Yang Zhang is the Director of Linaro's http://96boards.org with Robert Wolff host of http://96boards.org/openhours talk about the status of the 40+ 96Boards that are in development, the 96Boards standard and latest news, IoT boards, extended boards, Enterprise boards and what may happen in the future.
Following the http://96boards.org/openhours/ session at Linaro Connect Budapest 2017, Lawrence King, Engineer, Sr. Staff/Mgr at Qualcomm Canada, talks a bit about the history of Dragonboard (since my video of an early Dragonboard filmed with him at Computex 2011) leading to the Dragonboard 410c, the ecosystem that is being built around it and some of what's to come from Qualcomm with Dragonboard.
Rob Clark, maker of the open source GPU driver Freedreno shows off his latest Freedreno open source GPU working on an upcoming Qualcomm Snapdragon 820 based Dragonboard 820c development board, one that is going to use an expanded 96Boards specification to add PCI-E and Gigabit Ethernet ports among other things to the development board. This Freedreno and 820 board provides a significant jump in performance for the GPU, possibly 4x to 5x between the Adreno 306 in a Dragonboard 410c and the Adreno 530 in a Snapdragon 820 based board. The availability of the Freedreno open source GPU driver on Qualcomm based development boards means that these development boards can run all sorts of Linux distributions, including Debian, not just Android. You can read more about the Dragonboard 820c here.
Robert Wolff of the weekly 96Boards Open Hours show interviews Oliver "Ogra" Grawert of Canonical about the status of Snappy Ubuntu Core on the 96Boards including the Dragonboard 410c and more about Ubuntu Core, Canonical's strategy in IoT, security and updates through the Build.Snapcraft.io platform. You can watch the 96Boards Open Hours episode featuring Robert Wolff and Ogra here.
Canonical shows some of the latest development boards where Ubuntu Core is supported, includes the 96Boards Qualcomm Dragonboard 410c, Raspberry Pi 3, Raspberry Pi Nano expecting to ship on a coin sized board. Also shipping on Samsung Artik, NXP i.MX6/i.MX7/i.MX8 and on Intel powered development boards also. Canonical also promotes their http://build.snapcraft.io platform to package any app for every Linux desktop, server, cloud or device, and deliver updates directly.
The Inforce 6410Plus is a Snapdragon 600 based development board. The Inforce 6410Plus features compatibility with a wide array of I/O such as camera connectivity and various sensors such as accelerometer. The Inforce 6410Plus features Arduino connectivity. The Inforce 6410Plus can run either Android or Linux. The Inforce 6410Plus is aimed primarily for robotics applications.
DisplayLink is showing some of their latest demos, here featuring a smooth wireless HTC Vive experience using a DisplayLink dock connected with wireless 60Ghz video signal to/from the VR gaming PC, then showing daisy-chaining 3 DisplayLink docks powered by the DisplayLink DL-6950 chip, launching this Dock in the Targus Dock 160 launching for $249 at Amazon.com. DisplayLink engineered its algorithm to compress display over USB, it works with Chromebooks, Android phones, Windows 10, Ubuntu, Mac OS and more. DisplayLink got integrated with Chromebooks natively by DisplayLink's partnership with Google, and for Android you just need to run the DisplayLink Presenter app for it to work from most Android phones that have Micro-USB or USB Type-C, as long as those have USB Host function active in them. DisplayLink is well integrated with Windows 10 also at the core of Windows Continuum. They also demonstrate SiBeam for a wireless USB connector.
Toradex is showcasing the popular TAQ balancing robot featuring a Colibri iMX7 SoM based on NXP’s new heterogeneous multicore i.MX7 processor with Dual-Core ARM Cortex-A7 and additional ARM Cortex-M4 core for low-power, real-time or connected-standby IoT. Amid Toradex's broad product portfolio is the new high performance Apalis TK1 SoM based on NVIDIA’s Tegra K1 featuring a Quad-Core ARM Cortex-A15 processor with 192 CUDA cores for high-end computer vision and 4k video applications for example. Other demos include an impressive Qt Linux fast boot demo featuring an automotive cluster on Apalis i.MX6.