Digi XBee® 3 BLU Development Kit
Digi XBee® 3 BLU Development Kit integrates compact, flexible BLUETOOTH® Low Energy connectivity for IoT devices. The XBee 3 BLU modules deliver an easy-to-use Bluetooth solution for designers, OEMs, and providers supporting BLE 5.4 for industrial wireless IoT connectivity. The device offers a -40°C to 85°C (-40°F to 185°F) industrial temperature range for various industrial applications.The Digi XBee 3 BLU Development Kit is an easy-to-use development platform for designers and OEMs, facilitating Bluetooth 5.4 Low Energy for industrial wireless IoT connectivity.
Features
- Designed for a range of use cases, from maker projects to industrial applications
- Industrial-rated on a Bluetooth module
- Integrated MicroPython programmability for edge computing
- Bluetooth Low Energy for beaconing, connecting to sensors, and local configuration using the Digi XBee Mobile app
- Easily detect modules and connect to smart devices
- Low power consumption optimized for long battery life
- Integrated with Digi TrustFence® security framework
- Manage, configure, and test with Digi XBee Studio
- Accelerate development with Digi IoT Mobile SDK
- Digi XBee API functionality and support
- Over-the-air (OTA) firmware updates with the Digi XBee Mobile app
- Complete Bluetooth Low Energy 5.4 software stack
Specifications
- Silicon Labs EFR32MG SoC
- Supports Bluetooth Low Energy 5.4 and is capable of interoperating with Bluetooth Low Energy 5.4 devices that support 1M and 2M PHY
- 1Mbps with 1M PHY and 2Mbps with 2M PHY
- +8dBm transmit power
- -97dBm receiver sensitivity
- UART and SPI interfaces
- 13 digital I/Os
- -40°C to 85°C (-40°F to 185°F) operating temperature
- 128/256-bit AES encryption
- 40 channels
- 1.71V to 3.8V supply voltage
- 32mA at 3.3V, +8dBm transmit current
- 13.5 mA receive current
- 7.5 mA idle current
Kit Contents
- (1) Digi XBee 3 BLU modules: MMT with RF pad
- (1) XBIB interface board
- (1) Antenna (U.FL connector)
- Digi XBee Studio and Digi XBee Tools
- Additional documentation and examples
Overview
Zveřejněno: 2025-08-04
| Aktualizováno: 2025-10-02
