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University Humble Bundle
This tutorial will show you how to install one of our University Humble Bundle Boxes. The Box contains a RAK831 LoRa Gateway Concentrator Module and a MAX-7Q GPS module running on top of a Raspberry Pi 3. The system is powered over Power over Ethernet so the system can be powered using a single cable.
An important step for a long lasting installation is waterproofing. The bundle provides a IP66/NMEA 4X certified polycarbonate waterproof case. Nonetheless the antenna and ethernet cable should be further isolated to prevent water damage. The below images show a proper application of the provided coaxial sealant to protect against moisture and corrosion.
Please follow the Devices Tutorial to create an OpenChirp Device and Generate a Device Token.
You will need the device id
, endpoint
, and the device token
later for configuring the lora-gateway-bridge. Use the LoRa Gateway Template
when making your device so you have all of the standard transducers. After you are done setting up your RPI, you will install a LoRaWAN Gateway Service
which will take a gateway_ID
that is generated from the software running on your PI.
OpenChirp is a research project started by the WiseLab at Carnegie Mellon University.
- Simple Device Tutorial
- PubSub Overview
- Time Series Data
- Device Tutorial
- Generate User Token Tutorial
- LoRaWAN Specific
-
Services
- Byte Translator
- Easybits
- Time Series Storage
- Event Trigger
- LoRaWAN Gateway
- GPS Mapper
- Custom Service
- Openchirp Packages
- REST API