On April 21, Michael Tremer announced that a new maintenance release for IPFire, a Linux distribution that can be used by beginning and experienced system administrators alike to deploy a firewall, proxy server, or VPN gateway on their infrastructure without too much hassle, is available for download.
Why the high numbers for Linux? Linux is more stable. Linux servers have been known to run without failure for several years. That’s because Linux handles multitasking and process management better than Windows. That is debatable on the mobile area since many cheap Android (a Linux descendant) devices often freeze. Linux is also more secure since it’s built as a multiuser operating system from the ground up. It is better at sandboxing or containing applications and processes from the root system than Windows does. Linux servers are also minimal targets of hackers and malware, though not exactly a guarantee but it’s something to take advantage of. As for hardware requirements, Linux can be run on most computers. Depending on the distribution, Linux can run very smoothly on ten-year old computers. Lastly, all Linux distributions are free though some versions for the enterprise, like Red Hat, offer technical support for a fee.
TI’s Linux-ready 66AK2L06 SoC for high-speed data acquisition apps features dual Cortex-A15 cores, four DSPs, a digital front end, and a JESD204B interface.
The 66AK2L06 system-on-chip is the latest salvo by Texas Instruments in a long-running campaign to demonstrate that DSP-based SoCs can more efficiently and easily perform tasks typically done with FPGAs and ASICs. The Linux-supported 66AK2L06 aims to replace FPGAs with what it claims is an easier, cheaper, faster, and more power efficient way to directly connect to ADCs, DACs, and AFEs for high-speed data generation and acquisition. Applications are said to include avionics, defense, medical, and test and measurement equipment.
XPQ4 is a funky open source theme that aims to provide Linux users with the look and feel of a Windows desktop. It might seem weird at first, but this is probably one of the most advanced solutions available right now.
Also: Evolving KDE
There is nothing better than an Infographic to get your point across, and here we have one that shows the TV / Smart TV revolution. Samsung Introduced their Smart TV back in 2008 (seems like yesterday) with the PAVV Bordeaux TV 750, which gave consumers the option of connecting to the Internet, YouTube, access USB devices and explore the world of DLNA.
Not only is spring in the air, so is Linux. But this wasn’t always the case. Early drones relied on either proprietary OSes or simple Arduino-based controllers such as the ArduPilot. While both of these approaches to drone control have been successful, they implicitly limit innovation -- the former because they are closed systems, and the latter because of limited computing power. The recent introduction of Linux-based drones will stimulate the UAV (Unpiloted Aerial Vehicle) market by creating more flexible, open platforms. Here’s how Linux takes off … literally.
One of the most common administrative tasks that end users and administrators alike need to perform is file management. Managing files can consume a major portion of your time. Locating files, determining which files and folders (directories) are taking the most disk space, deleting files, moving files, and simply opening files for use in an application are some of the most basic—yet frequent—tasks we do as computer users. File management programs are tools that are intended to streamline and simplify those necessary chores.