Via debuted a rugged fanless low-power Android mini-PC based on Via’s dual-core Cortex-A9 Elite E1000 SoC, and offering mini-PCIe, mSATA, HDMI, and GbE I/O.
Via designed the “Artigo A900″ mini-PC for use in Android-based interactive kiosks, home automation devices, signage, and other HMI solutions. The 125 x 125 x 30mm mini-PC can be configured to “blend locally-captured real-time video streams with cloud-delivered content to create visually-compelling interactive displays for retail, banking, museums, and other environments,” says Via Technologies. The device can integrate peripherals including sensors, cameras, ticket printers, and barcode and fingerprint scanners, adds the company.
The next generation of Google’s Android operating system, due for release next month, will encrypt data by default for the first time, the company said Thursday, raising yet another barrier to police gaining access to the troves of personal data typically kept on smartphones.
Android has offered optional encryption on some devices since 2011, but security experts say few users have known how to turn on the feature. Now Google is designing the activation procedures for new Android devices so that encryption happens automatically; only somebody who enters a device's password will be able to see the pictures, videos and communications stored on those smartphones.
Earlier this summer was the start of an X.Org-funded project to develop Shatter. Shatter has long been talked about as a new feature for the X.Org Server to replace Xinerama. Shatter comes down to allowing the X.Org Server to split the rendering between multiple GPUs with each GPU covering different areas of a larger desktop.
A student from Cameroon hoped to develop the Shatter support after such feature was talked about for years. The student, Nyah Check, was being funded by the X.Org Foundation through the foundation's Endless Vacation of Code project that's similar in nature to Google's GSoC but runs year-round and is much more loose about requirements.
Teaching open source has been a breath of fresh air for myself and for many of our students because with the open source way, there are no official tests. There is no official certification for the majority of open source projects. And, there are no prescribed textbooks.
In open source, no employer worth working for will ask for official proof of your abilities. A good employer will look at what you’ve done and ask you to showcase what you can do. Yes, it still helps to have a Computer Science degree, but the lack of one is often no drawback.
Fedora 20 with KDE SC 4.14 has been very stable, and after a while it gets…boring – especially when Plasma 5 is already released and you see screenshots everywhere. If you cannot hold the urge and feel sufficiently adventurous, Dan Vratil has built the Fedora 20 and 21 rpms here. If you install i386 versions, beware that baloo-widgets cannot be installed due to unmet dependencies. So, once you install dvratil’s copr repo, just do:
Testing was done with the Intel Core i7 5960X at stock speeds. The Linux 3.17 Git kernel atop Ubuntu 14.10 was used for this round of testing. The Core i7 5960X has eight physical cores plus Hyper Threading, 3.0GHz base frequency, and 3.5GHz turbo frequency (that's the reported difference in the system information table due to P-State advertising the turbo frequency where as CPUFreq just reports the base frequency).