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Hardware

Intel News

Filed under
Linux
Hardware
  • Intel “Aero” drone board runs Yocto on Cherry Trail

    Intel has launched a Linux-on-Atom powered “Aero Compute Board” and quadcopter, promising improved obstacle navigation based on Intel RealSense.

    Even more than last year’s Intel Developer Forum, this week’s IDF is focusing relentlessly on Intel RealSense. The 3D depth sensing camera technology is everywhere at IDF, including the new Windows-focused Project Alloy VR helmet and several Linux-infused drone, robotics, and camera kits. In fact, even the new Kaby Lake and Apollo Lake processors expected to be announced today include built-in support for RealSense. Here, we take a look at the Intel Aero Platform drone products: the Atom-based Intel Aero Compute Board and an Aero Ready To Fly quadcopter based on it.

  • Intel unveils its Joule chip module for the Internet of Things

    Joule is the latest product in Intel’s family of all-in-one chip modules for the Internet of Things.

    Intel CEO Brian Krzanich showed off the new Joule module during a keynote speech at the Intel Developer Forum in San Francisco. The module is a follow-up to Edison, the prior IoT module introduced in 2014.

  • Intel Launches Project Alloy — An Open-source VR Headset That’s A Full PC [Ed: That’s a lie (even the headline). It’s not “Open Source”, it’s Microsoft rubbish.]

Intel Joule SOM runs Ubuntu Core Linux and makes Raspberry Pi look like garbage

Filed under
Hardware
Ubuntu

The original Raspberry Pi sparked the creativity of many developers and students, but it was woefully underpowered. Through several iterations, however, it slowly became more powerful. While the most recent version -- the Raspberry Pi 3 -- has a much more capable processor, some developers will still want even more horsepower.

Today, Intel announces a maker board that puts the Raspberry Pi 3 to shame. The Joule system-on-module mini-computer features RealSense camera support and runs Ubuntu Linux Core. Best of all, its specs are very impressive for what it is.

Read more

Open Hardware

Filed under
Hardware
  • Russia's 3Dquality Continues to Expand and Impress with Growing Range of 3D Printers
  • Minimalist Cetus 3D Printer Soon to Hit Kickstarter
  • Qubie is an open hardware solution for tracking wait times at voting places

    With an incredibly important national election coming up, it’s more critical than ever that everyone who can vote does — and is able to. Election tech firm Free and Fair is hoping to help avoid overflowing voting locations with a simple, open source device that automatically monitors waiting times and keeps voters and officials informed.

    Free and Fair creates open source software for polling places, from checking in voters to actually taking and tallying votes — but Qubie is the company’s first original hardware, created for the Hackaday Prize. Founder Daniel Zimmerman explained that it was just another aspect of the voting process that struck them as out of date.

    “In the last few elections there have been reports of long queue times, people giving up and going home,” he told TechCrunch. “Election technology is in a pretty sorry state — we thought it’d be nice to gather data on that rather than anecdotes.”

AMD Graphics

Filed under
Graphics/Benchmarks
Linux
Hardware
  • Radeon RX 460 Released, Linux Review Later This Week

    Just days after the Radeon RX 470 began shipping, the Radeon RX 460 is shipping this morning and the embargo concerning the RX 460 has expired.

    This Polaris 11 graphics card has 14 compute units, 896 stream process, 1090MHz boost clock speed with 1200MHz boost clock speed, and is rated for up to 2.2 TFLOPS of compute power. The video memory is GDDR5 on a 128-bit bus. The TDP for this graphics card is less than 75 Watts.

  • AMD GPUOpen's CodeXL 2.2 Now Supports Linux With AMDGPU-PRO

    Earlier this year AMD made CodeXL 2.0 open-source as a developer tool with GUI centered around profiling/optimizing D3D, OpenGL, and Vulkan (since CodeXL 2.1) under Windows and Linux. Today marks the release of CodeXL 2.2.

Android and Devices

Filed under
Android
Linux
Hardware
  • Kernel.org Is Knocking On The Door Of My Odroid-C2

    If this ~$100 CDN tiny box pleases TLW, it’s Good Enough. When a proper video driver gets into Linus’ mainline, say, with Wayland, and distros have all the usual applications working, these things will take over. It surely blows away her old VIA box with 8 core-gHz CPU, gigabit/s networking and 2gB RAM compared to 0.4 core-gHz, 100 mbits/s, and 0.25gB RAM. We’re using files over NFS so TLW will be able to use her old desktop environment on Beast III if she wants. Otherwise, she can use the Odroid-C2 as a thick client well enough. Cost for the old ones was ~$150 CDN delivered a decade ago, with real money, not this inflated stuff. Life is good.

  • ​Google wants you to log in once on Android - with any password manager
  • Google Says Goodbye to Android Wear's 'Together' Watch Face
  • Here's an open source PC that can be a laptop, desktop or even tablet

    Would-be backers of the open-source, modular EOMA68 PC card can now support the crowdfunding campaign by purchasing several new gadgets that work with the system.

    Fund-raising for the 'Easy-on-Mother-Earth' EOMA68 PC began in July and have now reached $66,000, or just under half of the $150,000 targeted by the end of August.

    The concept, from UK firm Rhombus Tech, is designed to demonstrate that computers can be easy and cheap to fix or upgrade with a standardized PC board and 3D printable housing and components. It also hopes the modular design can cut the mountains of e-waste produced by the tech industry.

4-Disk Btrfs RAID Benchmarks On Linux 4.7

Filed under
Graphics/Benchmarks
Linux
Hardware

Going along with the recent Linux 4.7 file-system benchmarks, here are some tests of Btrfs' built-in RAID functionality when tested on the Linux 4.7 kernel across four SATA SSDs.

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Open Hardware

Filed under
Hardware
OSS
  • AArch64 desktop hardware?

    Soon there will be four years since I started working on AArch64 architecture. Lot of software things changed during that time. Lot in a hardware too. But machines availability still sucks badly.

    In 2012 all we had was software model. It was slow, terribly slow. Common joke was AArch64 developers standing in a queue for 10GHz x86-64 cpus. So I was generating working binaries by using cross compilation. But many distributions only do native builds. In models. Imagine Qt4 building for 3-4 days…

    In 2013 I got access to first server hardware. With first silicon version of CPU. Highly unstable, we could use just one core etc. GCC was crashing like hell but we managed to get stable build results from it. Qt4 was building in few hours now.

  • RISC-V on an FPGA, pt. 1

    Last year I had open source instruction set RISC-V running Linux emulated in qemu. However to really get into the architecture, and restore my very rusty FPGA skills, wouldn’t it be fun to have RISC-V working in real hardware.

    The world of RISC-V is pretty confusing for outsiders. There are a bunch of affiliated companies, researchers who are producing actual silicon (nothing you can buy of course), and the affiliated(?) lowRISC project which is trying to produce a fully open source chip. I’m starting with lowRISC since they have three iterations of a design that you can install on reasonably cheap FPGA development boards like the one above. (I’m going to try to install “Untether 0.2” which is the second iteration of their FPGA design.)

  • RISC-V on an FPGA, pt. 2
  • RISC-V on an FPGA, pt. 3
  • RISC-V on an FPGA, pt. 4
  • RISC-V on an FPGA, pt. 5

Open Hardware

Filed under
Hardware
OSS
  • Open-Source Farming Machine Plants And Waters Seeds

    While it is nice to have access to produce that is not in season, the unseen use of pesticides and other harmful additives is a difficult problem to avoid.

  • California dreaming: DIY, open-source SoCs with RISC-V

    With its customizable, open-source SoCs built on the free and open RISC-V instruction set architecture, SiFive, a San Francisco start-up, is poised to reverse the industry’s rising licensing, design and implementation costs.

    With on the one hand Moore’s Law ended or approaching the end and on the other, vast investments required for to develop a modern, high-performance chip, it looks impossible for smaller system designers to join the traditional economic model of chip building. However, the body of software and tools available from the open-source community under the guidance of the RISC-V Foundation, can substantially cut the cost of developing custom silicon. System designers can use the SiFive Freedom platforms to focus on their own differentiated processor without having the overhead of developing a modern SoC, fabric or software infrastructur

  • Lawn Da Vinci Open Source RC Lawnmower (video)

    If you find the prices of the current range of robotic lawnmowers just a little too high for your budget, you might be interested in a new open source remote control lawnmower which has been created called the Lawn Da Vinci.

    Okay so it’s not completely autonomous but you can still add a little extra fun to those lawn mowing days, with the addition of a little remote control to the humble petrol powered lawnmower.

  • A open source toolkit for building your own home

    The evidence is overwhelming that large scale collaboration leads to superior technology. FOSS showed us the way and now free and open source hardware is rapidly gaining traction. There is a growing list of open source hardware projects, which are bringing millions (billion?) of dollars of value to the world. Now a new initiative from the Open Building Institute (OBI) is adding "house" to the list of killer open hardware apps.

  • Open Source Hardware: What It Means and Why It Matters

    You've heard of open source software. But what about open source hardware? Here's an overview of what open source hardware is, what the challenges are and why open hardware is poised to grow in importance as the Internet of Things (IoT) continues to boom.

Linux Devices

Filed under
Linux
Hardware
  • Smaller & Faster than Raspberry Pi Zero: Meet NanoPi NEO ARM Linux Development Board

    Raspberry Pi Zero has two noticeable attributes compared to other Raspberry Pi boards: it’s smaller and it’s cheaper. FriendlyARM has now designed another model for their NanoPi family, that about 12% smaller, although not quite as thin at all due to its Ethernet jack and USB connector, and much faster than Raspberry Pi Zero, with NanoPi NEO board powered by Allwinner H3 quad core processor.

  • Notes from the fourth RISC-V workshop

    Many of the lowRISC team (Robert Mullins, Wei Song, and Alex Bradbury) have been in Boston this week for the fourth RISC-V workshop. By any measure, this has been a massive success with over 250 attendees representing 63 companies and 42 Universities. Wei presented our most recent work on integrating trace debug, which you’ll soon be able to read much more about here (it’s worth signing up to our announcement list if you want to be informed of each of our releases).

  • Arduino-powered Lock Automatically Locks The Door When You Open Incognito Mode

    Mike, the CEO of the Useless Duck Company, has created an Arduino-powered door lock which locks the door automatically when you open an incognito window in your web browser. In a YouTube video, Mike shows how this awesome tech works.

Devices and Hardware (Linux and Hacker-Friendly)

Filed under
Linux
Hardware
OSS
  • 8 open source point of sale systems

    Running a small business isn't easy, and especially so for retailers, restaurant owners, and others who have a brick-and-mortar storefront. Managing purchases and cash flow, keeping inventory stocked, making sure your employees are happy, and above all else serving your customers needs requires dedication, a solid business plan, and a bit of luck to be successful.

  • ELC video explains the mystery of modern caches

    In his recent ELC talk, ARM kernel developer Mark Rutland traced the evolution of caches over the last decade or so, and explained how to manage them.

    “If you’re a bit tired, this is a presentation on cache maintenance, so there will be plenty of opportunity to sleep,” began Rutland. Despite this warning, Rutland’s presentation, titled Embedded Linux Conference presentation titled Stale Data, or How We (Mis-)manage Modern Caches, was actually kind of an eye opener — at least as far as cache management presentations go.

  • This open source CNC system integrates high-tech automation into backyard farming

    This story might more properly belong on RobotHugger, but with its open source DIY approach to small-scale food production, FarmBot is worth a look.

    The old-school gardener in me is battling my high-tech early adopter side over whether or not this robotic farming device is a step toward greater food sovereignty or toward a dystopian future where robot overlords rule backyard farms. Sure, it's easy enough to learn to garden the old fashioned way, on your hands and knees with your hands in the soil, but considering that one of the excuses for not growing some our own food is lack of time and lack of skills and knowledge, perhaps this automated and optimized small-scale farming approach could be a feasible solution for the techie foodies who would like homegrown food without having to have a green thumb.

  • Tropical Labs Offers a Powerful Open Source Servo for Makers

    Joe Church from Tropical Labs wanted low cost, accurate servo motors for a project but was unable to find the right parts for his need. The team began to develop motors and recording their progress on hackaday.io. The motor project eventually turned into Mechaduino, and Tropical Labs is running a highly successful Kickstarter campaign to fund the first run of production motors.

  • SiFive – the open-source hardware company

    Customisation periods end with ICs becoming complex and expensive and, at that point, standardisation comes in and returns ICs to affordability.

    Or that’s the theory.

    Over the years there have been many ways to bring the cost of custom silicon down – MPW, ASIC, P-SOC, FPGAs and, latterly, ARM’s offer of free access to Cortex-M0 processor IP through DesignStart which aims to deliver test chips for $16,000.

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