The Linux Foundation Gives Microsoft (Paid-for) Keynote Position While Microsoft Extorts (With Patents) Lenovo and Motorola Over Linux UseSubmitted by Roy Schestowitz on Tuesday 23rd of August 2016 09:51:44 AM Filed under
Slackware is a throwback to the early days of the Linux OS, and it may not have much relevance to anyone but diehard Slackware fans. Still, experienced Linux users looking for a change of pace might enjoy setting up a Slackware system.
The documentation and user guides are fairly detailed, but they are heavy reads that will frustrate the typical new user. Those without a strong technical background will see a big disconnect in going from the live session "Slackware demo" to a functioning Slackware installation.
The Flash Memory Summit recently wrapped up its conferences in Santa Clara, California, and only one type of Flash technology stole the show: NVMe over Fabrics (NVMeF). From the many presentations and company announcements, it was obvious NVMeF was the topic that most interested the attendees.
With the first industry specifications announced in 2011, Non-Volatile Memory Express (NVMe) quickly rose to the forefront of Solid State Drive (SSD) technologies. Historically, SSDs were built on top of Serial ATA (SATA), Serial Attached SCSI (SAS) and Fibre Channel buses. These interfaces worked well for the maturing Flash memory technology, but with all the protocol overhead and bus speed limitations, it did not take long for these drives to experience performance bottlenecks. Today, modern SAS drives operate at 12 Gbit/s, while modern SATA drives operate at 6 Gbit/s. This is why the technology shifted its focus to PCI Express (PCIe). With the bus closer to the CPU and PCIe capable of performing at increasingly stellar speeds, SSDs seemed to fit right in. Using PCIe 3.0, modern drives can achieve speeds as high as 40 Gbit/s. Leveraging the benefits of PCIe, it was then that the NVMe was conceived. Support for NVMe drives was integrated into the Linux 3.3 mainline kernel (2012).
I'm announcing the release of the 4.4.19 kernel.
All users of the 4.4 kernel series must upgrade.
The updated 4.4.y git tree can be found at:
and can be browsed at the normal kernel.org git web browser:
Hi Guys, Today I am going to discuss messengers that you have in Windows but have you ever wondered that they have a version for Linux too. One of my friends asked me today if we have a Linux messenger for Facebook. There are several Linux messengers for Facebook but two messengers are that I used and I am very much satisfied.
AMD has announced TrueAudio Next a “scalable” physics-based audio rendering engine for generating environmentally accurate, GPU accelerated audio for virtual reality.
AMD has announced a set of key technologies to bolster its open source technology arsenal represented by GPUOpen, this time in the field of immersive VR audio. TrueAudio Next, AMD claim, provides “real-time dynamic physics-based audio acoustics rendering” and that any soundscape can now be modelled physically, taking into account reflection and occlusion.
With GPUOpen and LiquidVR, AMD continues to pitch its tent in the open source camp, a reaction to its main rival NVIDIA’s approach which focuses largely on proprietary, GPU hardware and driver locked Gameworks VR (now known as VRWorks) initiatives and technologies – i.e. things that will only work if you develop for and buy their graphics cards.
After last weeks somewhat unusual patch statistics (only 1/6th
drivers), we're not back to the normal programming with rc3, and we
have the usual situation with roughly ~60% of the patch being driver
updates. It's spread out, but most of it tends to be networking, GPU,
USB and a new EDAC driver. But all of it is fairly small.
Outside of the driver department, we've got core networking, some
filesystem updates (mainly xfs, although in the diffstat afs shows up
too, but that's really from the networking changes) and a smattering
of updates all over: documentation, scheduler, some miinor arch