EG2000 LoRa Edge Gateway for Long-Range Industrial IoT

Description

The EG2000 LoRa Edge Gateway is powered by a triple-core A7 processor running at 1.2GHz and equipped with 512MB memory. It supports Node-RED visual programming, providing flexible edge data processing and application customization capabilities. It can be used in conjunction with ET2100 terminal equipment, connecting to serial devices via the RS-485 interface to realize data transmission from end to cloud.

The LoRa version adopts high-power LoRa wireless communication with up to 30dBm transmission power and supports private LoRa networking with a communication range of up to 8 km. It enables reliable transparent data transmission between distributed devices, making it suitable for large-scale industrial wireless data acquisition applications.

Key Features

Industrial-Grade

-40~85°C operation, 9–36V wide voltage input, surge and ESD protection

Low-Code

Visual flow-based configuration with built-in Node-RED

Reliable Network

4G / Ethernet / LoRa with automatic link switching

Secure Remote Access

VPN-based remote maintenance and device management

* Support OEM/ODM, contact customer service for details.

Basic Function

The EG2000 LoRa Edge Gateway, when paired with the ET2100(LoRa Node), enables rapid device network access and partition management, ensuring orderly and interference-free multi-node transmission, and direct end-to-cloud connection without cumbersome configuration, facilitating the rapid deployment of LoRa application solutions.

EG Series Products

All gateways in the EG series share a highly consistent operating method. Differences between models are mainly reflected in hardware interfaces, and the corresponding variations are limited to the presence or absence of certain functional nodes.

Quick Access to EG Series Products →

Main Functions

LoRa Spread Spectrum

Utilizing the new LoRa spread spectrum technology, the EG2000 LoRa gateway offers an ultra-long coverage range of 8km, upgraded transmission speeds, and significantly enhanced anti-interference capabilities, ensuring rock-solid industrial-grade communication.

Encryption Transmission

Adopt Two-way certificate verification and an SSL encryption transmission mechanism to ensure data security. It can prevent eavesdropping, tampering, and impersonation when using TCP, HTTP, MQTT, and other transmission protocols.

Remote Management

When used in conjunction with the EG series remote operation and maintenance software IoTClient, it enables remote configuration, debugging, diagnosis, and program updates, thereby improving operation and maintenance efficiency.

Comprehensive Device Management

With a comprehensive device management system, users can monitor device status, configure networks, manage firewall settings, and more.

Drag & Drop Programming

– Low-code visual programming –

Equipped with a deeply customized version of Node-RED, EG2000 breaks down barriers to industrial development with visual drag-and-drop programming, enabling rapid construction of the entire “collection-transmission-control” process.

Industrial LoRa Gateway Application

1. Long-distance wireless monitoring of remote locations

Many IoT devices are deployed in places where wired connections are difficult, such as farms, water facilities, and outdoor infrastructure. One of the main difficulties in such environments is maintaining reliable communication over a large area.

The EG2000 supports LoRa wireless connectivity with up to 8 km communication range, so that sensors and terminals can transmit data in long distances with a stable wireless connection, which is applicable for geographically distributed area monitoring.

2. Cut Connectivity Fees for Large-Scale IoT Deployment

However, when the IoT project scales to hundreds or thousands of devices, providing each terminal with cellular connectivity can amount to significantly higher hardware investment and ongoing communication costs.

The EG2000 is a better technique where multiple LoRa devices can connect through one gateway. Collected data can be transmitted to cloud platforms via 4G LTE or Ethernet, reducing the number of cellular-enabled terminals required and simplifying large-scale deployment.

3. Remote Control of Distributed IoT Devices

When IoT devices are deployed across multiple locations, maintenance becomes more challenging as troubleshooting and configuration changes may require frequent on-site visits.

EG2000 supports remote management, which can enable users to check device status, configure parameters, and deal with issues remotely. This minimizes unnecessary site visits and increases the efficiency of managing distributed IoT networks.

The Core Advantage

The EG2000 Industrial LoRa Gateway is designed for distributed IoT applications that need secure long-range communication, cost-effective connectivity, and easy device maintenance.

With up to 8km of LoRa wireless communication, flexible 4G LTE/Ethernet backhaul, and remote management, the EG2000 offers a practical solution to connect large numbers of distributed devices, reducing deployment complexity and operational costs.

FAQ

Q1. What makes EG2000 different from a normal LoRa gateway?

A1: EG2000 is designed for industrial IoT applications, while basic LoRa gateways are mainly for wireless data forwarding.

It combines long-range LoRa communication with RS485 connectivity, edge data processing, 4G/Ethernet backhaul, and remote management capabilities, offering a complete solution to connect distributed devices to cloud platforms.

Q2. How far can EG2000 communicate through LoRa?

A2: EG2000 supports long-range LoRa communication with up to 8 km communication range in an open environment. It’s perfect for use cases involving sensors and devices distributed across large areas, such as water monitoring, agriculture, and remote equipment monitoring.

Q3. Why use LoRa for IoT devices instead of cellular communication?

A3: In large-scale IoT deployments, connecting each device with cellular networks can lead to higher hardware and recurring data costs.

With EG2000, multiple LoRa devices can be connected to a single gateway and communicate with the cloud via 4G LTE or Ethernet, helping save connectivity costs.

Q4. Can EG2000 be remotely managed?

A4: Yes. Users can remotely manage EG2000 to check device status, set parameters, and troubleshoot. This reduces unnecessary site visits, improves the efficiency of maintenance, and helps to ensure reliable operation of distributed IoT systems.

Dimensions And Interfaces

Packing List