Power is not generally associated with Chromebooks, since they utilize either ARM processors, like tablets, or Intel’s Celeron processors. Google‘s Pixel was the only Chromebook that could be described as powerful because it uses one of Intel’s Core i5 processors. However, on Monday we saw an Acer Chromebook that is powered by an Intel Core i3 processor. This is a large jump from the usual low power processors found in most Chromebooks, and will offer that power at a much lower price than the Chromebook Pixel.
Nvidia is bringing supercomputer-class performance to its $192 Jetson TK1 computer, which is targeted at embedded devices but could be used as a Linux-based gaming PC.
The TK1 is an uncased board with all the major components on it, much like the popular Raspberry Pi. But the computer offers 300 gigaflops of performance, and Nvidia said it could be used as a PC for games supporting ARM processors and the Linux OS.
The Clonezilla developers released a new development version for their Linux distro and they've decided to also cool down with the version numbering. The last version before the current one was labeled 2.2.3-39, but that evolved to 2.2.3-4, which is much more user friendly.
"The underlying GNU/Linux operating system was upgraded. This release is based on the Debian Sid repository, as of April 28, 2014," reads the official changelog.
At the Embedded Linux Conference, Intel’s new Open Hardware Technical Evangelist showed off a Linux- and MinnowBoard based robot that mimics Doctor Who’s K-9.
The high correlation between science fiction fans and techies reaches its zenith with the BBC show Doctor Who. But who knew that showing off one’s inner Time Lord could actually be a winning career move? Last fall at the Embedded Linux Conference Europe in Edinburgh, Scotland, Red Hat engineer John “Warthog9″ Hawley demonstrated a robot based on Doctor Who’s robotic dog K-9. His treadwheel bot runs Angstrom Linux on Intel’s open spec, Atom-based MinnowBoard single-board computer, the forerunner of the new MinnowBoard Max.
Once upon a time, if you ran a data center, you used virtual machine (VM) management programs (i.e., hypervisors) There was no other practical choice. This dates all the way back to the good old IBM 360 mainframe days with CP-67/CMS in 1967. Today, our data centers and clouds run more advanced hypervisors. Amazon Web Services (AWS), for example, is made up of nearly half-a-million Linux servers running the Xen hypervisor, while Microsoft's Azure cloud relies upon its Hyper-V hypervisor.
The Bodhi Linux systems are known for their minimalistic approach, and the current release is no different. The distribution was based from the get-go on Ubuntu 14.04, but the development of Bodhi started when Ubuntu 14.04 was still a Beta release. Now that the final version of Ubuntu has been released, Bodhi is ready to switch to Beta.