An interesting open source NFC project is seeking for funding on kickstarter.
MicroNFCBoard is an integrated development platform that makes it easy to use Near Field Communication or NFC (What is NFC? see below for more info). It contains a NFC transceiver, a microcontroller and all the software you need to use NFC.
It can be used with an Arduino, Raspberry Pi, mbed or PC/Mac. There is also a powerful ARM Cortex-M0 microcontroller onboard so it can work on its own and you can connect a bunch of things to the board using its various peripherals.
MicroNFCBoard – Easy NFC for the Internet of Things - [Link]
National Instruments has introduced an embedded System-on-module (SOM) development board with integrated Linux-based real-time operating system (RTOS).
Processing power in the 2” x 3” SOM comes from a Xilinx Zync-7020 all programmable SOC running a dual core ARM Cortex-A9 at 667 MHz. A built-in low power Artix-7 FPGA offers 160 single-ended I/Os and Its dedicated processor I/O include Gigabit Ethernet USB 2.0 host, USB 2.0 host/device, SDHC, RS232 and Tx/Rx. Power requirements of the SOM are typically 3 to 5 W.
Linux embedded SOM from NI - [Link]
Cypress Semiconductor are offering the CY8CKIT-049-41XX development board which contains a 32-bit CORTEX-M3 48 MHz ARM processor for just $4.00 (£2.62 in the UK). The board is quite basic but offers a full-speed USB to serial bridge controller chip on a snap-off portion of the PCB to allow for bootloading the target PSoC device and communication with the board via a computer’s USB port. Software tools for the kit include the PSoC Creator and EZ-USB Software Development Kit (SDK).
The kit supports either a 3.3 or 5 V supply voltage and the device can be programmed using the bootloader or the Cypress MiniProg3 programmer. Cypress Semiconductor are marketing these ready-to-run kits as an alternative to supplying device samples.
Low-cost ARM Development Platform - [Link]
There is cool contest for EEs, with actual prizes running right now. EEWeb.com is running the “2014 European Design Freedom Contest” (at http://www.eeweb.com/freedomcontest) and the prizes include iPads and iPods as well as a football table, espresso machine, or bike. You’ll get to design projects using the Freescale Freedom Kinetis ARM based development platform.
The contest uses free online tools from Digi-Key. The first part of the contest uses Scheme-It for you to generate a block diagram of your contest entry that uses one of the 10 available Freescale Freedom Platforms; the project can be a solution to a real problem or something novel. This first phase of the contest runs through the end of June.
In the second phase, create a PCB design of your project. You can also go with a software submission using ARM mbed studio online software (mbed.org). The 2nd phase runs through Oct 10th.
EEWeb.com – 2014 European Design Freedom Contest - [Link]
A new development board has been released from the Arduino – Arduino Zero:
A new development board has been released from the Arduino stable of development products. This board has been developed jointly by Atmel and Arduino and targets ‘The next generation of IoT development’.
The Zero board contains an Atmel SAMD21 microcontroller, built around the 32-bit ARM Cortex M0+ processor. The board also packs 256 KB of flash and 32 KB of SRAM. Shield connectors are Arduino R3 compatible at 3.3 V. The (EDBG) Atmel embedded software debugger is available to aid program development.
Acording to Massimo Banzi, co-founder and CEO at Arduino “The Zero board expands the Arduino family by providing increased performance to fuel creativity of the Maker community. The flexible feature set enables endless project opportunities for devices and acts as a great educational tool for learning about 32-bit application development”.
Arduino Zero Targets the IoT - [Link]
MikroElektronika today announced that May 6, 2014 marks the 10th anniversary since it started developing compilers for Embedded programming – mikroC, mikroPascal and mikroBasic. The company will celebrate the occasion with a month long campaign that will include exclusive content, discounts and weekly full compiler license giveaways.
The successful release of mikroPascal for PIC in 2004 spawned an extensive product line that today has 18 compilers for six popular MCU architectures (ARM, PIC, dsPIC/PIC32, 8051 and AVR) that had a significant impact on the embedded electronics industry.
MikroElektronika celebrates a decade of compiler development - [Link]
In this article, circuitstoday.com explain the basics surrounding arduino. As the title indicates, this article is for absolute beginners in the world of electronics and for people who are beginning with arduino boards.
Arduino is an electronics prototyping platform based on a micro controller. Arduino boards are usually made using Atmel’s Atmega series micro controllers or ARM micro controllers. Arduino is an open source hardware project which means the designs of board (the hardware architecture, CAD files) are available to public with open source license. Anyone can modify the hardware designs and the associated software.
What is Arduino – Introduction to Arduino for Beginners - [Link]
A purely software based USB peripheral for ARM Cortex M0+ devices. This software enables Cortex M0+ devices to act as Low speed USB device. It includes a lightweight USB & HID Stack and easily be optimized to consume only 4KB of flash.
LemcUSB: software USB for EFM32ZG (ARM Cortex M0+) - [Link]
Dave looks at the open source hardware UFactory uARM 4-axis desktop robotic arm kit project available on kickstarter.
This is the first unit produced, and comes with the suction cup head and Arduino Uno board and shield controller.
EEVblog #586 – Open Source Hardware uARM 4-Axis Desktop Robotic Arm Kickstarter - [Link]
Murata SN8200 Wireless Development Kit+ is a self-contained, Broadcom-based, 802.11 b/g/n Wi-Fi network controller module that provides serial-to-Wi-Fi connectivity to the Internet. It provides the necessary protocols for devices communicating with the Internet. In a compact size, SN8200 integrates an ARM Cortex M3-based controller, Wi-Fi BB/MAC/RF IC, RF front end, flash memory, clocks, and on-board antenna in one small form factor. The device has everything you need in setting up your own wireless network, making it ideal for applications such as stand-alone webservers, smart medical and fitness devices, and even for home automation or industrial control monitoring.
Setting up the module is fast and easy. Included on the software CD is the EZ Web Wizzard™, a custom software by Murata that supports easy web-based control. There is also a Quickstart Guide pdf for your reference. Going through theEZ Web Wizzard™ will help you process and install the Simple Network Interface Controller (SNIC) and after that you can install the drivers and start connecting to the device. Read the rest of this entry »