Private LoRaWAN Gateway with Built-in Local Server & Node-RED (US 915MHz)

SKU: DFR1093-915

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 (US 915MHz,  Built-in SIoT Server)
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  • 1. First Use

    This guide provides step-by-step instructions for setting up and installing a LoRaWAN gateway and node device, including antenna installation, USB connection, driver setup, gateway login, and device registration.

    2. Gateway System - Function Description

    The article offers a detailed explanation of the gateway system's functionalities, covering navigation, password settings, node device management, project management, and data handling. It includes methods for adding node devices, real-time data interpretation, and using JS scripts for data parsing, making it ideal for tech enthusiasts seeking to optimize their device management and improve efficiency.

    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 'Gateway Settings' delves into the configuration of gateway settings for LoRaWAN networks, offering insights into mode selection, frequency band settings, data filtering, multi-gateway configurations, and system information management, aimed at optimizing network performance and security.

    6. Network Tools

    This article explores the configuration of network tools including WIFI, AP Hotspot, and Ethernet settings, offering guidance on accessing gateway systems via IP addresses to ensure optimal connection management.

    7. Application Tools

    Explore application tools essential for LoRaWAN functionality, including Network Tools for connectivity, VPN for secure connections, and Node-RED for IoT data processing.

    8. Restore Factory Settings

    This article provides a concise guide on restoring factory settings for your gateway by holding the RST button for 10 seconds, ensuring effective device reset and troubleshooting.

    9. Node-RED Visual Programming

    The article offers a detailed guide on using Node-RED for visual programming, including accessing the gateway configuration and obtaining device lists by importing and deploying built-in demos. It provides a practical example for beginners to automate tasks efficiently.

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

    The article introduces the SIoT Local Area Network server, detailing its functionalities, including easy setup of a local IoT server using the MQTT protocol, methods for accessing the server, default and customizable topics for data processing, and how to leverage the MindPlus software for project creation within the LAN environment.

    11. Connect to TTN

    This article provides a comprehensive guide on connecting to The Things Network (TTN) using both Packet Forwarder and Basic Station methods. It covers the registration of a TTN account, gateway setup, node device creation, and configuration steps necessary for network access and data reporting. Perfect for users seeking to integrate IoT devices with TTN for efficient data management and communication.

    12. Connect to LORIOT

    This article provides a detailed guide on how to connect to LORIOT using Packet Forwarder and Basic Station protocols, including steps for setting up gateways and node devices, registering gateways, filling in MAC addresses, generating TLS Certificates, and ensuring successful network integration.

    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

    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 US915 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

    Supported Countries

    • United States - USA
    • Canada - Canada
    • Mexico - Mexico
    • Brazil - Brazil
    • Argentina - Argentina
    • Australia - Australia

    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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