Photo Source: www.facebook.com/nxpsemi

NXP Semiconductors N.V. has announced that the Hexiwear IoT and Wearables Development Platform has received recognition on multiple fronts, winning the 2016 ECN IMPACT Award for rapid prototyping, as well as accolades from the ARM TechCon Innovation Challenge winning “Best Internet of Things (IoT) Product,” “Best in Show” and “Reader’s Choice” Awards.

“For the IoT to scale, developers must have solutions that enable them to efficiently develop and deploy connected products,” said Ian Ferguson, vice president of worldwide marketing and strategic alliances, ARM. “The Hexiwear platform achieves this extremely well. NXP and MikroElektronika did an excellent job convincing ARM technical experts, Design News editors and thousands of readers they were worthy winners in a strongly competitive field.”

“These awards further validate how the Hexiwear IoT and Wearables Development Platform enables developers to quickly and easily bring IoT and wearable products to life. At NXP, we are changing the way new product development is done for IoT applications,” said Denis Cabrol, director of global marketing for NXP’s microcontroller business line.

“Hexiwear enables designers and engineers to quickly move from idea to prototyping to volume production. Being selected to receive the ECN IMPACT Award in the rapid prototyping category as well as being a triple award winner at the ARM TechCon Innovation Challenge is a tremendous honor,” said Dr. Djordje Marinkovic, business development director at MikroElektronika.

Hexiwear is a complete open-source platform that combines the style and usability of high-end consumer devices with the functionality and expandability of sophisticated engineering development platforms, making it the ideal form factor for IoT edge node and wearable markets. It is developed by MikroElektronika in partnership with NXP.

At the core of Hexiwear are the low power, high-performance Kinetis K6x microcontroller, the Kinetis KW4x multimode radio System on Chip (SoC) supporting BLE, six sensors, external flash memory, a color OLED display and a rechargeable battery. Hardware expansion is easy with more than 200 click boards, including a wide variety of sensors, connectivity and HMI options.

The Kinetis K6x MCU can be programmed in a traditional way using FreeRTOS, the Kinetis software development kit (SDK) and the Kinetis Design Studio IDE or through the innovative ARM mbed platform. Android and iOS support is straight forward with open source, customizable applications. Hexiwear also enables sensor readings, alarms, reports and other data to be easily sent to the cloud.

To find out more, please visit www.nxp.com.