LoRaWAN Gateways

Provide the network bridge between LoRaWAN end devices and IP-based backhaul systems.
LoRaWAN gateways receive uplink data from sensors and trackers using low-power LoRa modulation and forward it to network servers via Ethernet, Wi-Fi, or cellular backhaul. They enable wide-area coverage and scalable device connectivity for LoRaWAN networks.
LoRaWAN Gateways
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Four-Faith F2910 NB-IoT terminal with metal case, status LEDs, SMA antenna and bottom terminal block.
NB-IoT Terminal
Four-Faith F8926-GW-02 black LoRaWAN gateway with front status LEDs in a compact metal housing.
LoRaWAN Gateway
Four-Faith F8L10C LoRaWAN module with metal shield top and stamped-edge PCB layout.
LoRaWAN Gateway Module
Four-Faith F8L10T LoRa terminal with yellow status panel, SMA antenna and bottom terminal block.
LoRa Terminal
Four-Faith FBL800-00 outdoor LoRaWAN base station with white IP67 housing and bottom cable gland.
LoRaWAN Base Station
Four-Faith FBL800-00 5G LoRaWAN base station with white IP67 enclosure and bottom cable gland.
5G LoRaWAN Base Station
Milesight SG50 solar LoRaWAN gateway with external antenna and ribbed IP67 enclosure.
Ultra Low Power Solar LoRaWAN® Gateway
Milesight UG56 black metal LoRaWAN gateway with top SMA antenna connector and side vents.
Industrial LoRaWAN® Gateway
Milesight UG63 circular LoRaWAN gateway with dual side antennas and white enclosure.
Mini LoRaWAN® Gateway
Milesight UG65 LoRaWAN gateway with white housing, front status LEDs and right-side external antenna.
Semi-Industrial LoRaWAN® Gateway
UG67 industrial LoRaWAN gateway featuring two external antennas and a rugged IP67 enclosure.
Outdoor LoRaWAN® Gateway

INTERESTED IN A PURCHASE?

Wholesale pricing is available! We operate across the UK and EU markets.

Frequently Asked Questions

The right gateway is selected based on real-world coverage needs, device density, and deployment environment. Key factors:

  • Terrain, building density, and antenna height;
  • Expected traffic and sensor density;
  • Indoor, outdoor, rooftop, or elevated installation;
  • Network architecture (public, private, hybrid);
  • Reliable deployments avoid relying on a single gateway and plan for growth.

Reliable deployments avoid relying on a single gateway and plan for growth.

The difference lies in environmental protection and intended installation conditions. Main differences:

  • Indoor gateways – compact, cost-effective, mains-powered;
  • Outdoor gateways – weather-resistant enclosures, wider temperature range, external antennas.

The choice depends on where the gateway will be installed.

The number of gateways required depends on coverage, environment, and network load rather than device count alone. General guidance:

  • One gateway may be sufficient for small deployments;
  • Multiple gateways improve coverage and reliability;
  • Dense environments or high traffic require additional gateways.

Multiple gateways provide redundancy and consistent performance.

Gateway range depends heavily on environment and installation conditions. Typical ranges:

  • Open or rural areas: several kilometres;
  • Urban or indoor environments: hundreds of metres to a few kilometres;
  • Antenna placement and height significantly affect coverage.

Higher placement improves reliability.

A single gateway can support many devices, depending on network usage patterns. Capacity depends on:

  • Transmission frequency
  • Message size
  • Network design
  • Gateway placement

In practice, gateways support dozens to hundreds of devices, with multiple gateways improving capacity.

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