HP has launched the OpenSwitch community and a new open source network operating system (NOS).
HP and key supporters, Accton Technology Corporation, Arista, Broadcom, Intel, and VMWare, are delivering a community-based platform that provides developers and users the ability to accelerate innovation, avoid vendor lock-in and realize investment protection as they rapidly build data center networks customized for unique business applications.
HP today has taken the wraps off a refreshed lineup of Chromebooks. In a press release, the company revealed a new Chromebook 14 lineup with hardware and cosmetic improvements. In addition to a 14-inch model with a 1366×768 display, HP is also offering a model with a full 1080p HD display.
Both models, however, feature an Intel Celeron N2840 processor coupled with 2GB of RAM and 16GB of internal flash storage. The previous generation model used an Nvidia processor. Battery life is also improved this year, with HP quoting 9 hours of runtime. Though, the higher-resolution HD model will likely clock in a slightly below that.
In today's open source roundup: HP's new Chromebook 14 will use an Intel processor. Plus: DistroWatch reviews Linux Lite 2.6. And a review of the Nexus 6P phone
This Broadcom VC4 DRM/KMS driver has been in the works for a while now with the main hardware target being the Raspberry Pi / Raspberry Pi 2. The Broadcom architectures officially supported by this driver are the bcm2835 and bcm2836. While Eric has also been working on a VC4 Gallium3D driver, this VC4 KMS driver being offered up for Linux 4.4 lacks the kernel bits for hardware acceleration as well as power management. There's other out-of-tree code for that, but it's not ready for mainline with Linux 4.4. Thus with Linux 4.4 on the Pi, you'll just get a nice kernel mode-set powered display with a display plane and cursor.
A few weeks ago at IDF, Displaylink released drivers for USB monitors on Linux. This has been something SemiAccurate has been asking them about since, well it has been years now.
The idea is simple, transfer video data over USB rather than a dedicated video port. This requires a bit of compression, CPU load, and of course their proprietary hardware on the monitor side. That isn’t a big deal, the chips are fairly inexpensive and since you are buying a USB monitor or dock, it comes with the device out of the box. On the plus side it means your monitor will work everywhere, or at least it will now.
Perfectron’s new EPIC SBC runs Linux on 5th Gen Core CPUs, expands modularly with a rare PCe/104 fork called StackPC, and supports -40 to 85°C operation.
If you want a super cheap Linux based computer, now is the chance to get it. Chip, a $9 Linux-based, super-cheap computer that raised some $2 Million beyond a pledge goal of just $50,000 on Kickstarter can soon be yours. After its successful Kickstarter campaign, now, the first run of devices is beginning to be distributed to backers.
In short succession a new firmware from Kobo, this time 3.18.0. And here is my mega-update. On request from a reader I have now prepared updates for all three hardwares, Mark4 (Glo), Mark5 (Aura), and Mark6 (GloHD).
The Raspberry Pi Foundation released its long-awaited 7-inch, 800 x 480 capacitive touchscreen for the Raspberry Pi, selling for $60.
How touching: the cheap-as-chips Raspberry Pi mini-computer now has an official 7-inch touchscreen for building a basic tablet or control panel.
The touchscreen comes from element14, the British company behind Raspberry Pi. The Raspberry Pi micro-computer brain is designed to be plugged into other components to custom-build everything from computers to media servers to smart home devices. It's aimed at enthusiasts and newcomers to building computers and electronic equipment, and it also helps kids learn about coding and hardware.
In the end we chose an industrial-quality display from our friends at Inelco Hunter based in the UK, who were able to create something very special:
RGB 800×480 display @60fps
FT5406 10 point capacitive touchscreen
70 degree viewing angle
Metal-backed display with mounting holes for the Pi
Back in January Razer lifted the lid on its highly customizable "Hacker Dev Kit" VR headset and OSVR (Open-Source Virtual Reality) platform, both designed "to set an open standard for virtual reality input devices."
Now the company has revealed that the consumer version of its headset, the HDK v1.3, will be available for pre-order on October 1, and that its OSVR content discovery platform has launched and can be accessed right away.
The Open Source Virtual Reality (OSVR) headset will get a significant upgrade soon. Gaming peripheral company Razer announced the OSVR program back in January, but the first prototype headset was an underwhelming affair with uncomfortable ergonomics and a so-so display. That wasn't really the point, though. Rather than a single company aiming to dominate the VR market, OSVR is a loose band of hardware and software companies hoping to do for virtual reality "what Android did for mobile."
As the Virtual Reality gaming market grows, there are some growing efforts that are seeking to be less proprietary, and more inclusive about the process. Open Source Virtual Reality, or OSVR, is a movement that involves not just Razer, but over 230 companies that support the cause.
Hoping that MIAOW is not a catastrophe
An open saucy general-purpose graphics processor (GPGPU) has been unveiled at the Hot Chips event.
The GPGPU is relatively crude and is part of another piece of an emerging open-source hardware platform called MIAOW.
el showed off a 147 x 140mm “5×5″ SBC form-factor slotted between NUC and Mini-ITX, designed for socketable, LGA-based Intel Celeron and Core processors.
Spurred on by the success of its reference design for 102 x 102mm (4.0 x 4.0-inch) NUC (Next Unit of Computing) mini-PCs, many of which run Linux, Intel showed off a “5×5″ mainboard form-factor at last week’s Intel Developer Forum. Billed as being the “smallest socketed board standard,” 5×5 measures 147 x 140mm (5.79 x 5.51 inches), or 29 percent less than the 170 x 170 (6.7 x 6.7-inch) Mini-ITX.