概要
説明
The world’s lowest power wireless sensor kit is a complete solution for a multi-sensor node letting users develop multiple applications on the same hardware and it supports different use cases through firmware. Offering fifteen degrees of freedom (15-DOF) it manages more sensors than any other kit. Data can be processed locally, transmitted via Bluetooth® Low Energy 5.0 and reported using Amazon’s Alexa voice command technology.
Developed on the basis of TDK InvenSense motion and Bosch Sensortec environmental sensors, the DA14585 IoT Multi-Sensor Development Kit combines Bluetooth wireless communications and an Arm® Cortex®-M0 processor with an accelerometer, gyroscope, magnetometer, and environmental sensors. Altogether that helps reduce development time, enables rapid proof of concept and accelerates time to market for long-lifetime, fully-featured IoT applications.
The DA14585 IoT Multi-Sensor kit also includes SmartFusion™, Renesas' unique software library for data acquisition, calibration and motion vector generation. Ideal for resource-constrained systems, it minimizes memory, processing requirements and power consumption.
Benefits
- Faster time-to-market
- Reduced development effort and resources for cloud-based applications
- Flexible and modular system setup
- Ideal for resource-constrained applications
- Longest battery lifetime sensor-based applications
- Small form factor end-product
特長
- Board size: round shape +/- 70mm x 20mm
- Integrated front-end module supports ranges up to 300 meters
- 15-DOF wireless sensor module
- DA14585 low power Bluetooth Low Energy (5.0) SoC
- ICM42605 6-axis motion tracking sensor
- AK09915 3-axis geomagnetic field sensor
- BME680 low power environmental unit (gas, pressure, temperature, and humidity)
- Proximity and ambient light sensor with IR LED
- Digital microphone
- Buzzer
アプリケーション
アプリケーション
- Smart tags/beacons
- Cloud connected wireless sensors
- Asset tracking
- Voice controlled sensor reading
- Voice controlled actuator settings
- Wearables
- Immersive gaming
- Augmented reality
- 3D indoor mapping/navigation
- Weather stations