2.18 release is the newest Wine-Staging build with various extra patches added in, including work that benefits those running Windows games on Linux...
GNOME 3.26.1 is shaping up to be a decent point release as besides Mutter finally picking up the half-tiling mode improvements, GNOME Shell 3.26.1 also has its share of changes...
Todd Weaver of Purism has provided an update on the planned Librem 5 smartphone hardware components and that with a development board they do have Debian booting...
I've just wrapped up trying out nine different Linux distributions on AMD's EPYC in the form of the EPYC 7601 housed in the TYAN Transport SX TN70A-B8026. Like our initial testing with Ubuntu on EPYC, the other modern Linux distributions all played nicely with AMD's re-entry into the server market with their Zen-based offerings. But as with any new CPU platform, the out-of-the-box performance can vary greatly depending upon the Linux operating system being used. Here are benchmarks including Fedora, Ubuntu, CentOS, openSUSE, Debian, Clear Linux and Antergos.
For those wanting to see some fresh Linux CPU benchmarks with various AMD Ryzen and Intel Core processors, here are some benchmarks with Ubuntu 17.10 paired with its Linux 4.13 kernel build...
LEDE 17.01.3 is the newest release of the Linux Embedded Development Environment that is derived from OpenWRT and intended as a complete firmware replacement for various routers and other devices...
With the upcoming release of Ubuntu 17.10, I was curious to see how its performance compares to that of the three-year-old Ubuntu 14.10. Here are some benchmark results showing how an Intel ultrabook/laptop performance has evolved on Linux during that time.
Numba is designed to allow for high performance Python JIT-compiled code designing for C/C++ levels of performance while using LLVM for optimizations and allowing GPU offloading too. NVIDIA is promoting Numba in the context of CUDA...
It's not yet merged to mainline Mesa, but Eric Anholt of Broadcom has spent the past week wiring up more of the OpenGL functionality for the in-development VC5 driver stack for the next-generation Broadcom graphics hardware...
Last winter we covered work being done out of the Imperial College in London on the wild results when fuzzing OpenGL shaders in uncovering issues in multiple OpenGL drivers, including the Mesa drivers. The scholarly results were recently published of this testing within Automated Testing of Graphics Shader Compilers...
As mentioned last week, the S3TC patent has now expired. With the S3 Texture Compression no longer encumbered by a patent, support for it is being added to mainline Mesa...
While some bogus Linux market-share reports put the Linux desktop usage at over 6% for the month prior, the Valve-reported Steam Linux numbers decreased month over month...
During September on Phoronix, yours truly wrote 280 original news articles and 30 featured articles/reviews. There was a lot of exciting happenings last month but October and more broadly Q4 is looking to be even more exciting with a lot on the horizon...
With Ubuntu 17.10 discontinuing the 32-bit desktop ISOs, here is the last time it makes sense comparing the Ubuntu 32-bit (i686) versus x86_64 performance.