EG2000-LoRaWAN Edge Gateway with Built-in ChirpStack Network Server

Descrizione

The EG2000-LoRaWAN Edge Gateway is designed for large-scale LoRaWAN IoT deployments, integrating wireless communication, edge computing, and local LoRaWAN network management capabilities.

Powered by the Semtech SX1302 LoRa concentrator, it supports 8 concurrent uplink channels and 1 downlink channel, delivering efficient wireless communication, higher network capacity, and improved data transmission performance for connecting multiple LoRaWAN devices simultaneously.

The built-in ChirpStack Network Server enables local LoRaWAN data decoding, protocol conversion, and uplink/downlink communication, allowing sensor data collection and command transmission at the edge without relying entirely on cloud servers. 

Caratteristiche principali

Built-in Network Server

Integrated ChirpStack NS for local LoRaWAN data processing and edge communication

Grado industriale

- Funzionamento a temperature comprese tra -40 e 85 °C, tensione di ingresso compresa tra 9 e 36 V, protezione contro le sovratensioni e le scariche elettrostatiche (ESD)

LoRaWAN Connectivity

Supports multiple frequency bands and LoRaWAN device classes

Programmazione visiva

Progettazione del flusso di lavoro tramite drag-and-drop per lo sviluppo di strategie di controllo senza codice

Hub dei protocolli

Multiple industrial protocols, including Modbus, MQTT and OPC UA

Edge Data Processing

Local data decoding, protocol conversion, and logic processing at the edge

O&M a distanza

Configurare, eseguire il debug e gestire i dispositivi da remoto

Reliable Data Transmission

Local storage and automatic retransmission ensure continuous data transfer

* Supporto OEM/ODM, Per maggiori dettagli, contattare il servizio clienti.

Basic Function

The EG2000 deeply embeds the business engine at the edge, enabling it to handle the entire LoRaWAN data processing process locally and creating highly reliable local autonomous business capabilities.

Wide Area Coverage

EG2000-LoRaWAN edge gateway adopts the SX1302 chip solution, supports the LoRaWAN standard protocol, and has a built-in PA+LNA to achieve 27 dBm output. It also integrates ChirpStack NS to achieve long-distance coverage, fast configuration, and stable communication.

Prodotti della serie EG

Tutti i gateway della serie EG condividono un metodo di funzionamento estremamente coerente. Le differenze tra i modelli si riflettono principalmente nelle interfacce hardware e le variazioni corrispondenti si limitano alla presenza o all'assenza di alcuni nodi funzionali.

Accesso rapido ai prodotti della serie EG →

Funzioni principali

Encryption Transmission

Dual-way certificate verification +SSL encryptionprovide double protection, covering protocols such asTCP/HTTP/MQTT, preventing eavesdropping, tampering, and impersonation, ensuring secure data transmission.

Gestione remota

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.

Gestione completa dei dispositivi

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

 

Programmazione Drag & Drop

- Programmazione visiva a basso codice

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

Industrial LoRaWAN Gateway Application

1. Build Private LoRaWAN Networks with Local Processing

Private wireless networks are needed for many industrial IoT projects, where data processing and communication must stay under local control.

Traditional LoRaWAN deployments usually rely on external network servers to handle packet processing and device communication.

The EG2000-LoRaWAN comes with a ChirpStack Network Server that decodes local LoRaWAN data, converts the protocol and communicates with edge-side uplink/downlink. This enables users to create private LoRaWAN networks with less dependence on the cloud and more system autonomy.

2. Build Stable LoRaWAN Networks for Distributed Devices

Many IoT projects require reliable wireless connectivity for multiple LoRaWAN terminals deployed across distributed locations, such as water facilities, energy monitoring systems, and environmental sensing applications.

EG2000-LoRaWAN acts as the communication gateway for LoRaWAN devices and cloud platforms. SX1302 LoRa concentrator based, it supports multiple LoRaWAN channels to receive data in parallel, which improves network capacity and long-range communication efficiency.

Users can simplify network deployment and establish reliable wireless data acquisition in wide areas by connecting distributed LoRaWAN sensors to a single industrial gateway.

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.

The EG2000-LoRaWAN can also be managed by the software IoTClient, which allows users to check the device status, configure parameters, and troubleshoot problems remotely. This reduces unnecessary site visits and improves the efficiency of managing distributed IoT networks.

Il vantaggio del nucleo

The EG2000-LoRaWAN features standard LoRaWAN connectivity, integrated ChirpStack Network Server and edge processing for local data management and private LoRaWAN deployment.

FAQ

Q1. What is the difference between LoRa and LoRaWAN, and which one should I choose?

A1:
LoRa is a long-range wireless communication technology that enables low-power data transmission over long distances. It is commonly used for private wireless communication with customized network solutions.

LoRaWAN is a standardized network protocol built on LoRa technology. It defines the communication architecture between end devices, gateways, and network servers, enabling secure communication, standardized device connectivity, and large-scale IoT deployments.

For simple wireless transmission or customized LoRa networks, LoRa solutions can be a suitable choice. For applications requiring standard LoRaWAN devices, multi-device connectivity, and network server functionality, EG2000-LoRaWAN provides a complete LoRaWAN gateway solution with built-in ChirpStack Network Server.

Q2. Can EG2000-LoRaWAN connect to existing sensors and devices?

A2:
EG2000-LoRaWAN can directly communicate with standard LoRaWAN end devices, such as LoRaWAN sensors, meters, and terminals.

For conventional sensors or industrial devices without LoRaWAN capability, an external LoRa node such as ET2100 can be used to collect device data and transmit it to EG2000-LoRaWAN through LoRa communication.

This flexible architecture enables the integration of both LoRaWAN-based devices and existing industrial equipment into IoT applications.

Q3. What devices and protocols can EG2000-LoRaWAN connect to?

A3:
EG2000-LoRaWAN is designed to connect LoRaWAN devices and integrate wireless data into industrial IoT systems.

It supports various LoRaWAN applications, including environmental sensors, smart meters, water monitoring devices, energy monitoring terminals, and other low-power wireless devices.

For system integration, EG2000-LoRaWAN provides Ethernet and RS485 interfaces and supports communication protocols such as Modbus RTU/TCP, MQTT, HTTP, TCP, and UDP for flexible data transmission between field devices and IoT platforms.

Q4. Does EG2000-LoRaWAN require an external LoRaWAN Network Server?

A4:
No. EG2000-LoRaWAN integrates ChirpStack Network Server locally, enabling LoRaWAN data decoding, protocol conversion, and uplink/downlink communication at the edge.

Unlike traditional LoRaWAN gateways that only forward data to external servers, EG2000-LoRaWAN can process LoRaWAN communication locally, helping users build private LoRaWAN networks with simplified system architecture and reduced cloud dependency.

Dimensioni e interfacce

Lista di imballaggio