SolidRun created the community-backed HummingBoard to serve as a modular motherboard for use in its Linux- and Android-ready CuBox mini-PCs, including the recent CuBox-i models. Like the recently announced, Allwinner A20-based Banana Pi single board computer, the HummingBoard is a faster near-clone of the Raspberry Pi. It also similarly offers Pi-like ports and layout, as well as the RasPi’s 26-pin expansion connector for add-on module compatibility. But unlike the Pi boards, the HummingBoard’s processor core resides on a tiny computer-on-module.
First, DSL router owners got an unwelcome Christmas present. Now, the same gift is back as an Easter egg. The same security researcher who originally discovered a backdoor in 24 models of wireless DSL routers has found that a patch intended to fix that problem doesn’t actually get rid of the backdoor—it just conceals it. And the nature of the “fix” suggests that the backdoor, which is part of the firmware for wireless DSL routers based on technology from the Taiwanese manufacturer Sercomm, was an intentional feature to begin with.
Back in December, Eloi Vanderbecken of Synacktiv Digital Security was visiting his family for the Christmas holiday, and for various reasons he had the need to gain administrative access to their Linksys WAG200G DSL gateway over Wi-Fi. He discovered that the device was listening on an undocumented Internet Protocol port number, and after analyzing the code in the firmware, he found that the port could be used to send administrative commands to the router without a password.
After Vanderbecken published his results, others confirmed that the same backdoor existed on other systems based on the same Sercomm modem, including home routers from Netgear, Cisco (both under the Cisco and Linksys brands), and Diamond. In January, Netgear and other vendors published a new version of the firmware that was supposed to close the back door.
Taiwan-based Korenex, owned by Beijer Electronics Group, has been spinning its Linux-based, JetBox industrial controller and router computers since at least 2007, with more recent models including the circa-2011 Jetbox 9345-w. The new JetBox model 5300-w is one of its lower-end boxes, run by a 185MHz Atmel AT91RM9200 processor, and supported here with just 64MB of RAM.
Designed by the guys who worked on security of the Xbox and developing the Linux kernel, we know we are in good hands with this project. Many of the products are manufactured at AQS, a company that has been a part of Silicon Valley for over 20 years and has developed projects for the United States Department of Defense.The limited edition heirloom version of the laptop is designed at Kurt Mottweiler's studio in Portland, Oregon.
A lot of work is ongoing in Collabora to make Wayland usable on Raspberry Pi. The main bottleneck to the task is the lack of a functional Wayland shell for the Pi. Or at least it was till now. Marco Barisione announced Maynard, Raspberry Pi’s own Wayland shell, in his blog.
The foundation of the new shell is Tiago Vignatti‘s gtk-shell which is extended to implement Maynard. It’s still a work in progress but the initial looks are stunning. The current course is a tiled approach as you can see from the image below.
Berlin is the first 28nm-based CPU and APU product from AMD for the Opteron server market and this APU is supposed to replace Opteron 3300 series based on 4 to 8 Piledriver cores. Berlin has four Steamroller cores, but its APU supports HSA and it theoretically should be able to run some parallel computing applications much faster.
BeagleBoard.org announced a slightly pricier Rev C version of the BeagleBone Black that doubles eMMC flash and switches from Angstrom to Debian Linux.
To celebrate the first birthday of the BeagleBone Black, BeagleBoard.org is shipping a new version of the open source hacker SBC called the Rev C. An update on the BeagleBone Black Wiki says the board will be slightly more expensive than the $45 Rev B, which will be phased out when the C version starts shipping May 5. The additional $10 to $15 pays for the only apparent hardware upgrade: a doubling of onboard eMMC flash to 4GB. The device will also ship with the more user-friendly Debian Linux instead of Angstrom.
In the past months we presented the Arduino Yun and Arduino Galileo boards. Today we present you a new board, quite more powerful, but still Arduino compatible and powered with GNU/Linux. It’s an all Italian board called UDOO.
Indeed, now almost every month we see the birth of a new platform that integrates processors capable of hosting GNU/Linux with the Arduino architecture, in emulated form, or with a dedicated microcontroller. Now is the time to UDOO but we already see looming on the horizon the availability of Arduino Three, and who knows what other boards in the meantime.
UDOO project comes from the idea of the founders to provide a tool for digital learning: high computing power combined with the world of microcontrollers with maximum ease of use, will form a new generation of designers, makers and developers with the knowledge necessary to develop projects in the fields of digital / physical computing.
It’s been hard to get the BeagleBone Black(BBB); limited production capabilities have fought with some big adoption stories. If you are unfamiliar with the BBB, its a small board computer in the same size factor as the Raspberry Pi, but with eMMC storage, micro-SD slot and lots of I/O pins – what it lacks in media player cores, it makes up for in clock speed.
Thats “hard to get” nature is about to change though according to a blog post. Production is being ramped up at CircuitCo where they are also upping the storage from 2GB to 4GB which will give more breathing space to the new Debian distribution being shipped on the eMMC of BeagleBones, replacing the previous default Angstrom Linux. The upgraded boards will be referred to as Rev C BBBs. The price will likely be going up to cover the extra memory and production ramp-up but with a back-orders for 150,000 units, CircuitCo are going to be busy.
Gumstix announced an “AeroCore” MAV (micro air vehicle) controller board that runs NuttX on a Cortex-M4 MCU, plus Linux on a Cortex-A9-based DuoVero COM.
The AeroCore MAV control board is principally run by a separately available Yocto Linux-based DuoVero Zephyr or DuoVero Crystal computer-on-module (COM) that plugs into the board. The AeroCore itself includes an ARM Cortex-M4 microcontroller unit (MCU), which is said to be directly interfaced with the DuoVero. The device is intended for developers of micro air vehicles such as tiny helicopters or quadrocopter drones.