Gateway, field nodes, antennas, enclosures and data-handoff planning for private LoRaWAN sensor networks.
Built for distributors and system integrators who need the radio plan, gateway placement, sensor enclosure, backhaul and payload path reviewed before a field pilot.
1. What this is for
Plan the outdoor LoRaWAN gateway, sensor nodes and enclosure as one field package.
2. Where it is used
Outdoor or cabinet-mounted sensor networks that need weather protection and a radio plan.
3. Next step
Send frequency plan, enclosure rating and sensor count. We return a kit scope for quotation.
Representative outdoor gateway family visual based on a reviewed hardware reference and independently de-identified. It is not the final ordered model; radio region, cellular option, enclosure details, connectors, antenna and mounting package are confirmed in the quotation.
Use this kit when you need a LoRaWAN gateway, field sensor nodes and installation hardware selected as one deployable path. It is especially relevant when sensors sit outdoors, inside metal cabinets or at remote water, agriculture, utility or facility sites.
Remote integration context
Representative site context. Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
Match the enclosure to the installation
Site exposure
Indoor shelter, rain, washdown, temporary immersion, condensation, corrosion and service access determine the enclosure and cable-entry requirements.
Radio path
Country, regional frequency plan, node positions, obstructions, mounting height and antenna location determine the radio variant and pilot coverage plan.
Gateway backhaul and power
Ethernet, Wi-Fi or cellular backhaul plus PoE, DC or field power must be checked at the intended gateway location.
Data handoff
Network-server ownership, device onboarding, payload fields, reporting interval and customer-platform endpoint must be agreed before the pilot is configured.
Typical Hardware Architecture
Final system design, software integration, PLC/SCADA programming and site installation are handled by the customer or their system integrator.
Images show representative product families. The exact model, interface, enclosure and certificates are confirmed against the project before quotation.
Confirm the target country and LoRaWAN regional frequency plan before selecting any gateway or node radio variant.
Provide a site map with node positions, gateway position, distances, terrain, buildings, vegetation and expected mounting heights.
State whether each node is indoors, sheltered outdoors, exposed to rain or washdown, below grade, near condensation or inside a metal cabinet.
Choose the required enclosure protection from the actual exposure. IP65 or IP67 is not assumed for every node and must be confirmed for the selected configuration.
Keep the antenna outside a metal enclosure or use an approved RF-transparent mounting arrangement; confirm connectors, feedthroughs and cable loss.
Gateway backhaul and available PoE, DC, mains or solar power
Network server, onboarding method and payload fields
Customer platform endpoint and data-delivery format
Pilot quantity, rollout quantity, certificates and delivery schedule
Outdoor field-monitoring context
Representative site context. Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
Coverage and supply boundaries
A website range figure cannot prove coverage at a real site. Final gateway placement and node reliability require a pilot that reflects the terrain, structures, antennas, radio plan and traffic.
The selected enclosure, IP rating, cable glands, corrosion protection, lightning protection and certificates are confirmed against the exact configuration before quotation.
SunGene prepares the hardware path and integration documents. Network-server operation, field installation and the customer application remain with the agreed project owner.
Should an outdoor LoRaWAN sensor use IP65 or IP67?
Choose the enclosure from the actual exposure and the selected hardware. Rain or water jets, temporary immersion, condensation, cable entries, service access and corrosion are different conditions. The final protection claim must match the exact enclosure and IEC 60529 test scope.
Can a LoRaWAN antenna stay inside a metal enclosure?
A metal enclosure can attenuate the radio path. Plan an external antenna or an approved RF-transparent arrangement, then confirm connector type, feedthrough, cable loss, grounding and mounting before the field pilot.
Do we have to use ChirpStack?
No single network server is assumed. Provide the intended network server and onboarding method so gateway packet forwarding, device profiles, payload decoding and customer-platform handoff can be checked.
What is needed before SunGene can quote the kit?
Send the country, site map, node types and quantities, reporting interval, enclosure exposure, gateway backhaul and power, network-server owner, payload fields, certificates and pilot schedule.
Partnership
LoRaWAN hardware and integration-document supply for pilots and recurring channel programs.
Commercial notes
Paid sample and pilot quantities are available before volume supply.
Packaging and documentation details can be reviewed after the application scope is confirmed.
Certificates are model-specific and confirmed per shortlisted configuration.
