ON Semi expands solutions for industrial IoT, smart home and wearables
ON Semiconductor is helping engineers address a broader range of high growth Internet of Things applications through the release of a new multi-sensor shield and expansion of software support for its IoT Development Kit. With this release, customers can accelerate development timeframes and deploy IoT solutions much quicker for a variety of connected wellness and industrial wearables as well as for smart home, predictive maintenance, asset tracking and other industrial IoT applications.
ON Semiconductor’s IDK is an intuitive, modular, node-to-cloud platform that enables evaluation rapid prototyping and development of IoT solutions, bringing significant value to time and resource stretched designers. The IDK gives access to a wide variety of sensing, processing, connectivity and actuation possibilities under the IoT ‘umbrella’ through a range of shields/daughter cards that attach to the Arm SoC motherboard.
The multi-sensor shield adds a variety of inertial and environmental sensors. These coupled with, for example, the recently announced Bluetooth low energy connectivity shield, enable the rapid prototyping of a wide range of ultra-low power smart home, industrial IoT and wearable solutions.
Software is integral to the IDK, and as part of this capability enhancement, ON Semiconductor has released version 4.0 of its IDK software. This now includes native support for IBM cloud alongside the existing support for Carriots (Altair) cloud. Additionally, the embedded operating system running on the IDK motherboard has been upgraded to mbed version 5.5.
With the powerful combination of additional hardware and software enhancements, designers are now able to prototype and develop a wider range of IoT devices and solutions. ON Semiconductor is developing an Android mobile app that will allow visualisation of sensor data and control of actuators from a mobile handset via the low-power BLE. The app can be dynamically customised for the application and use case being prototyped.