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Requirements
- Omnipod system (not the Omnipod DASH)
- RileyLink 433
- Raspberry Pi Zero and a case
- A MicroSD card
- Android Phone
The RileyLink should be running with firmware v2.2 or above.
See also: Increasing Radio Range if you don't have the 433MHz version.
Any of the below:
- Raspberry Pi Zero W
- Raspberry pi 3 Model b
- Raspberry pi 3 Model b+
If you are not going to use the raspberry pi for anything else, I strongly suggest the pi zero w. It is significantly smaller and uses way less power.
Note the W at the end of raspberry pi zero's name is important, as this indicates wireless connectivity.
A case is not an absolute necessity but without a case there is a high chance that you will break something either physically or by creating a short-circuit inadvertently. Many pi zero w starter kits include a case.
This is needed for the raspberry pi. If you opt for the Pi Zero, a slim charger would go a long way. Also see Hardware & power setup for alternative power options and optimising portability.
At least 4gb. Better if you opt for a high speed card and more capacity. It is recommended to use a high class (class 10) and a high quality card.
This is required so you can create an omnipy image for the raspberry pi.
The phone needs to be running Android Marshmallow (6.0) or above. You should make sure that your phone supports bluetooth tethering- this is currently the default way to use the system, and works entirely offline.
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Hardware setup:
3.2. (optional) DIY rig setup
3.3. (optional) Increase RF range of RileyLink
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4.1.AAPS setup
4.3 Upgrading
4.4 (optional) Wifi tethering on android
4.5 (optional) Wifi tethering on raspberry pi
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User Intefaces
5.1 Pod activation and deactivation
5.2 SSH Console