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Hardware

Devices: Gonimo, Building an ARM64 Laptop, and More

Filed under
Linux
Hardware
  • How to create a free baby monitoring system with Gonimo

    New and expecting parents quickly learn that there is a long—and expensive—list of equipment that a new baby needs. High on that list is a baby monitor, so they can keep an eye (and an ear) on their infant while they're doing other things. But this is one piece of equipment that doesn't have to eat into your baby fund; Gonimo is a free and open source solution that turns existing devices into a baby monitoring system, freeing up some of your baby budget for any of the thousands of other must-have or trendy items lining the aisles of the nearby big-box baby store.

    [...]

    If you know Haskell or want to learn it, you can check out our code at GitHub. Pull requests, code reviews, and issues are all welcome.

    And, finally, please help by spreading the word to new parents and the open source world that the Gonimo baby monitor is simple to use and already in your pocket.

  • Building an ARM64 laptop

    Processors based on the 64-bit ARM architecture have been finding their way into various types of systems, including mobile handsets and servers. There is a distinct gap in the middle of the range, though: there are no ARM64 laptops. Bernhard Rosenkränzer and a group of colleagues set out to change that situation by building such a laptop from available components. He showed up at the 2017 Open Source Summit North America to present the result.

    He started by addressing the question of why one would want to build an ARM64 laptop in the first place. The ARM architecture is known for low power use — a useful feature in a laptop in its own right — but there is more to the ARM story than that; the ARM64 chips are fast and can beat single-core Intel Core-M processors on some benchmarks. An ARM64 laptop may not be good for fast kernel builds, but it can do what most people need, and it can do the kernel builds too in the end. ARM processors need no fans, meaning that the resulting laptop is lighter and will not burn the user's legs. There is little or no malware targeting ARM64 systems, for now at least.

  • Fanless, rugged box-PC runs Linux on Kaby Lake

    Axiomtek’s rugged “eBOX700-891-FL” computer runs Linux or Win 10 IoT on Intel 7th Gen Core chips, and features 4x GbE, 6x USB, 2x mini-PCIe, and PCI x4.

  • 5.25-inch Apollo Lake SBC has up to 4x GbE ports
  • World’s first ESP32 industrial computer has extensive wireless options

    Techbase unveiled a “Moduino” automation controller with an ESP32-WROVER module plus WiFi, BT, and optional LoRa, Sigfox, LTE, Ethernet, and battery power.

    Polish embedded firm Techbase was one of the first manufacturers to tap the original Raspberry Pi Compute Module in 2014 with its ModBerry 500 automation controller, and has since updated it to an RPi Compute Module 3 based ModBerry 500 M3. Now, it is introducing the Moduino, which it calls the world’s first ESP32-based industrial computer.

  • Open Source USB-Key-Fob Allows Makers to Add the Peripherals They Need

Devices: SOTI MobiControl, LimeSDR, USB-Key-Fob, Aaeon

Filed under
Linux
Hardware

GNU/Linux in Ataribox

Filed under
GNU
Linux
Hardware
  • Ataribox will run Linux and AMD custom processor, will cost $300

    In June, Atari declared itself "back in the hardware business" with the announcement of the Ataribox—a retro-styled PC tech-based console. One month later it emerged Atari plans to crowdfund the project, and now we have some hard facts on cost, and what's under its hood.

    Speaking to VentureBeat, the Ataribox creator and general manager Feargal Mac says an Indiegogo funding campaign will launch this year, and that the final product will ship in spring of 2018. When it does, it'll cost between $250—$300 and will boast an AMD custom processor with Radeon graphics.

  • Atari are launching a new gaming system, the 'Ataribox' and it runs Linux

    Another Linux-based gaming system is coming, this time from Atari. The Ataribox [Official Site] will run on an AMD processor and it sounds quite interesting.

AMD and Linux Kernel

Filed under
Linux
Hardware
  • 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.

Devices: BeagleBoard, Industrial Internet of Things (IIoT), internet of things (IoT), and eCosPro

Filed under
Linux
Hardware
  • New PocketBeagle Open Source Developer Board Unveiled (video)

    Anyone looking for a tiny development board may be interested in the new hardware unveiled by BeagleBoard the form of their open source PocketBeagle which is now available to purchase priced at just $25.

    The Raspberry Pi Zero sized PocketBeagle can be used in robotic applications, drones and 3D printers and is based on the Octavo Systems OSD3358 system-in-package (SiP), the same SiP that powers the credit card-sized BeagleBone Black Wireless, but is half the size.

  • Driving Manufacturing Productivity through the Industrial Internet of Things (IIoT)

    Samsung is a major manufacturer of electronic components for clients such as Apple, Sony, HTC, and Nokia. It is also the world’s largest manufacturer of mobile devices and happens to be the world’s largest memory chip manufacturer. In July 2017, Samsung Electronics overtook Intel as the largest semiconductor chip maker in the world.

  • What is edge computing and how it’s changing the network

    Edge computing allows data produced by internet of things (IoT) devices to be processed closer to where it is created instead of sending it across long routes to data centers or clouds.

    Doing this computing closer to the edge of the network lets organizations analyze important data in near real-time – a need of organizations across many industries, including manufacturing, health care, telecommunications and finance.

  • eCosCentric Limited's eCosPro

    The developer of eCos, eCosCentric Limited, recently announced the latest 4.1 release of eCosPro, the stable, fully tested and supported version of the operating system and RedBoot bootstrap firmware. The new 4.1 release of the eCosPro Developer's Kit includes the latest Eclipse Neon IDE, provides improvements to the eCosPro Eclipse plugin and development tools and integrates a variety of runtime enhancements.

New Intel Chips and Benchmarks

Filed under
Graphics/Benchmarks
Hardware
  • Intel Announces Early 8th Gen Core Processors, Coffee Lake

    Intel has rushed up the announcement of their 8th Gen Intel Core desktop processors following a recent leak. We can now confirm that these new Intel CPUs are en route to retailers, they have already arrived for testing, and will be benchmarked under Linux on Phoronix once that secondary embargo expires.

  • Intel Core i9 7980XE Linux Benchmarks: 18 Core / 36 Threads For $1999 USD

    Besides the embargo expiring this morning on the Intel Core i9 7960X, the Core i9 7980XE Extreme Edition processor is also now fair game. Here is our look at the Linux performance for this 18 core / 36 thread processor within a single 165 Watt package.

  • Intel Core i9 7960X Linux Benchmarks

    While Intel previously announced the expanded Intel Core X-Series line-up including the Core i9 7960X and Core i9 7980XE processors, only today is the performance embargo expiring as these CPUs begin to ship to further battle AMD's Ryzen Threadripper line-up. Here is today's launch-day Linux benchmarks of the Core i9 7960X.

BeagleBone Announces the Open Source PocketBeagle USB-Key-Fob SBC

Filed under
Linux
Hardware
  • BeagleBone Announces the Open Source PocketBeagle USB-Key-Fob SBC

    You've probably heard of BeagleBones and the Beagleboard Foundation by now (check out that link if you're not familiar with them). They make open source SBCs and have an online community much like the Raspberry Pi Foundation.

    While Beaglebones don't have as large of a community or market share as Raspberry Pi, their boards are still quite popular because they tend to be more application-focused than Raspberry Pis. For example, there's the general-purpose Beaglebone Black, the sensor-oriented Beaglebone Green, and the Beaglebone Blue for robotics applications.

  • What is PocketBeagle?

Linux panel PC offers IP69K protection against jet spray

Filed under
Android
GNU
Linux
Hardware

TechNexion has launched a 10.1 inch, 1280 x 800 capacitive touch panel PC that runs Linux or Android on an i.MX6, and offers IP69K protection.

TechNexion, which has long been a provider of COMs and SBCs based on Freescale/NXP i.MX SoCs, also sells a line of Linux- and Android-friendly i.MX6, i.MX6UL, and i.MX7 based panel PCs. The latest is a 10.1 inch TWP-1010-IMX6 model that shares many of the same features of its 15.6-inch TWP-1560-IMX6 sibling, including NXP’s i.MX6 SoC, M12 connectors, and a SUS 304 stainless steel case with an IP69K water- and dust-proofing certification.

Read more

Also: Mongoose OS for IoT prototyping

Hardware: PocketBeagle, Purism Librem 5, Aaeon Embedded PCs

Filed under
Linux
Hardware

Intel: Graphics Changes For Linux 4.15 and Clear Containers 3.0

Filed under
Hardware
  • Intel Preps Their First Batch Of Graphics Changes For Linux 4.15

    The first batch of drm-intel-next changes are ready to be queued in DRM-Next as feature work for eventually merging to mainline come the Linux 4.15 merge window.

  • Announcing Intel® Clear Containers 3.0!

    The Clear Containers team has been working on the next generation of Clear Containers and today that work culminates in the release of Clear Containers 3.0!

    Today’s release presents a generational and architectural shift to utilize virtcontainers, a modular and hypervisor agnostic library for hardware virtualized containers. Clear Containers 3.0 is written in Go language and boasts an OCI* compatible runtime implementation (cc-runtime ) that works both on top of virtcontainers, and as a platform for deployment.

  • Intel Unleashes Clear Containers 3.0, Written In Go

    Clear Containers 3.0 as Intel's latest Linux container tech is now written in the Go programming language rather than C. They are also now making use of virtcontainers as a modular and hypervisor agnostic library for hardware-virtualized containers. Clear Containers 3.0 also adds support for a virtio-blk storage back-end and other improvements for security and performance.

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