On display here is the SECO UDOO x86, a computer along the lines of Raspberry Pi that combines a processor (a 2.56GHz 14nm quad-core Intel 64-bit part), RAM (up to 8GB), and storage (8GB eMMC upgradable to 32GB). The board features WiFi, Bluetooth 4.0 (integrated Intel Curie microcontroller), and a fanless design. It can drive up to 3 4K displays via the 1xHDMI and 2XMini DisplayPorts. It is intended for use as a Windows/Linux/Android x86 computer, or as a development board for universities and students. The basic version starts at US$89.
Makeblock present the new educational and entertainment robot Gemini on CES 2016, this wheel-balancing robotic have 2 mode, the standard model can dance, play music, race, voice-control.The battle mode with a LED light turret at the top turn Gemini became a fighting robot.
inForce Computing, a Qualcomm partner, is focussed on utilising Snapdragon SoCs to power a multitude of applications – IoT, portable healthcare devices, robotics, and so on. At TechCrunch Disrupt, Keith Fleer, technical marketing manager at inForce, displays a robotics platform using a Snapdragon 615 SoC with peripherals such as a camera and gesture sensor, on a board with PWM output for servo motors. There is also a board using the Snapdragon 805 chipset (with a 2.7GHz quad-core CPU) that could be used to build video conferencing devices.
For more information see https://www.inforcecomputing.com/
The HardKernal ODroid-C2 is a board that outputs native 4K resolution over HDMI 2.0. It uses 4x ARM Cortex-A53 cores at 1.5GHz (Mali-450 GPU) coupled with 2GB DDR3 RAM. Upto 128GB eMMC HS400 and 200GB UHS-1 microSD cards are supported simultaneously. A Gigabit Ethernet port as well as 4USB Host and 1 USB OTG ports are present. The demo setup consists of a 4K TV playing 4K videos while using Ubuntu OS with MATE desktop environment. The board costs US$41.95 without the recommended eMMC memory.
NXP here is displaying their development system for Apple HomeKit. It consists of an RGB LED lightbulb being controlled through the setup using Bluetooth LE, with Siri integration. It uses an ARM Cortex-M4 CPU. Also on display is a Point-of-Sale kit (SLN POS RDR). Lastly we see NXP's modular IoT gateway that supports Zigbee, WiFi, Ethernet, and NFC.
Arizona-based Technologic Systems makes boards for embedded applications using ARM CPUs and Linux support packages. Their field applications engineer displays a range of boards with Marvell, NXP, FreeScale Semiconductor, and Cavium processors. Their BAT12 system on display is meant to provide power backup for a few hours in case of loss. They also display their range of LCD monitors with full computers built onto the back of them.
Cavium, a fabless semiconductor company based in California, has on display here their Octeon TX 81XX board. It has a quad-core ARMv8 processor for embedded applications, going up to 24 cores. The demo setup consists of an IoT gateway, using temperature and humidity sensors. It can use Bluetooth, WiFi, or cellular data.
After my initial video showing off the Moto Z and its awesome Moto Mods, here is an Interview with Stephen McDonnell, Director of the Moto Mods Developer Program and with Christian Flowers, Engineer on the Moto Mods platform, talking about the plans that Motorola has to promote their awesome Moto Mods ecosystem, promoting ideas and innovative development through Indiegogo at https://enterprise.indiegogo.com/motomods/ and through Hackathons in New York, in the Silicon Valley and elsewhere to come read more at http://modthefuture.com/
Lenovo Motorola Moto Z is an amazing new Smartphone, with Greybus (watch the video that I filmed with Greg Kroah-Hartman on their Greybus development for Google's discontinued Project Ara) based data and hot-swappable power pogopin docking technology on an ultra-thin Qualcomm Snapdragon 820 Smartphone design, with options to dock a TI DLP Pico Projector MotoMod, a Hasselblad True Zoom Photo/Video Camera, JBL SoundBoost Speaker and the Incipio offGRID Power Pack, all MotoMods that customizes and expands the functionalities of a Smartphone. An absolutely fascinating potential evolution for the Smartphone market, Motorola is developing a potentially amazing ecosystem for future-proof MotoMods that can turn your Smartphone into a Project, into a point-and-shoot quality Camera, into an amazingly loud Speaker and that can expand its battery life easily. All these MotoMods are magnetically locked onto the back of the Moto Z. Now Motorola is also releasing the Moto Mods Development Kit to enable third parties to develop new MotoMods for the Moto Z, for example I hope someone makes an ultra-thin E Ink Mobius (flexible, plastic and non-glass) display for the back-size of the smartphone, a Kent Displays CH-LCD based notes taking back case and a LapDock Laptop Dock to use the Moto Z to power the Ultra-thin Laptop dock and desktop dock. The functionalities of Moto Z can also expand through the TurboPower fast charging USB Type C which I have used with USB Type C to SD card adapter, for example to upload videos from my SD card to YouTube. The possibilities with the Moto Z ecosystem are very, very interesting. But for these to get the attention of the consumers worldwide, I think that Lenovo/Motorola needs to lower the price of the bundles to around $599 for the phone including the Projector MotoMod, $699 including Projector and E Ink MotoMod, $349 or $399 for the Moto Z by itself (instead of the current $699). $699 should also be a bundle to include an ultra-thin and ultra-light small bezel 13.3" Laptop Dock and Desktop Dock MotoMod and with the appropriate Remix OS like Android implementation through Android Nougat to support full Android Powered Productivity on the external display.
Kiss & Tell, an ARM Powered Shoe. Kiss & Tell was a concept that turned into a reality all done on ARM Technology. The idea, a shoe that can change the patterns on the straps based on the touch of a finger from an app on your mobile. For example, if you were invited to have tea with the Queen, the Union Jack could be displayed in seconds; if it was Valentine’s Day, hearts could be flashing. The sole, upper, and interchangeable heels were designed in Tinkercad on an ARM Powered Chromebook, printed using an ARM Powered 3D printer, and then spray painted with custom car paint. The circuitry and the LED designs were both done on Raspberry Pi 3. The shoe is powered by an ARM Cortex-M0+ that sits on an Arduino MKR1000 board that is hidden in the shoe’s upper. You can contact Sandra Larrabee of ARM Marketing to learn more about ARM or Kiss & Tell here: firstname.lastname@example.org