XBee® XBIB-C Development Boards
[Partner Content] DIGI XBee® XBIB-C Development Boards utilize USB Direct Mode for use with XBee 3 Cellular Modules. They feature a temperature and humidity sensor with MicroPython control. Additionally, the boards include a Grove adapter for Grove connector products.
DIGI XBee® XBIB-C Development Boards utilize USB Direct Mode for use with XBee 3 Cellular Modules. The XBIB-C Boards feature a temperature and humidity sensor with MicroPython control. Additionally, the boards include a Grove adapter for Grove connector products. These boards are powered by USB-C or a battery, and offer current monitoring pins for testing power consumption.
Features:
- USB Direct Mode for use with XBee 3 Cellular Modules
- Current monitoring pins for testing power consumption
- Temp and humidity sensor with MicroPython control
- Grove adapter for use with Grove connector products
- USB-C or battery-powered device
- Programmable user buttons
- 40-pin expansion header for accessories (e.g. XBee GPS Daughterboard) USB-C or battery-pack powered
- Variants available for all XBee form-factors (surface-mount, through-hole, and micro-mount)
Associated SIM Card
Hologram eUICC Global Sim Cards are for global cell networks built for M2M data and offer easy activation, transparent pricing, and developer-friendly tools. The cards automatically connect to the best signal available on the network. Many SIM cards can be ordered and connectivity can be managed on Hologram's dashboard, from one for testing to thousands for manufacturing. Avoid lengthy carrier negotiations for connectivity needs. Hologram is constantly working to improve coverage and support for the network.
Daughter Board: DIGI XBee GPS Daughter Board
Adds GPS capabilities, including asset tracking and security monitoring to any XBee project. It is is based on u-blox M8 GPS solution and connects to the XBee Development Board (XBIB-C) expansion header. Support includes MicroPython library and code examples, as well as full reference design files.Learn more >>>