Arrow, Panasonic and ST introduce IoT modules for smart applications

1 min read

Arrow Electronics, Panasonic Industry, and STMicroelectronics (ST) have introduced a low-power wireless multi-sensor edge-intelligence solution for smart factory, smart home, and smart life applications.

The IoT Solution Module brings together Arrow’s engineering and global distribution capabilities with Panasonic’s IoT modules based on the ST BlueTile (STEVAL-BCN002V1B) multi-sensor development kit. This combination will enable customers to more easily test ideas and bring new IoT products to market faster.

The IoT Solution Module features ST’s latest BlueNRG Bluetooth Low Energy (BLE) 5.0 system-on-chip (SoC) paired with numerous inertial, environmental, and audio sensors. The onboard sensors enable the cost-effective delivery of a broad range of compact and valuable IoT applications for smart factory, smart home and smart life scenarios.

Comprehensive services and validation processes enable a reduced BOM that combines an accelerometer and gyroscope with Time-of-Flight, pressure, and humidity sensors in an efficient low-power design with Bluetooth communications. This combination enables OEM customers to dramatically slash time-to-market and reduce design expense and complexity using certified modules.

“The modern embedded design requires sensors and wireless connectivity. This is accelerating based on the breadth of wireless standards being integrated into products,” said Matthias Hutter, Vice President, Product Management and Supplier Marketing, Arrow Electronics, EMEA.

“However, using sensors and designing the supporting circuitry for the task would take a lot of time and resources to develop. Additional certification time is needed on top. Using pre-qualified wireless sensor modules in the system design is saving development time and budget which speeds up time to market for our customers. By working with ST and Panasonic we are bringing the fundamental sensor and wireless building blocks in a great package for accelerated design.”