Private LoRaWAN Gateway with Built-in Local Server & Node-RED (EU 868MHz)

SKU: DFR1093-868

The LoRaWAN gateway is based on the Semtech SX1302 8-channel LoRa baseband chip, enabling long-range and low-power wireless communication for large-scale IoT data transmission. It features an optimized antenna matching design for stable and reliable signal coverage, and supports automatic node registration for simplified network deployment. The gateway integrates an SIoT local server, allowing direct access to node data via MQTT without additional server setup, and includes a script-based data parser to output readable physical values. With Ethernet and WiFi connectivity as well as hotspot configuration support, it enables fast deployment and flexible management, making it suitable for smart agriculture, environmental monitoring, industrial IoT, and smart home expansion applications.

Overhead shot of LoRaWAN Indoor Gateway
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  • 1. First Use

    This article provides a detailed guide on how to set up LoRaWAN Gateway and Node Devices, including hardware installation, USB connection, driver updates, and device registration for first-time users.

    2. Gateway System - Function Description

    This article provides an overview of the Gateway System, covering its key components including the Function Navigation Bar, Information Bar, Language & Password Settings, and detailed Function Area, while also explaining how to access and configure the system through the login password.

    3. Node Device

    This article provides detailed instructions for adding and managing node devices in a LoRaWAN network, covering automatic, manual, and bulk addition methods, device settings, and data parsing functionalities, along with project management for efficient device organization.

    4. Real-time Data

    The article details the Real-time Data function for debugging and deploying devices, offering tools for filtering data by SNR and signal strength, exporting data as JSON, and practical applications like sending data for verification.

    5. Gateway Settings

    The article discusses various gateway settings essential for optimizing a LoRaWAN network, including mode options like Packet Forwarder and Basics Station, frequency band selection, data filtering techniques, multi-gateway configurations, and accessing system information for enhanced network management and performance.

    6. Network Tools

    Explore the configuration of WIFI, AP Hotspot, and Ethernet functions using Network Tools, enabling effective management of network connectivity and access to gateway systems via local IP addresses.

    7. Application Tools

    The article discusses application tools designed for LoRaWAN networks, including Network Tools, VPN, and Node-RED, detailing their functionalities to improve network operations such as connectivity testing, time synchronization, security, and IoT application development.

    8. Restore Factory Settings

    This guide explains how to restore factory settings on your gateway by holding the RST button for 10 seconds, providing a simple solution for troubleshooting or resetting the device.

    9. Node-RED Visual Programming

    This article describes the methods for visual programming with Node-RED, including operations such as system login, demo import, and program deployment, facilitating the efficient management of IoT device lists.

    10. SIoT Local Area Network (LAN) Server (Functional Test Version)

    The article provides a comprehensive guide on setting up and accessing the SIoT Local Area Network (LAN) Server, a test version based on the MQTT protocol for local IoT networks. It includes instructions for default and custom topic creation, access details using various connection methods, and its integration with LoRaWAN data parsing functions.

    11. Connect to TTN

    This blog post offers a detailed guide on how to connect gateways to The Things Network (TTN) using Packet Forwarder and Basic Station modes, including registering a TTN account, configuring gateway settings, and integrating node devices for seamless data collection and network access.

    12. Connect to LORIOT

    This article guides readers through the process of connecting to LORIOT using Packet Forwarder and Basic Station, including steps for logging in, adding devices, and configuring gateway settings, such as MAC address and TLS certificate mapping.

    13. Connect to AWS

    This article guides users through connecting LoRaWAN gateways to AWS using Basic Station mode, covering gateway addition, certificate creation, server configuration, and device management for seamless integration.

    Reference

    Specification

    Classification Parameter Details
    Power Supply Specifications USB-TYPE-C Port 5V 2A
    DC2.1 Power Supply Port 7-12V 2A
    LoRaWAN Parameters Channels ×8
    Operating Frequency Band EU868 MHz
    Transmission Power 27dBm MAX
    Protocol Class A/Class C
    Sensitivity -140dBm @ 292bps
    Antenna Connector SMA
    Antenna 5dB Gain
    Network Parameters WiFi IEEE 802.11 b/g/n (2.4G)
    AP Hotspot IEEE 802.11 b/g/n (2.4G)
    Ethernet 1× 100Mbps Ethernet Port
    System Parameters CPU Quad-core Cortex-A35, maximum frequency 1.3GHz
    Memory 512 MB DDR4 RAM
    Flash Memory 16GB eMMC
    RTC Built-in
    RST Button ×1
    BOOT Button ×1
    Firmware Update USB-TypeC
    Physical Parameters Product Dimensions 142mm (L) × 102mm (W) × 30mm (H) (Antenna Excluded)
    Product Weight 445g (Including Packaging & Power Supply) / 188g (Gateway Host + Antenna)
    Case Material Environmentally Friendly ABS

    Function Description

    USB Port:

    It supports power supply via the USB interface, with a supply voltage of 5V. Please refer to the function diagram above. You can use various mobile phone chargers or computer USB ports to power the gateway. To ensure the stable operation of the gateway, it is recommended that the power be greater than 10W, corresponding to a current of 2A.

    DC2.1 Port:

    It supports power supply via the DC2.1 interface, with a supply voltage range of 7V-12V. Please refer to the function diagram above. To ensure the stable operation of the gateway, it is recommended that the power be greater than 20W, corresponding to a current greater than 2A.

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