Diamond Systems, a global supplier of compact, rugged, I/O-rich embedded computing solutions for real-world applications in a broad range of markets, unveiled its EAGLE family of compact, rugged ARM single-board computers and carrier boards designed to work with the Toradex Apalis family of ARM computer-on-modules (COMs), see my Toradex at ARM Techcon video here.
The product line is composed of two models, the full-size, full-featured Eagle and its smaller sized, low-cost Eaglet. For greatest convenience, customers may purchase a fully configured off the shelf solution from Diamond, including a select ARM module and heat sink installed, or they may purchase the baseboard and ARM module separately for greater configuration flexibility and lower unit cost. Development Kits, including the fully configured SBC, pre-configured Linux OS on a microSD card, and a full cable kit, are available from Diamond Systems.
Key highlights of the Eagle/Eaglet family are long product lifetime, configuration flexibility, and a wide range of I/O.
You can read the press release and access links to EAGLE product web pages, datasheets, photos here.
Since 1989, Silicon Valley-based Diamond Systems Corporation has provided compact, rugged, board- and system-level real world embedded computing solutions to companies in a broad range of markets, including transportation, energy, aerospace, defense, manufacturing, medical and research.
The company is renowned as an innovator of embedded I/O standards and technologies; it was an early adopter of PC/104 module technology, originated the FeaturePak I/O module and RSODIMM rugged memory module standards, and holds a patent for a unique analog I/O autocalibration technique.
Diamond's extensive product line includes compact, highly integrated single board computers (SBCs); an extensive line of expansion modules for analog and digital I/O, wired and wireless communications including multiprotocol serial ports and Ethernet switches, GPS, solid-state disk, and power supply functions; and complete, rugged, system-level solutions.
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.
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Marvell AndromedaBox Networking Edge development board, following the http://96boards.org size but with larger ports than the initial 96boards spec, it that can be configured to be used in many applications such as mobile NAS (network-attached storage), IoT gateways, home cloud server etc. The board features the 64bit dual-core ARM Cortex-A53 Marvell Armada 3700 processor, PCI-E 2.0 support, a USB 3.0 port, a SATA 3.0 port, a Gigabit Ethernet port, WiFi 802.11ac built in, 8GB of eMMC memory, and Bluetooth 4.2.
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/
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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.