Open spec SBC dual boots Android and Ubuntu on hexa-core RK3399
T-Firefly is Kickstartering the first hacker SBC with Rockchip’s Cortex-A72/-A53 RK3399. The Firefly-RK3399 has up to 4GB DDR3, M.2, and USB 3.0 Type-C.
T-Firefly, which offers Linux- and Android-ready open source boards like the Firefly-RK3288 and sandwich-style Firefly-RK3288 Reload, both of which are based on the quad-core, Cortex-A17 Rockchip RK3288, has advanced to a more powerful Rockchip SoC for its new open spec Firefly-RK3399. The hexa-core Rockchip RK3399 features two server-class Cortex-A72 cores clocked to up to 2.0GHz, as well as four Cortex-A53 at up to 1.42GHz. This appears to be the first RK3399 SBC and the first SBC to include Cortex-A72 cores.
Whether you plan to work on a book, a screenplay, or better structure your dissertation, you’ll probably see apps like Scrivener recommended. If you’re running Windows, macOS or even Android then you’re spoilt for choice, with various competing proprietary apps at varying price points readily available. On Linux the choices are somewhat limited.
Version 0.98 of the GNOME-aligned GStreamer-powered Pitivi non-linear video editor was tagged today as the newest development milestone.
The main feature addition of Pitivi 0.98 is now supporting customizable keyboard supports! Aside from finally supporting customizable keyboard shortcuts for this open-source video editor, a lot of warnings were fixed from GTK 3.22, and there has been a lot of other bug fixing. Bugs around Pitivi's timeline were primarily targeted by this release.
Phoronix Test Suite 6.8.0 is now available as the latest version of our open-source, fully-automated, reproducible benchmarking software for Linux, BSD, Solaris, macOS, Windows, and other operating systems.
Phoronix Test Suite 6.8 is the latest stable release now of our GPL-licensed benchmarking software updated on its regular quarterly release cadence. Phoronix Test Suite 6.8 development focused on a number of low-level improvements to particularly benefit Phoromatic and the Phodevi (Phoronix Device Interface) software/hardware library abstraction layer.
Vivaldi's Ruarí Ødegaard informs us about the availability of a new snapshot for the cross-platform, Chromium-based Vivaldi web browser, which promises to let users name tab stacks.
Vivaldi Snapshot 1.6.682.3 marks the beginning of the development of Vivaldi 1.6, the next major version of the popular web browser, and it looks like it has been rebased on Chromium 55.0.2883.64. Besides fixing a bunch of regressions, the new development release implements an option under Settings -> Tabs -> Tab Features -> Tab stacking -> Allow Tab Stack Renaming, which lets you rename or name tab stacks.
Overall the Nouveau DRM updates for Linux 4.10 are significant after they missed out on any feature changes for Linux 4.9. Given all the churn, there's been a last minute pull into DRM-Next of some more fixes and other minor activity.
NVIDIA has confirmed that their next proprietary driver update for Linux will introduce support for Vulkan rendering outside of the X.Org Server.
With NVIDIA's current Vulkan Linux driver it's not possible to achieve headless Vulkan rendering if the X.Org Server isn't running, but that limitation is said to be addressed by their next (post-375) driver release.
Today, December 5, 2016, Collabora's Emil Velikov proudly announced the release and immediate availability of the fifth and last scheduled maintenance update of the Mesa 12.0 3D Graphics Library for GNU/Linux distributions.
It seems NVIDIA are preparing a new driver update that will enable the use of Vulkan without needing X11.
Status of Embedded Linux: Tim Bird Warns of Slow Progress on Linux Shrinkage
As Chair of the Architecture Group of The Linux Foundation’s CE Working Group, Tim Bird has long been the amiable public face of the Embedded Linux Conferences, which he has run for over a decade. At the recent ELC Europe event in Berlin, Bird gave a “Status of Embedded Linux” keynote in which he discussed the good news in areas like GPU support and virtually mapped kernel stacks, as well as the slow progress in boot time, system size, and other areas that might help Linux compete with RTOSes in IoT leaf nodes.