Language Selection

English French German Italian Portuguese Spanish

Odroid hacker board jumps to faster octacore SoC

Filed under
Linux
Hardware

The Odroid-XU3 runs on a 5V 4A power supply, and once again features four energy monitoring chips for tracking the Big.Little cores. A plastic enclosure and an active cooler are available, along with numerous optional modules. OS support has been boosted to Android 4.4.2 and Ubuntu 14.04, available with full source code.
Schematics will be posted upon shipment, and community support is available via the Odroid project. The quad-core Exynos4412 based Odroid-U3 board came in at third place after the Raspberry Pi and BeagleBone Black in our recent Top 10 Hacker SBC survey.

Read more

More in Tux Machines

KDevelop 5.0.0 release

Almost two years after the release of KDevelop 4.7, we are happy to announce the immediate availability of KDevelop 5.0. KDevelop is an integrated development environment focusing on support of the C++, Python, PHP and JavaScript/QML programming languages. Many important changes and refactorings were done for version 5.0, ensuring that KDevelop remains maintainable and easy to extend and improve over the next years. Highlights include much improved new C/C++ language support, as well as polishing for Python, PHP and QML/JS. Read more

CoreOS 1068.10.0 Released with Many systemd Fixes, Still Using Linux Kernel 4.6

Today, August 23, 2016, the development team behind the CoreOS security-oriented GNU/Linux operating system have released the CoreOS 1068.10.0 stable update, along with new ISO images for all supported platforms. Read more

SUSE Linux and openSUSE Leap to Offer Better Support for ARM Systems Using EFI

The YaST development team at openSUSE and SUSE is reporting on the latest improvements that should be available in the upcoming openSUSE Leap 42.2 and SUSE Linux Enterprise 12 Service Pack 2 operating systems. Read more

Create modular server-side Java apps direct from mvn modules with diet4j instead of an app server

In the latest release, the diet4j module framework for Java has learned to run modular Java apps using the Apache jsvc daemon (best known from running Tomcat on many Linux distros). If org.example.mydaemon is your top Maven project, all you do is specify it as the root module for your jsvc invocation, and diet4j figures out the dependencies when jsvc starts. An example systemd.service file is available.