An IHS Automotive market study projects that by 2020, Linux will push past QNX and Microsoft to lead a 130 million unit in-vehicle infotainment (IVI) market with a 41.3 percent share. The report follows last week’s revelation that Toyota and Jaguar/Land Rover are working on IVI systems that run the Linux-based Tizen OS.
Last week I shared results of Fedora 19 vs. Fedora 20 Beta Linux performance from an AMD Opteron system and those results were of much interest to many Phoronix readers, so to kick off a new week of Linux benchmarking are results from that system when adding in Ubuntu 13.10 and Scientific Linux 6.4 (RHEL-based) to this Linux OS comparison.
Kernel-Based Virtual Machine, more commonly referred to as KVM, is one of the most popular open-source virtualization technologies in use today. Both IBM and Red Hat use it as the basis for their Linux virtualization technologies, and it is the most widely used virtualization technology in the OpenStack cloud as well.
KVM was originally written by Israeli software developer Avi Kivity while he was working at Qumranet. Qumranet was acquired by Red Hat for $107 million in 2008. - See more at: http://www.eweek.com/cloud/how-did-kvm-virtualization-get-into-the-linux-kernel.html/#sthash.QHe4s5Kc.dpuf
I've always said that the two biggest benefits of running a Linux distribution over a proprietary operating system are: freedom of choice and the Linux community. Despite these advantages, Linux on the desktop needs work in one key area: seizing great opportunities.
Two huge opportunities for the Linux desktop right now are the end of Windows XP support and the less than amazing reception of Windows 8 by casual users. In this article, I'll explore why I believe Windows XP and Windows 8 are fantastic opportunities for an increase in Linux adoption.
Key updates include:
• Background rendering/export support
• Curve effect added to FX Colour Correction effects
• Magnetic snapping enabled on all panels (can be turned off)
• Ruler added to timelines
• Right click functionality (Export, Add FX)
• Free users can now specify where media folders are located
• ‘Insert/Replace’ source option added
Chinese companies have released a number of tiny devices designed to let you run Android apps on your TV over the past year or two. Some of the best models feature Rockchip RK3188 ARM Cortex-A9 quad-core processors — and if Android isn’t your cup of tea, hackers have been running Ubuntu and other Linux-based operating systems on RK3188 devices for months.
Following my recent post on the initiatives now in place to rebalance the demographics of the Linux Kernel community, I would like to share a set of specific training activities to get beginners, specifically college students, involved in the kernel.
These were created by an enthusiastic group at Red Hat, including Matthew Whitehead and Priti Kumar, and unfolded on campus at Rensselaer Polytechnic Institute, Rensselaer Center for Open Source (RCOS), and State University of New York at Albany.
Tizen has been described as everything from “a troubled child” to “dead in the water”, but analysts still believe it has the best chance of the four major open source mobile operating systems to make an impact on the global smartphone market.
It is an opinion that Brian Warner, who oversees the Tizen project for the Linux Foundation, would agree with as he believes the operating system is capable “of scratching an itch” that is unaddressed by other leading non-Android open source platforms – Firefox OS, Sailfish and Ubuntu Mobile.
Speaking to TechWeekEurope, he says the main advantages of Tizen is that it is truly open source and manufacturers can make alterations to the interface without affecting compliance and compatibility standards – unlike Android.