This guide will instruct how to add a LoRaWAN device into Easy LoRaWAN Cloud.
- The tutorial will be applicable to all LoRaWAN nodes
- LoRaWAN Server: https://lorawan.easylorawan.com
- Supported frequency plans: here
- Codec for LoRaWAN nodes: here
1. Device profile
Step 1.1: To go to LoRaWAN Server and create a Device-profile for each LoRaWAN device type
- LoRaWAN devices with the same type will need only one Device-profile.
- LoRaWAN MAC Verion 1.0.4 and LoRaWAN Regional Parameters RP002-1.0.3 are recommended.
- Class A is for LoRaWAN nodes with battery. Class C is for LoRaWAN nodes with main power. Class B is seldom used.
- Codec is generally provided by LoRaWAN manufacturers. You may find them in this codec repository.
Step 1.2: To set General settings
Step 1.3: To set Class A for LoRaWAN devices with battery and Class C for LoRaWAN devices with main power.
- For 8-channel gateway, check “”Device support OTAA”. Usually, OTAA is used.
- For single channel gateway, uncheck “Device support OTAA”.
Step 1.4: Codec is used to encode/decode sensor uplinks and command downlinks.
- You may find them in this codec repository.
- Or from the vendor of your node.
2. Application
Step 2.1: To create an Application
One application can have multiple LoRaWAN Devices from different device-profiles.
Step 2.2: You can skip this step, Easy LoRaWAN Cloud will automatically do the integration for you.
- You can add the extra Integration only if you want to link to external systems outside Easy LoRaWAN Cloud.
3. Device
Step 3.1: To get device information. The device information is generally printed in the device box.
- For OTAA, to get Device EUI, App Key and Net Key. This is usually in use.
- For ABP (non-OTAA), to get Device EUI, AppSKey and NetSKey.
Step 3.2: To add a Device into Application
- We need to select the appropriate Device-profile for the device in Step 2.1.
- We check “Disable frame-counter validation” during testing phase.
Step 3.3: Application key is App Key from Step 4.1.
- Most of the time, MSB is used.
Step 3.4: If the device uses OTAA, the bellow fields are automatically generated when the device joins the cloud successfully.
Step 3.5: If there is traffic in LoRaWAN Frames, the device uploads successfully to the cloud via the gateway.
Step 3.6: You can go to Events, check for up packet and look for data field.
- The data value is in base64. You can decode the data value to hex at https://codebeautify.org/base64-to-hex-converter
- If the codec is working, you will see human-readable object.
Done.
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Hi,
How about other LoRaWAN devices in the market?
Best regards.
Hi James,
The guide is applicable for all LoRaWAN devices.
The only difference is at Step 1.4: You need to get the codec from the LoRaWAN vendors or you can create the codec on your own.
This is the guide to get common and well-known codecs and/or create your own codec.
https://iotthinks.com/create-a-codec-for-lorawan-nodes/
Hope it helps.