While Linux continues to move along quite briskly on ARM hardware support and already has 64-bit ARM AArch64 support, that's not the case in the BSD world. With FreeBSD, they're still working on bringing up ARMv6 support and pulling in support for the different ARM SoCs/boards.
While it's arriving late, FreeBSD 9.1 has been officially released just in time for 2013.
For those of you currently on NetBSD 6.0 or are using NetBSD 5.x as your operating system but have been wanting a reason to upgrade, the first NetBSD 6.0.x point release has surfaced.
Yesterday I shared the latest round of BSD vs. Linux vs. Solaris performance benchmarks for a variety of workloads. In this article today are a couple extra results that happened during this recent performance testing on the Intel Core i7 3960X Extreme Edition.
It's currently unknown when FreeBSD 9.1 will be officially released.
After knowing it was coming for some time, and nearly two months after the NetBSD 6.0 release, NetBSD 5.2 is now available.
While FreeBSD 9.1 is running behind schedule, one of the exciting additions to this forthcoming BSD operating system is finally debuting Intel kernel mode-setting on FreeBSD support.
Two servers part of the FreeBSD.org cluster were intruded upon last week.
NetBSD 6.0 was released last month with better multi-core/SMP support, the experimental CHFS file-system for flash devices, and other worthwhile enhancements. However, for those not yet ready to jump from NetBSD 5.x to NetBSD 6.0, there is a NetBSD 5.2 release on approach.
There's a call for unification of the four largest *BSD operating systems in a move to create a "unified BSD" with the best features in order to better compete with GNU/Linux.
The much-anticipated release of DragonFlyBSD 3.2 is now available as it enhances its performance to better compete with Linux in multi-core environments.
OpenBSD 5.2 was released today with an assortment of improvements.
NetBSD 6.0 was officially released today as the fourteenth major release of the BSD operating system. NetBSD 6.0 brings better multi-core SMP support, new drivers, and more.
Benchmarks coming out of the BSD camp are showing that the soon-to-be-released DragonFlyBSD 3.2 is almost as fast as Scientific Linux (RHEL) 6.2 in at least one real-world workload.
A third release candidate of FreeBSD 9.1 had to be scheduled thereby pushing back the final release of this next FreeBSD release to the end of October.
A new version of DragonFlyBSD 3.2 is expected by month's end and it will possess several new features.
FreeBSD developers are still working on bringing up ARM hardware support for various platforms so that it's in a similar state to Linux.
If you have been wanting to try out the FreeBSD 10-CURRENT operating system that's presently under development, there's now an easier way.
A FreeBSD developer has carried out a series of performance tests to explore the impact that LLVM/Clang as the default FreeBSD compiler has on FreeBSD 10 in its current form. The Clang compiler performance was compared to GCC 4.2.1 and GCC 4.7.1. Clang mostly comes out ahead of GCC on FreeBSD.
NetBSD 6.0 RC1 is now available for this BSD alternative to FreeBSD.
While the Haiku OS had some successful GSoC projects this summer, not all of the FreeBSD summer projects sponsored by Google were a success.
For those that didn't see yet, FreeBSD 9.1 Release Candidate 1 was introduced into the world on Thursday.
After sharing GCC development statistics yesterday for this Free Software Foundation code compiler that's amassed to over seven million lines of code in 25 years, here are some development stats surrounding LLVM and the Clang C/C++ compiler.
While the GNOME 3.x Shell is working its way around to most major Linux distributions, within the BSD world, it's still mostly a GNOME 2.30 world.
Here's a look at some of the planned features that are being worked on for the FreeBSD 10 release.
To some surprise, Gentoo FreeBSD -- the port of Gentoo running with the FreeBSD kernel rather than the Linux kernel -- is progressing.
Continuing from the theme of the tests a few days back benchmarking Wheezy: Debian GNU/kFreeBSD vs. Debian GNU/Linux, here are some new numbers. Here's some brief numbers concerning Debian GNU/kFreeBSD versus DragonflyBSD 3.0.2.
While Linux hardware drivers still have room for improvement, at least the Linux driver support for recent consumer hardware is still generally better off than FreeBSD.
There's a new fork out in the wild of OpenBSD. Bitrig, this latest OpenBSD fork, plans for some ambitious features.
This week Netflix announced their Open Connect Network as their own open CDN (Content Distribution Network), but rather than using Linux as the base for this open-source platform, they decided to use FreeBSD.
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