04.19.17
STMicroelectronics will show its STM32 Open Development Environment (ODE) for prototyping IoT ( Internet of Things ) devices, along with RF solutions that enable long- range IoT connectivity using LPWAN (Low Power Wide Area Network) technology, at TECHNO-FRONTIER 2017, April 19-21, 2017 at Makuhari Messe, Chiba, Japan.
The high-value, no-cost STM32 ODE offers a simple and fast way to prototype IoT devices, regardless of the scale of development resources. The development ecosystem consists of a broad range of STM32 Nucleo development boards for ST’s 32- bit microcontrollers, tens of different X-NUCLEO expansion boards equipped with motion sensors, RF ICs, NFC tags, motor drivers, ranging sensors, MEMS microphones, and more, and the convenient STM32Cube software development tool equipped with numerous code libraries .
At TECHNO-FRONTIER 2017, visitors to ST’s booth can get hands-on experience with STM32 ODE and receive free Nucleo and X-NUCLEO boards.
In the IoT, numerous nodes are deployed everywhere to detect the states of Things and to manage them, often at long distances. Long-range, low-power wireless solutions play a vital role in networking edge nodes that are deployed over a wide area. ST’s demonstration at TECHNO-FRONTIER 2017 combines Semtech’s LoRa communication IC with STM32, to send data wirelessly to a gateway from a node that senses temperature, humidity, and barometric pressure.
The high-value, no-cost STM32 ODE offers a simple and fast way to prototype IoT devices, regardless of the scale of development resources. The development ecosystem consists of a broad range of STM32 Nucleo development boards for ST’s 32- bit microcontrollers, tens of different X-NUCLEO expansion boards equipped with motion sensors, RF ICs, NFC tags, motor drivers, ranging sensors, MEMS microphones, and more, and the convenient STM32Cube software development tool equipped with numerous code libraries .
At TECHNO-FRONTIER 2017, visitors to ST’s booth can get hands-on experience with STM32 ODE and receive free Nucleo and X-NUCLEO boards.
In the IoT, numerous nodes are deployed everywhere to detect the states of Things and to manage them, often at long distances. Long-range, low-power wireless solutions play a vital role in networking edge nodes that are deployed over a wide area. ST’s demonstration at TECHNO-FRONTIER 2017 combines Semtech’s LoRa communication IC with STM32, to send data wirelessly to a gateway from a node that senses temperature, humidity, and barometric pressure.
