How to optimise LoRaWAN for Agricultural deployments in rural areas and high plant density
summary
Claims that LoRaWAN works for rural high-density crops if the stack is adjusted: disable ADR to avoid false downshifts, use ABP with pre-set network keys to eliminate failed join loops, and plan for SF10 or SF12 with tiny payloads. Reports include two-year battery life on an ER14505 sending every 10 minutes at SF10, advice to add solar or larger batteries, raise gateway antennas, enable gateway packet buffering for cellular uplink outages, and expect ~30–40% packet loss so tune intervals.
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chapters (6)
- 0:00Start
- 0:25About Iot Experts
- 1:36Assumptions of the Original Lora1 Network Architecture and Design
- 3:48Disclaimer
- 7:17Over-The-Air Activation
- 9:55Cloud-Based Network Servers
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