Search results for "arduino"
IoT power solutions to be exhibited at CES 2015
Atmel has announced that it will be exhibiting solutions for powering smart, secure and connected IoT applications at the 2015 International CES, which takes place from 6th to 9th January at the Las Vegas Convention Center, in Las Vegas, Nevada.In meeting room number MP25760, located in the South Hall, Atmel will be showcasing a variety of solutions in four technology zones: the SMART LIVING ZONE, the AUTOMOTIVE ZONE, the MAKER ZONE and the POWER...
EVEs support the development of intelligent displays
EVE platforms, targeted at the creation of intelligent display systems using capacitive touch, have been released by FTDI Chip. Based on the FT801 EVE chip, the VM801B and VM801P support one to five independent touch points, enabling gestures such as rotations, swipes, pinches and zooms. The devices can source power at 5V via a 2.1mm power jack, USB Micro-B port or SPI master connector. Via a I2C interface, the EVEs can alternatively source power...
Development board accelerates NFC implementation
The ArchiTech Louvre board is a platform to help engineers accelerate the implementation of Near Field Communications (NFC) in electronic devices. The demonstration and development board is based around the NXP LPC11U37 ARM Cortex M0 microcontroller (MCU) and the NXP NTAG I2C tag IC. It comes with firmware and sample Android applications, and source code is provided under GPL (the General Public License for the GNU operating system).
PSoC-4 development platform simplifies design process
Cypress Semiconductor’s PSoC-4 Pioneer Kit is now on sale at Mouser Electronics. The easy-to-use platform allows developers to design and evaluate the Cypress CY8C4245AXI, a member of PSoC‑4 family. The PSoC‑4 product family is a combination of an ARM Cortex‑M0 microcontroller, reconfigurable analogue blocks, and digital programmable logic.
Development platform delivers IoT applications
RS Components is supporting the complete Intel Edison development platform, which includes: the ultra-small Intel Edison compute module; the Intel Edison breakout board that helps rapid prototyping; and the Intel Edison board for Arduino. The Intel Edison module is a highly miniaturised product-ready compute module built using an advanced 22nm System-on-Chip (SoC) that includes a dual-core, dual-threaded 500MHz Intel Atom CPU and a 100MHz 32-bit ...
Kickstarter crowdfunding enables ARM-based innovations
This year’s festive season gift list will feature more startup-invented products than ever. The likes of the Pebble watch, the Kano computer and the 360cam were all created by tiny companies using widely-available development kits with crowd sourced funding, raising the question: “Should this year’s gift be the mass produced must-have present off the production line or should it be the chance to invent next year’s sensatio...
Atmel Launches Next-Generation Low-power 8-bit AVR MCUs
At Electronica 2014, Atmel Corporation launched its next-generation of 8-bit megaAVR MCUs. Ranging from 4KB to 16KB Flash memory, the new devices provide next-generation enhancements including additional analog functionality and features for the latest low-power consumer, industrial, white goods and Internet of Things (IoT) applications.A
Reference design performs fast IoT prototyping
The MAXREFDES72 Reference Design from Maxim Integrated is in stock at Mouser Electronics. This software configurable interface adapter board allows any board with Pmod connectors to be easily plugged into Arduino‑compatible microcontroller platforms. Pmod is an interface standard used to connect peripheral boards to host controller boards.
Daughter cards support Arduino-compatible EVE boards
FTDI Chip has announced a series of daughter cards (or shields) which support the company's previously released VM800P development platforms. Interfacing with the Arduino-compatible VM800P ‘PLUS boards’ via one or two Micro-MaTch miniature connectors, the six daughter cards enhance the boards’ I/O capabilities for implementation into a wider range of application scenarios.
Open development environment combines MCUs with advanced components
With its STM32 Open Development Environment, STMicroelectronics has created an efficient development path for innovative products by combining the popular STM32 MCU family with other leading-edge ST components that provide key functions needed for IoT and other applications.