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Linux Devices

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Hardware
  • How to build an IoT project with Mongoose OS

    It could be a small single-board computer like the Raspberry Pi, which costs around US $30, BeagleBone for approximately US $60, Intel Edison for US $70, or other similar devices. These computers usually run Linux. These are suitable for some tasks, like being a gateway device, but again they are quite large, very power hungry, and too expensive to run on things like sensors, wearables, and small appliances.

  • A Look at MINIBIAN: A Minimalist Image for Raspberry Pi

    My way of celebrating Pi Day (March 14th = 3.14) was to take a look at an awesome little image for the Raspberry Pi called Minibian. A new edition of Minibian was released on 12 March 2017, updating the image with support for the latest RPi 3B and other improvements.

    Minibian is based on and fully compatible with the official Raspbian “Jesse” software. It is meant to be used for embedded linux and server type situations, and that is great for IoT scenarios. There is no desktop environment and much effort has gone to providing a minimalist operating system that conserves system resources. The 12 March release of Minibian boasts a 15 second boot time, 31 MB of RAM usage, 477 MB of disk space usage, and is small enough to fit on a 1GB SD card. My test install and inspection of Minibian shows that these claims are indeed correct.

  • Tough, 84 x 55mm Intel Atom COM offers soldered memory

    Eurotech’s rugged, Linux-friendly “CPU-163-15” is an 84 x 55mm COM Express Type 10 Mini module with Bay Trail Atoms and soldered ECC and eMMC.

    Eurotech’s Intel Atom E3800 “Bay Trail” based CPU-163-15 COM Express Type 10 Mini module continues the Amaro, Italy based company’s tradition of offering rugged embedded boards with support for its cloud-based Everyware Software Framework (ESF) IoT platform. Other recent Intel-based COM Express modules from Eurotech include the CPU-161-18, a headless COM Express Type 6 Compact module with a 12-core Xeon-D1500 from the Broadwell generation.

  • BQ Deutschland releases Android 7.1.1 OTA for the Aquaris X5 Plus (while most of us still haven't received 7.0)

More in Tux Machines

Games: The Spicy Meatball Saves The Day, Uebergame, DwarfCorp

Android Leftovers

Baidu puts open source deep learning into smartphones

A year after it open sourced its PaddlePaddle deep learning suite, Baidu has dropped another piece of AI tech into the public domain – a project to put AI on smartphones. Mobile Deep Learning (MDL) landed at GitHub under the MIT license a day ago, along with the exhortation “Be all eagerness to see it”. MDL is a convolution-based neural network designed to fit on a mobile device. Baidu said it is suitable for applications such as recognising objects in an image using a smartphone's camera. Read more

AMD and Linux Kernel

  • Ataribox runs Linux on AMD chip and will cost at least $250
    Atari released more details about its Ataribox game console today, disclosing for the first time that the machine will run Linux on an Advanced Micro Devices processor and cost $250 to $300. In an exclusive interview last week with GamesBeat, Ataribox creator and general manager Feargal Mac (short for Mac Conuladh) said Atari will begin a crowdfunding campaign on Indiegogo this fall and launch the Ataribox in the spring of 2018. The Ataribox will launch with a large back catalog of the publisher’s classic games. The idea is to create a box that makes people feel nostalgic about the past, but it’s also capable of running the independent games they want to play today, like Minecraft or Terraria.
  • Linux 4.14 + ROCm Might End Up Working Out For Kaveri & Carrizo APUs
    It looks like the upstream Linux 4.14 kernel may end up playing nicely with the ROCm OpenCL compute stack, if you are on a Kaveri or Carrizo system. While ROCm is promising as AMD's open-source compute stack complete with OpenCL 1.2+ support, its downside is that for now not all of the necessary changes to the Linux kernel drivers, LLVM Clang compiler infrastructure, and other components are yet living in their upstream repositories. So for now it can be a bit hairy to setup ROCm compute on your own system, especially if running a distribution without official ROCm packages. AMD developers are working to get all their changes upstreamed in each of the respective sources, but it's not something that will happen overnight and given the nature of Linux kernel development, etc, is something that will still take months longer to complete.
  • Latest Linux kernel release candidate was a sticky mess
    Linus Torvalds is not noted as having the most even of tempers, but after a weekend spent scuba diving a glitch in the latest Linux kernel release candidate saw the Linux overlord merely label the mess "nasty". The release cycle was following its usual cadence when Torvalds announced Linux 4.14 release candidate 2, just after 5:00PM on Sunday, September 24th.
  • Linus Torvalds Announces the Second Release Candidate of Linux Kernel 4.14 LTS
    Development of the Linux 4.14 kernel series continues with the second Release Candidate (RC) milestone, which Linus Torvalds himself announces this past weekend. The update brings more updated drivers and various improvements. Linus Torvalds kicked off the development of Linux kernel 4.14 last week when he announced the first Release Candidate, and now the second RC is available packed full of goodies. These include updated networking, GPU, and RDMA drivers, improvements to the x86, ARM, PowerPC, PA-RISC, MIPS, and s390 hardware architectures, various core networking, filesystem, and documentation changes.