Regardless of the microcontroller or single-board computer you’re using, there is a compatible Notecarrier for your project.
Each Notecarrier model provides an easy connectivity method to your existing IoT solution, whether it’s via header pins for prototyping or castellated edge connectors for embedding in a production solution.
Most Notecarrier models come with onboard embedded cellular and GPS antennas, eliminating the need for external hookups.
Supporting AA batteries, LiPo, solar, and micro-USB, there are Notecarrier models that support virtually any type (and combination) of power supply.
Notecarriers make it easy to prototype and deploy IoT solutions with the Notecard.
Three unique models:
The Blues Wireless Notecard and its companion Notecarrier-Pi HAT support virtually any Raspberry Pi-compatible single-board computer (SBC) with a 40-pin male header connector. Some examples of compatible SBCs include the balenaFin, Banana Pi, and the ROCK Pi.
Note that due to the power requirements of the Notecard, some Raspberry Pi 2 and 3 models include a current-limiting fuse that will power-cycle the device when the Notecard’s modem is on and transmitting. To avoid these issues, we recommend using Raspberry Pi 4 devices with the Notecard and Notecarrier Pi HAT.
No! The Blues Wireless Notecard is a small 30mm x 35mm system on module (SoM) that is able to be embedded in any IoT project on its own via its M.2 edge connector.
However, Blues Wireless provides a variety of Notecarrier host boards for easily adding cellular connectivity to a new or existing IoT solution for prototyping purposes. The Notecarrier also provides antennae for both the GPS and cellular capabilities of the Notecard.