At the OpenMandriva meeting in Budapest with Bernhard Rosenkränzer and Colin Close, President of OpenMandriva, showing off the ARM Powered laptop that could run Open Mandriva at the Open Mandriva meeting in Budapest. This video was taken at the OpenMandriva annual meeting which this year took place in the City of Budapest where the OpenMandriva team met to talk about their plans to workw to move their distro forward. One of the major decisions taken was to move fully to the Clang compiler suite by using lld as their default linker. This is in line with their efforts to create a distro that can be used on more modern architectures. The Clang compiler/linker suite brings with it built in cross-compilers which make the creation of packages for alternate processors such as on their prototype laptop using hardware for 64bit ARM architecture using the Qualcomm Snapdragon 820 Extended 96Boards, they have built sufficient core software to be able to provide a distro for it. Recently a key element required for them to bring this project to fruition was the demonstration of freedreno graphics driver running on the latest Adreno GPU. The OpenMandriva team are looking forward to test this new driver alongside the OpenMandriva software compilation. Another major discussion point was the OpenMandriva package management system. A decision was taken to start using the dnf package manager for the core management function, they will however provide a wrapper script so that users will still be able to use familiar command to perform package management. These changes will have a major impact on their distributed build farm as it will require restructuring the repository metadata on their ABF (Automated Build Farm) while they are doing this they will take the opportunity to incorporate a QA system and a method for building multiple dependent packages within a container. They hope these changes will improve the overall quality of the OpenMandriva distribution. If you would like to to join the OpenMandriva Association either as a user or as a developer you can visit their website http://www.openmandriva.org or contract them through the developer irc channel on freenode #openmandriva-cooker, if you have no packaging experience there are plenty of interesting jobs to do that don't require coding skills.
Bernhard Rosenkränzer, also known as Bero, on the Linaro Mobile Group, talks about some of the latest things Linaro is doing on Mobile, since many of the optimizations that he has been showing over the past years have been integrated by Google into Android, here talking about some of the latest things Linaro is doing to speed up the boot time of Android devices, speeding up all aspects of Android and mobile.
Andrea Gallo talks about his role at Linaro and the ROI value for Linaro members. He also covers his early days as software programmer and summer student at Acorn working on the very first ARM-based Archimedes, when he met ARM guru Sophie Wilson who I interviewed here 1of3, 2of3, 3of3 Andrea talks as well about the challenges that made Acorn turn into what ARM is today.
ARM is now 26 years old, this is my interview with Chris Turner, he was the first employee at Acorn Computers, who created the Acorn Archimedes, the BBC Micro and worked together with inventor and designer of the first ARM Processor Sophie Wilson who I interviewed here 1of3, 2of3, 3of3 and Steve Furber who I interviewed here and the co-founder CEO of Acorn Hermann Hauser who I interviewed here.
Linaro CEO George Grey interview on the last day of the Linaro Connect in Budapest 2017, talking about Google joining Linaro as a club member, some of the latest developments at Linaro, the high amount of contributions from Linaro into Linux and open source, IoT, Servers, Mobile, Networking, Kernel, Gateways, Set-top-boxes, Smart TVs, Android, and a lot more. Other new Linaro members are HXT a joint venture between Qualcomm and the CHinese Government, Fujitsu with their new ARM Powered Supercomupter. You can watch George Grey's opening keynote at Linaro Connect Budapest 2017 here.
My impressions on the coolest ARM Powered Laptop yet, the Samsung Chromebook Plus ($419 top selling 2-in-1 on Amazon.com) that features a Rockchip OP1 dual ARM Cortex-A72 with quad ARM Cortex-A53, ARM Mali-T860MP4 GPU. The performance is great on this device, with the firmware updates from Google also speeding things up regularly, this device is amazingly cool and aweome. But in this video I mention a few things I am hoping Google can improve in the software, mostly to do with improving the Android apps for productivity, I'd like a 4K video editor that works and that is hardware accelerated, I think that Google needs to help PowerDirector and Kinemaster get hardware acceleration and 4K video editing support on this device. Even better perhaps would be if Google could contact the Lumafusion developers and support them to port their 4K60 video editor to Android and optimized for the OP1 processor. Other missing apps in the Google Play store are Microsoft Office, Popcorn time, I don't want to be setting my Chromebook in Developer mode just to sideload apps that may not even be optimized for the Chromebook yet. Photo editors such as GIMP on Android, Adobe Photoshop need to get supported. Few more other productivity apps for developers, creatives, professionals and students I think need to get ported to this Chromebook Android device. Then Google also needs to improve the features of the stylus touch pen on this device, I'd like the stylus shortcuts and gestures allow to do productive work and study such as annotation collaboration, screen region selector saves to JPG to use as thumbnails in YouTube. In terms of the hardware, I am only hoping to be able to prove that USB Type-C SD card adapter to a USB3 Hard drive file transfers are fully fast enough (as fast as on any Intel Windows machine, hopefully), and also I hope to be able to prove that Wi-Fi performance is just as fast and reliable as with any other laptop. Except the missing backlight on the keyboard and the slightly smaller keyboard than full size, otherwise I think this laptop hardware is pretty much near perfect. It is now my main laptop, I just wish that I could do 4K60 video editing in a good Android video editing app, that the Android and the Chrome OS part get better integrated, for example when I save files in Android apps I want to be able to easily get access and upload these files from the Chrome OS Chrome Browser. I'll be posting more videos about my Samsung Chromebook Plus in the weeks and months ahead as I expect that it will get better with Google's full support. Samsung really needs to soon start selling it in Europe!
The COI Site Tokyo University of the Arts created uses this high quality reproduction of the Vincent Van Gogh self-portrait and they program features to superimpose using an Epson LCD projector to make it look like the painting comes alive. The effect is very impressive. Perhaps for Tokyo 2020 they should exhibit a whole range of famous Art reproductions and statues and have them all come alive, also using sensors, cameras, artificial intelligence smart conversationals systems, to have all the art pieces talk themselves about who painted the originals, stories about why it was painted like that, funny interactions where the painting can talk to you and react to you walking by. The applications seem endless as when the projector projects white it just functions as lighting on the reproduction, but then when those animations subtly superimprose it can really give the effect of movement in the painting.
Design M Plus presents their "Musik" dual 13.3" E Ink reader for musicians to use with Piano, Violin, or whatever other instruments, it might even be able to recognize gestures or the music to turn the page automatically without needing to touch.
Here's a booth tour at the Huawei Booth at CeBIT 2017 where 50 of their partners and customers are showing solutions featuring NB-IoT, cloud, Big Data, Internet of Things (IoT), Software-Defined Networking (SDN), Smart City, finance, electric-power, transportation, manufacturing and more. Huawei's tagline is that they want to be “Leading New ICT: The Road to Digital Transformation”. Some of Huawei's partners include SAP, Accenture, Infosys, Deutsche Telekom, Volkswagen, KUKA, Intel, Honeywell, GE, and ABB.
Turris Omnia is powered by Turris OS open source software based on OpenWRT with a lot of improvements like automatic updates, collective/adaptive firewall, honeypots and comfortable LXC integration, Turris Omnia runs on a Marvell Armada 385 ARMv7 CPU 1.6GHz dual-core on with three gigabit interfaces for smooth gigabit throughput, 1 or 2GB of DDR3 RAM, 8GB of eMMC running BTRFS, it can be used as a server not only home server, NAS, printserver, virtual server and more. Wired connection is supplied by a 1Gbit/s WAN port and 5Gbit/s LAN ports. With SFP cage for fiber modules and 3x miniPCIe for Wi-Fi and LTE (SIM slot prepared on board, miniPCIe modem needed), Wi-Fi can do 1300Mbit/s (3x3MIMO) on 5GHz ac and 300Mbit/s (2x2MIMO) on 2.4GHz n by default. Those can be upgraded by changing the setup, cards or antennas. One of miniPCIe buses can be also used as mSATA for upgrading the storage. Connecting standard SATA drives is also possible via miniPCIe-SATA driver. Omnia has internal power connector prepared for this already so you can make a NAS of Omnia without any external PSU. It also has GPIO header on board for RaspberryPi, Arduino etc., open serial console header, JTAG connector, cryptochip-the dedicated chip for generating random numbers for certificates and bunch of other features like IoT can be connect via the miniPCIe card slot. Read more specs here: https://www.turris.cz/doc/_media/omnia/to-datasheet.pdf
For more info, visit https://omnia.turris.cz and follow them on https://twitter.com/turris_cz
Václav Zbránek, Community Manager of Turris is speaking on the video. You can chat with him on their https://forum.turris.cz or https://twitter.com/orangesunny_cz
Turris Omnia is developed and assembled in Czech Republic by CZ.NIC, z. s. p. o., CZ domain registry association.