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Bill of Material for course 2020

Bill of materials for the course in Applied IoT (Tillämpad IoT Introduktion, 1DT305) @ Linnaeus University 2020.

Please use the Discord server Discord Applied IoT LNU as the first hand of contact. If you have questions or problems, please contact Fredrik@LNU

Hardware

In order to be able to participate in the course you need to buy hardware. The course is based upon MicroPython, and we have chosen to work with Pycom's hardware. There is a possibility to flash MicroPython on other boards as well, but that will not be covered in the course. Also, Pycom has a good PyMakr plugin for both Atom.io and VSCode.

We are happy to announce that Electrokit has agreed on setting up a couple of pre-assembled kits for the course, these kits will include both Pycom devices and sensors. The following are the kits that we recommend for this course. Depending on your needs you may choose sensors only bundle, LoPy4 basic bundle, or LoPy4 + sensors bundle.

Wiki: JST connectors

The expansion board has a built in LiPo-charger, so the best is to buy a LiPo-battery with JST-connection:

We also recommend buying a sensor-kit, as the bundles above are just the bare basics:

or from:

Recommended hardware - MicroPython boards

Pycom devices:

*can also be FiPy if you want to make use of LTE/NB-IoT

  • Micro USB cable (you probably already have some lying around)

You will also need sensors:

You can choose from a variety of sensors depending on what you want to develop in the course. If you are unsure, please pick just a start kit for Arduino (3.3V).

Wiring and breadboards:

Pycom.io

You can buy these directly from Pycom.io, but it's recommended to buy from a Swedish distributor in first hand as the shipping might be both cheaper and faster.

Choice of LTE and NB-IoT

If you want cellular connection/LTE as well, the FiPy4 is the way to go (in that case, replace LoPy4 with FiPy). It's a bit more expensive, but does the same thing as LoPy4 with added benefit of LTE/NB IoT as well.