FriendlyElec’s 40 x 40mm, Ubuntu Core ready “NanoPi Neo2” updates the Neo with a 64-bit Allwinner H5 and a GbE port.
FriendlyElec (FriendlyARM) has added to its line of tiny, open spec NanoPi Neo SBCs with a Neo2 model that advances to an ARMv8 architecture. Whereas the similarly 40 x 40mm NanoPi Neo and wireless-enabled NanoPi Neo Air run Ubuntu Core on a quad-core, Cortex-A7 Allwinner H3 clocked to 1.2GHz, the NanoPi Neo2 moves up to a quad-core, Cortex-A53 Allwinner H5. The A5, which is also found on the Orange Pi PC 2 hacker SBC, is joined by a higher-end Mali-450 GPU. No clock rate is specified.
BeagleBoard.org’s $80 “BeagleBone Blue” robotics SBC runs Debian on an Octavo SiP, and adds motion control and battery friendly power to the BB Black.
BeagleBoard.org first showed off a prototype of its robotics-targeted, community backed BeagleBone Blue back in Jan. 2016. The BeagleBone Black spin-off was designed and developed in coordination with the UCSD Coordinated Robotics Lab, and has been tested by hundreds of students. BeagleBoard.org has now launched the open-spec, Linux-driven SBC with Arrow, Element14, and Mouser offering prices ranging from $80 to $82.
The choice of a new laptop for many consumers is still seen as the head-to-head comparison of Microsoft’s Windows 10 or Apple’s macOS. The third option of moving to a Linux-powered machine has always been a much trickier prospect. A dizzying range of Linux "flavors" coupled with the mysteries of hardware support stops many adept users from making the switch. What if you had an off-the-shelf approach to Linux hardware that just worked?
I got drawn into a discussion today and swiftly realized there is no right answer. But there should be!
The question is deceptively simple: Which order should graphics toolkits probe for backends?
My contention is that the answer is: “it depends”.
Suppose that I’m running a traditional X11 based desktop and am testing with a new technology (obviously Mir, but the same applies to Wayland) running as a window on top of it. (I.e. Mir-on-X or Wayland-on-X)
Canonical's Timo Aaltonen is back with some great news for Ubuntu Linux gamers, as he's now working on bringing the latest X.Org Server 1.19.2 display server and Mesa 17.0.1 3D Graphics Library to the upcoming Ubuntu 17.04 (Zesty Zapus) release.
In his latest blog post, the developer reveals the fact that the long-anticipated X.Org 1.19 display server is now ready for public testing on a special PPA (Personal Package Archive) for Ubuntu 17.04, along with Mesa 17.0.1, which appears to rest in the proposed repository of the forthcoming distribution at the moment of writing.
Some big Ubuntu 17.04 "Zesty Zapus" updates will be coming down the pipe next week.
While the products that Ubuntu provides — such as Canonical Livepatch Service and Juju — are well-known in the cloud community, its corporate stance is not as recognized. It’s hoping to change that perception.
“Ubuntu is a very popular [operating system], and we are most dominant in public cloud,” explained Udi Nachmany, vice president of public cloud at Ubuntu.
NAS boxes have changed a lot over the years. From dumb storage, to multi-user storage, routing and network services, to web servers, to cloud servers, to full-blown media centers and PCs that can perform all of the above. QNAP is one of the leading NAS providers and it’s now releasing a new model with a lot of functionality.
The TS-453Bmini is a 64-bit quad-core 4-bay NAS built using an Intel J3455 Celeron processor, and is an update to the 2015 model, the TS-453mini (no B in the name). It’s a 10W TDP CPU that’s built on Apollo Lake, the successor to Braswell, and is the same generation chip as Kaby Lake (but for low power devices).
Earlier today I posted some Linux game CPU scaling benchmarks using a Core i7 6800K Broadwell-E For showing how current Linux games make use of (or not) multiple CPU cores, which originated from discussions by Linux gamers following the AMD Ryzen CPU launch with how many cores are really needed. While going through the process of running those Linux game CPU scaling benchmarks, I also ran some other workloads for those curious.
For those wondering how other Linux CPU-focused workloads are scaling across multiple CPU cores with recent versions of the Linux kernel and distributions, such as Ubuntu 16.10 with Linux 4.8, you may find these additional data-sets interesting. Some of the used tests are also in common with this weekend's AMD Ryzen CPU Core Scaling Performance article.