The SparkFun IN100 NanoBeacon Board offers a 2.4 GHz wireless low-energy BT beacon breakout with exceptionally low power consumption features and minimal programming required. The board features the IN100 NanoBeacon™ from InPlay™ that is compliant with several standard 2.4 GHz protocols and has several built-in configurable features for device behaviour that can drastically reduce power consumption allowing for continuous operation in the field for multiple years even with a connected device. This board is a great option for wireless sensor monitoring, asset tracking, retail beacons or even making your own beacon tag for real-time location monitoring.
The IN100 can be powered by a single 3V coin cell battery so we've added a 12mm coin cell battery holder (CR1225 battery NOT included) to power the board. We've added a Qwiic connector to allow for easy integration into our ever-expanding Qwiic ecosystem. One side of the board breaks out the UART interface to a 0.1"-spaced through-hole header to connect a Serial Basic for serial communication. The other side breaks out four of the IN100's GPIO pins (4-7) as well as the two I/O power switch pins (SW0 and SW1). Lastly, we've included a "Notes" space on the back of the board for you to write any notes or labels to differentiate between different NanoBeacon boards at a glance.
This version is designed for applications requiring rapid implementation with minimal assembly and modification. It includes male headers soldered to the 0.1"-spaced through-hole pins on the board and does not include the power LED or reset button as expected applications most likely will not need those two components. Users looking for a prototyping option for development on the IN100 before integrating it into a production environment may want to consider getting the SparkFun NanoBeacon Lite Board - IN100.
The InPlay NanoBeacon Config Tool allows for software-free programming of the IN100. This tool provides a graphical user interface (GUI) to select settings and configure the module removing any need to perform any tricky programming for advertising and pairing to send and receive data packets.
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