DRAGINO Multi-Channel LoRaWAN Gateway with WiFi and Ethernet

What Is the DRAGINO Multi-Channel LoRaWAN Gateway with WiFi and Ethernet (LG308N)?

The Dragino LG308N is an open-source multi-channel LoRaWAN gateway designed to collect wireless data from LoRaWAN sensors and end devices and forward that information to IP-based networks or IoT services.

Unlike a simple single-channel LoRa gateway, the LG308N is designed for multi-channel LoRaWAN communication. Its SX1302 + 2 × SX1250 radio architecture supports 10 programmable parallel demodulation paths, allowing the gateway to handle communications from multiple LoRaWAN devices within its coverage area.

The gateway uses an open-source Linux system and can be managed through a web GUI or SSH via LAN or WiFi. It can connect to the internet or local network through 10/100 Mbps Ethernet or 2.4 GHz WiFi, while an optional 4G LTE module provides cellular connectivity where wired or WiFi networks are unavailable.

The LG308N can be deployed as part of a conventional LoRaWAN architecture, connecting LoRaWAN end nodes to a network server and IoT application. It also supports specific direct communication scenarios with ABP LoRaWAN end nodes without requiring a separate LoRaWAN server, depending on the application and configuration.

How Does the LG308N Work?

• LoRaWAN sensors collect data
  Sensors and end devices measure parameters such as temperature, humidity, air quality, energy usage, equipment status, or other monitored variables.
• Wireless LoRaWAN communication
  The end devices transmit their data wirelessly over the LoRaWAN network.
• Multi-channel gateway reception
  The LG308N receives LoRaWAN packets using its multi-channel LoRa radio architecture.
• Data processing and forwarding
  The gateway forwards the received data through Ethernet, WiFi, or optional 4G LTE to a network server, IoT platform, or other compatible service.
• Remote monitoring and management
  Users can manage gateway settings through the web GUI or SSH and use supported remote management functions to simplify maintenance.
• Integration with IoT platforms
  The gateway can be integrated with compatible LoRaWAN network servers and IoT platforms for centralized data monitoring and application development.

Why Choose this Product?

• Multi-channel LoRaWAN architecture supports scalable IoT deployments with multiple wireless end devices.
• SX1302 + 2 × SX1250 radio design provides a modern LoRaWAN gateway platform.
• 10 programmable parallel demodulation paths support simultaneous LoRa signal processing.
• Multiple network connection options include Ethernet and WiFi, with optional 4G LTE.
• Open-source Linux platform provides flexibility for system integration and customization.
• Web GUI and SSH management simplify configuration and administration.
• Remote management support can help reduce the complexity of maintaining distributed gateway installations.
• Wide LoRaWAN frequency-band options support deployment in different regions.
• Optional 4G LTE connectivity provides an alternative network connection for locations without convenient wired internet access.
• IoT platform compatibility allows the gateway to serve as a communications bridge between LoRaWAN devices and cloud or local applications.

Benefits

• Connects multiple LoRaWAN sensors to an IoT network
• Supports long-range, low-power wireless IoT communication
• Enables centralized collection of sensor data
• Provides flexible Ethernet and WiFi network connectivity
• Optional 4G LTE supports deployments requiring cellular backhaul
• Reduces the need for direct internet connectivity at every sensor
• Supports scalable LoRaWAN sensor network architectures
• Simplifies gateway configuration through a web-based interface
• Supports remote gateway management
• Suitable for industrial and commercial IoT projects
• Helps organizations build connected monitoring and automation systems
• Supports integration with a wide range of LoRaWAN-based IoT solutions