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SunGeneAgricultural IoT

Protocol and connectivity guides

LoRaWAN Gateway and Sensor Network

LoRaWAN works well when many low-power sensors need to report over distance. SunGene helps confirm frequency plan, payload decoder and gateway handoff.

LoRaWANEU868US915AS923ChirpStackPayload decoder

Typical Use Cases

  • Water tank sensor networks
  • Weather and agriculture stations
  • Facility temperature or leak points
  • Distributor sample evaluation kits

Measured Parameters

  • Frequency band and channel plan
  • Payload decoder fields
  • Battery interval and reporting rate
  • Gateway backhaul and antenna location

Recommended Hardware Bundle

  • LoRaWAN sensors or nodes
  • Indoor or outdoor LoRaWAN gateway
  • RS485 sensor adapter when needed
  • Antenna, enclosure and power accessories
remote-monitoring integration with field enclosure, gateway, power and industrial equipment

Connecting field equipment

Illustration: remote-monitoring integration with field enclosure, gateway, power and industrial equipment.

See where the system fits

Equipment in the system

Example equipment arrangement. Check compatibility and agree who handles software, PLC/SCADA programming and site installation.

Integration Path

  • ChirpStack or network server uplink
  • MQTT/application server payload
  • Decoder mapping for customer fields
  • Region-specific frequency confirmation

What SunGene Prepares

  • Equipment list with proposed models and accessories
  • Wiring, protocol and data-format requirements for the trial
  • Packaging and document requirements, where needed
  • Separate quantities and costs for samples, a pilot and repeat orders

What the Customer Provides

  • Target country and frequency band
  • Sensor count and distance estimate
  • Network server preference
  • Payload fields required by the platform

Hardware reference

Product-family photos; the model and enclosure may vary.

Related Pages

Related selection guides

FAQ

What does SunGene need to quote LoRaWAN Gateway and Sensor Network?

For a quotation, send these details: Target country and frequency band; Sensor count and distance estimate; Network server preference; Payload fields required by the platform. We use them to select sensors, gateways, power and the data connection.

Can this connect to our existing platform?

Most projects use one of these paths: ChirpStack or network server uplink; MQTT/application server payload; Decoder mapping for customer fields. The final payload and protocol are confirmed before sample shipment.

Is SunGene a SaaS platform provider?

SunGene can provide agreed software, platform connections and data integration alongside equipment supply and farm BOM planning. We define functions, account ownership, recurring fees, testing and maintenance in the quotation. Local teams carry out onsite construction; SunGene can help coordinate them.

What is checked before samples are shipped?

We agree the selected models, accessories, power and interfaces. For connected equipment, we also check the destination network, protocol and data format. Required certificates must apply to the proposed model and target country.