EG8200Pro 5G Industrial Edge Computing Gateway – Fast Data & Protocol Conversion

Name: EG8200Pro 5G Industrial Edge Computing Gateway – Fast Data & Protocol Conversion - IOTROUTER
Brand: IOTRouter
Availability: InStock

5G Modbus to HTTP IIoT Gateway

Seamless PLC Protocol Conversion & Data Acquisition. A powerful 5G industrial edge computing gateway avec Node-RED for edge intelligence.

Video

Protocoles de l'industrie

CJ188 / DLT645 / HJ212 / Modbus / OPC UA / BACnet, etc.

Protocoles de réseau

MQTT / HTTP / TCP / UDP / WEB SOCKET

INTERFACE

3*RS485, 1*RS232, 2*DI/DO, 2*AI/AO, HDMI, 2*USB 2.0, 1*WAN, 1*LAN

MEMORY & STORAGE

2G RAM + 16G eMMC

COMMUNICATION

5G(optional) / 4G LTE / WiFi, Dual Gigabit Ethernet

Plus de détails…

Catégories : Produits, Passerelle EG Edge

Acheter sur Alibaba

Description

EG8200Pro 5G Industrial Edge Computing Gateway is a high-performance gateway by IOTRouter. It is powered by an 8-core Cortex-A55 CPU (1.8 GHz) and 2GB RAM. The Node-RED visual programming environment enables rapid deployment, streamlined workflows, and lower operational costs.

Certified to ISO 9001, ISO 14001, ISO 45001, CE, and FCC standards, the EG8200Pro is designed to perform reliably in demanding industrial environments, making it ideal for automation, energy management, and smart monitoring applications.

Key Features

Industrial-Grade

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

Zero-Code Logic

Visual configuration with built-in Node-RED

Remote Virtual LAN

Secure VPN for remote PLC program upload/download

Multi-Protocol PLC

Siemens, Mitsubishi, Omron → MQTT / HTTP

Edge Intelligence

Local data analysis and logic execution at the edge

Flexible Customization

Custom logic and data formats via JavaScript

Reliable Connectivity

4G / Ethernet / Wi-Fi with auto failover

FUXA Visualization

Direct display of dashboards or SCADA screens

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

5G industrial edge computing gateway

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.

EG Series	8200 Pro	8200	8200 Mini				8200 Lite	8208	2000
Key Feature	Haute performance	Multi-interface	Standard Version	DIN-rail Version	CNC Version	IEC104 Version	Low Cost	8 Serial Ports	Passerelle LoRa
Processor	Octa-core A55 @1.8GHz	Dual-core A7 @1.2GHz	Dual-core A7 @1.2GHz	Dual-core A7 @1.2GHz	Dual-core A7 @1.2GHz	Dual-core A7 @1.2GHz	A7 @1.2GHz	Dual-core A7 @1.2GHz	Dual-core A7 @1.2GHz
Mémoire	2GB	512MB	512MB	512MB	512MB	512MB	256MB	512MB	512MB
eMMC	16GB	4GB	4GB	4GB	4GB	4GB	4GB	4GB	4GB
Carte SD	Max 128GB (optional)	Max 128GB (optional)	Max 128GB (optional)	Max 128GB (optional)	Max 128GB (optional)	Max 128GB (optional)	×	Max 128GB (optional)	Max 128GB (optional)
4G	√	√	√	√	×	√	√	√ (optional)	√ (optional)
5G	√ (optional)	×	×	×	×	×	×	×	×
HDMI	√	×	×	×	×	×	×	×	×
Ports Ethernet	1×WAN + 1×LAN	1×WAN + 1×LAN	1×WAN + 1×LAN	1×WAN + 1×LAN	1×WAN + 1×LAN	1×WAN + 1×LAN	1×WAN/LAN	1×WAN/LAN	1×WAN/LAN
LoRa	×	×	×	×	×	×	×	×	√
Wi-Fi	Dual-band Wi-Fi 6	Dual-band Wi-Fi 6	Dual-band Wi-Fi 6	Dual-band Wi-Fi 6	Dual-band Wi-Fi 6	Dual-band Wi-Fi 6	×	×	×
GPS	×	√	×	×	×	×	×	×	×
USB	2×USB 2.0	1×USB 2.0	×	×	×	×	×	×	×
RTC	√	√	√	√	√	√	×	√	√
RS485	3	2	2	2	2	2	2	8	1
RS232	1	1	1	1	1	1	×	×	×
CAN	×	2	×	×	×	×	×	×	×
DO	2	2	×	×	×	×	×	8	×
DI	2	2	×	×	×	×	×	×	×
AO	2	×	×	×	×	×	×	×	×
AI	2	×	×	×	×	×	×	×	×
Tension de fonctionnement	9~36V	9~36V	9~36V	9~36V	9~36V	9~36V	9~36V	9~36V	9~36V
Courant d'exploitation	500mA@12V	280mA/12V	150mA/12V	150mA/12V	150mA/12V	150mA/12V	60mA/12V	170mA/12V	180mA/12V
Certification	CE	CE	CE	CE	CE	CE	CE	CE	CE
Température de fonctionnement	-40 ~ 85°C	-40 ~ 85°C	-40 ~ 85°C	-40 ~ 85°C	-40 ~ 85°C	-40 ~ 85°C	-20 ~ 85°C	-40 ~ 85°C	-40 ~ 85°C
O&M à distance	√	√	√	√	√	√	√	√	√
Gestion à distance	√	√	√	√	√	√	√	√	√
Mise à jour à distance	√	√	√	√	√	√	√	√	√
Virtual Network Interface	√	√	√	√	√	√	√	√	√
Port série virtuel	√	√	√	√	√	√	√	√	√
Local Database	√	√	√	√	√	√	×	√	√
Programmation visuelle	√	√	√	√	√	√	√	√	√
PLC Protocol	√	√	√	√	×	√	×	√	×
CNC Protocol	×	×	×	×	√	×	×	×	×
IEC 60870-5-104	×	×	×	×	×	√	×	×	×
Web Configuration	√	×	×	×	×	×	×	×	×
Protocoles de l'industrie	CJ188/DLT645/HJ212/Modbus/OPC UA/BACnet/etc.	Identical	Identical	Identical	Identical	Identical	Identical	Identical	Identical
Protocoles de réseau	MQTT / HTTP / TCP / UDP / WebSocket / Alibaba Cloud IoT Platform / OneNET / etc.	Identical	Identical	Identical	Identical	Identical	Identical	Identical	Identical

Quick Access to EG Series Products →

Main Functions

Massive PLC Protocols

– Millisecond Acquisition –

The EG8200Pro 5G industrial edge computing gateway supports docking with various mainstream PLC brands, including but not limited to SIEMENS, MELSEC, OMRON, LSis, Allen-Brandly, BeckhoffInovance, Keyence, Panasonic, Delta, XinJE, MegMeet, Yaskawa, Fatek, Vigor, Fuji, and others. You can consult with the customer service for a list of the specific PLC protocol models.

Multiple Industry Protocols

– Support Third-party Platform Docking –

The EG8200Pro serves as a universal bridge for diverse industrial environments. It supports a wide range of standard protocols, including Modbus, MQTT, OPC UA/DA, HJ212, and IEC104, for seamless third-party platform docking. For complex, non-standard protocols, it offers the flexibility to parse and implement custom logic via JavaScript (JS).

Remote Management The EG8200 series remote management software can realize remote configuration and remote debugging. remote diagnosis, remote program update, and other functions for the equipment on-site.

Gestion à distance

The EG8200 series remote management software supports remote configuration and remote debugging.
remote diagnosis, remote program update, and other functions for the equipment on-site.

Remote Virtual LAN/ Port série

– PLC Remote Upload & Download –

With Virtual Ethernet and Virtual Serial Port, engineers can remotely access on-site devices for PLC and HMI programming, server maintenance, and serial sensor debugging, as if they were in the same local network, improving efficiency and reducing on-site maintenance costs.

Web Configuration Industrial Data Visualization

– Free Quick Build HDMI Direct Out –

Le présent 5G industrial edge computing gateway can be configured locally or remotely through the browser, business logic, and Web configuration. Configuration components are rich and support secondary development. Users do not need to purchase configuration software to realize on-site data acquisition, edit it into the configuration screen, and finally display it locally or remotely.

Drag & Drop Programming

– Low-code visual programming –

Leveraging Node-RED visual programming and a vast library of proprietary nodes, the EG8200Pro enables lightning-fast integration with sensors and third-party platforms (via custom MQTT/JSON). This low-code approach significantly reduces development costs and time-to-market, allowing you to build a tailor-made gateway solution for any specific IIoT scenario.

EG8200Pro 5G Ultra Powerful Edge Computing Gateway06

Designed for industrial projects requiring analog signal processing, edge computing, high-speed connectivity, and local control, the EG8200Pro 5G Industrial Edge Computing Gateway combines rich industrial interfaces with powerful computing capabilities to form a high-performance industrial edge controller for advanced automation systems.

1. Process Control & Industrial Data Acquisition

The EG8200Pro integrates multiple industrial interfaces, including RS485, CAN, DI/DO, as well as 2-channel analog inputs and outputs (4–20 mA).

This allows direct connection to PLCs, sensors, meters, and actuators, enabling real-time monitoring and regulation of variables such as temperature, pressure, flow, and liquid level.

Combined with high-speed 5G connectivity, the device can transmit industrial data reliably to remote control centers or cloud platforms.

It is commonly used in industrial process automation, pump station control, environmental monitoring systems, and smart utility infrastructure.

2. Edge Computing for Industrial Automation

Powered by an 8-core Cortex-A55 processor (1.8 GHz) and 2 GB RAM, the EG8200Pro provides strong edge computing capability for industrial applications.

With the Node-RED visual programming environment, engineers can build local automation workflows for data processing, alarm detection, and device coordination.

By processing data locally and transmitting key information through 5G high-bandwidth networks, the system improves response speed while reducing cloud computing load.

3. Local Visualization & Smart Control Panels

The built-in HDMI interface allows the EG8200Pro to connect directly to industrial displays, enabling on-site dashboards and monitoring interfaces.

Typical scenarios include:

equipment monitoring panels
industrial control cabinets
smart building control systems
local production dashboards

The Core Advantage

The EG8200Pro 5G Industrial Edge Computing Gateway integrates industrial communication, analog and digital I/O, high-speed 5G connectivity, and powerful edge computing into a single platform.

Compared with standard industrial gateways, it is better suited for projects requiring real-time control, high-speed data transmission, and advanced edge processing, making it ideal for complex automation systems and advanced industrial IoT deployments.

FAQ

Q1. What protocols does the EG8200Pro IIoT Gateway support?

A1: The EG8200Pro 5G industrial edge computing gateway supports a wide range of mainstream industrial and sector-specific protocols, including:
• Standard Modbus protocol
• SIEMENS / MELSEC / OMRON / LSis / Allen-Bradley PLC protocols, covering approximately 99% of mainstream PLC brands
• CJ188 / DLT645 / HJ212 / OPC UA / BACnet and other industry protocols
• Common network communication protocols, including: MQTT / HTTP / TCP / UDP / WebSocket / Alibaba Cloud IoT Platform / OneNET, etc.

For non-standard or proprietary protocols, data parsing can be implemented using custom JavaScript.

Q2. Does the 5G industrial edge computing gateway support secondary development? How to use Node-RED for PLC data acquisition on EG8200Pro？

A2: Yes. The EG8200Pro 5G industrial edge computing gateway includes a built-in Node-RED visual development environment, allowing users to implement logic through drag-and-drop configuration. For more complex functions, JavaScript function nodes can be used to handle data acquisition, processing, and uploading without the need for low-level programming.

Q3. What’s the difference between EC ARM open source industrial PCs and EG series edge computing gateways?

A3:

Comparaison	EG Series (Low-code Industrial Gateway)	EC Series (Open Development Platform)
System Architecture	Closed software-hardware architecture	Standard Linux operating system
Development Method	Low-code / graphical configuration	Custom development / deep system customization
Node-RED	Pre-installed, fully customized Node-RED	Native Node-RED
Industrial Protocol Support	Built-in industrial protocol nodes	No built-in proprietary protocol nodes
Extension Method	Drag-and-drop configuration of business logic	Install community nodes or develop custom nodes
Target Users	System integrators and application-level users	Embedded system and IoT developers
Typical Scenarios	Rapid deployment and project delivery	System-level customization and secondary development

Product Size and Interfaces

EG8200Pro

Packing List

EG8200Pro_7_11zon

Protocoles PLC

Protocoles PLC de la passerelle Edge Computing de la série EG8000

La passerelle est classée selon la structure hiérarchique marque->protocole->modèle, et des modèles d'API représentatifs sont sélectionnés pour être testés dans chaque catégorie. Les autres modèles pris en charge proviennent des documents officiels. Remarque : la passerelle prend en charge le protocole standard MOBUDS RTU/TCP, qui est pris en charge par tous les automates courants. (Par exemple, HollySys, Haiwell, Yokogawa, Runpower, etc.)

Marque	Protocole	Interface	Modèle PLC
SIEMENS	Conseils :		Siemens, dans la vente de la série, prend en charge la communication par protocole S7, il est recommandé d'utiliser la communication par protocole S7.
	S7	Ethernet	Série S7-S200smart, Série S7-S200, Série S7-S300, Série S7-S400, Série S7-S1200, Série S7-S1500
	PPI	Port série	Série S7-200
MELSEC	Conseils :		Mitsubishi utilise principalement le protocole MC pour la communication, les séries FX5, FX3, Q, etc. sont testées.
	EtherNet/IP	Ethernet	Série FX5-ENET/IP, série RJ71EIP91, série QJ71EIP71
	MC-1E/MC-3E	Ethernet	Série FX5, série RJ71EN71, série RnENCPU, série LJ71E71, série QJ71E71, série QnUCPU, série FX3
	MODBUS TCP	Ethernet	Série FX5, série RJ71EN71, série RnENCPU, série LJ71E71, série QJ71E71
	MC-3C	Port série	Série FX5, série RJ71C24, série LJ71C24, série QJ71C24
	MODBUS RTU	Port série	Série FX5, série RJ71C24, série LJ71C24, série QJ71C24, série FX3
	FxLinks	Port série	Série FX3, Série FX2, Série FX1, Série FX0
	FxSerial	Port série	Série FX3, Série FX2, Série FX1, Série FX0
OMRON	Conseils :		Omron utilise principalement le protocole Fins pour la communication.
	EtherNet/IP	Ethernet	Série NX7, série NX1, série NX1P, série NJ, CJ1W-EIP21
	Palmes	Ethernet	Série CP, série CS, série CJ, série CV
	HostLink	Port série	Série CP, série CS, série CJ, série CV, série C
LSis	Conseils :		LS utilise principalement le protocole FEnet/Cnet pour la communication.
	XGB FEnet	Ethernet	Série XGB (XBC/XEC U, XBL-EMTA)
	XGK FEnet	Ethernet	Série XGT (XGL-EFMT, XGL-EFMF, XGL-EH5T)
	XGB Cnet	Port série	Série XGB (XBC/XEC U, XBL-C21A, XBL-C41A)
	XGK Cnet	Port série	Série XGT (XGL-CH2A, XGL-C21A, XGL-C41A)

Marque	Protocole	Interface	Modèle PLC
AllenBrandly	Conseils :		Rockwell utilise principalement le protocole CIP, DF1 pour la communication.
	EtherNet/IP	Ethernet	Série ControlLogix, série CompactLogix, série Micro800 (820, 850, 870)
	DF1	Port série	Série ControlLogix, série CompactLogix (module 5069-SERIAL), série Micro800 (820, 830, 850, 870) Série SLC (500, 5/03, 5/04, 5/05) , Série Micro-Logix (1000, 1100, 1200, 1500)
Beckhoff	Conseils :		Beckhoff utilise principalement le protocole ADS pour la communication.
Beckhoff	ADS	Ethernet	Série CX, TwinCAT2, TwinCAT3
Inovance	Conseils :		Inovance adopte principalement le protocole MODBUS pour la communication.
	MODBUS TCP	Ethernet	Série AC, série AM, série H5U, série H3U
	MODBUS RTU	Port série	Série AC, Série AM, Série H5U, Série H3U, Série H1U
Keyence	Conseils :		Keyence utilise principalement le protocole KV pour la communication.
	MC-3E	Ethernet	Série KV-8000, Série KV-7000, Série KV-5500, Série KV-5000 KV-EP21V, KV-LE21V, KV-LE20V, KV-LE20A et autres unités Ethernet
	KV	Ethernet
	KV	Port série	KV-7300, KV-3000, KV-1000, KV-700, KV Nano, KV-L21V, KV-L20V
Panasonic	Conseils :		Panasonic utilise principalement le protocole Mewtocol pour la communication.
	MC-3E	Ethernet	Série FP7, série FP0H, série FP-XH
	Mewtocol	Ethernet	Série FP7, série FP0H, série FP-XH
	Mewtocol	Port série	Série FP7, série FP0H, série FP-XH, série FP-X0, série FP0R
Delta	Conseils :		Delta utilise principalement le protocole MODBUS pour la communication.
	MODBUS TCP	Ethernet	Série AH, série AS, série AX-3, série DVP (Ethernet intégré)
	MODBUS RTU	Port série	Série AH, Série AS, Série AX-3, Série DVP
XinJE	Conseils :		XinJE utilise principalement le protocole MODBUS pour la communication.
	MODBUS TCP	Ethernet	Série CCSD, série XA, série XS, série XG, série XL
	MODBUS RTU	Port série	Série CCSD, série XA, série XS, série XG, série XL, série XC, série XD
MegMeet	Conseils :		MegMeet utilise principalement le protocole MODBUS pour la communication.
	MODBUS TCP	Ethernet	Série MC5100, série MC280, série MC200, série MC100, série MC80
	MODBUS RTU	Port série	Série MC5100, série MC280, série MC200, série MC100, série MC80
Yaskawa	Conseils :		Yaskawa utilise principalement le protocole MEMOBUS pour la communication (prend en charge le S7).
Yaskawa	Memobus	Ethernet	Série GL120/130, Série GL60, Série MP3000, Série MP2300, Série Z1000
Fatek	Conseils :		Fatek utilise principalement le protocole Fatek pour la communication.
Fatek	Fatek	Port série	Série FBs
Vigueur	Conseils :		Vigor utilise principalement le protocole privé VS pour communiquer.
Vigueur	VS	Port série	Série VS
Fuji	Conseils :		Fuji utilise principalement le protocole SPH/SPB pour les communications.
	SPH	Ethernet	Série SPH
	SPB	Port série	Série SPB

Spécifications

Model	EG8200Pro
Configuration de base	UNITÉ CENTRALE	8 cores A55@1.8G
	Mémoire	2G
	eMMC	16G
Stockage	Carte SD	128G max (Optional)
4G	Module	Quectel-CAT4
	Bande de fréquence	LTE-FDD : B1/B3/B5/B8 LTE-TDD : B34/B38/B39/B40/B41 WCDMA : B1/B5/B8 GSM: 900/1800MHz
	Puissance d'émission	LTE-TDD : classe 3 (23 dBm ±2 dB) LTE-FDD : classe 3 (23 dBm ±2 dB) WCDMA : Classe 3 (24 dBm +1/-3 dB) PCS1900 8-PSK : Classe E2 (26 dBm ±3 dB) DCS1800 8-PSK : Classe E2 (26 dBm ±3 dB) EGSM900 8-PSK : Classe E2 (27 dBm ±3 dB) GSM850 8-PSK : Classe E2 (27 dBm ±3 dB) PCS1900 : Classe 1 (30 dBm ±2 dB) DCS1800 : Classe 1 (30 dBm ±2 dB) EGSM900 : Classe 4 (33 dBm ±2 dB) GSM850 : Classe 4 (33 dBm ±2 dB)
	Bandwidth (The maximum rate is theoretical)	LTE-FDD: Max 150Mbps(DL)/Max 50Mbps(UL) LTE-TDD: Max 130Mbps(DL)/Max 30Mbps(UL)
5G (Optional)	Module	Quectel-5G
	Bande de fréquence	5G NR SA: n1/n28/n41/n77/n78/n79 5G NR NSA: n41/n78/n79 LTE-FDD: B1/B2/B3/B5/B7/B8/B20/B28 LTE-TDD : B34/B38/B39/B40/B41 WCDMA : B1/B2/B5/B8
	Puissance d'émission	5G NR n41/n78/n79 HPUE: Class 2 (26 dBm +2/-3 dB) 5G NR n77/n78/n79: Class 3 (23 dBm +2/-3 dB) 5G NR n28: Class 3 (23 dBm +2/-2.5 dB) 5G NR n1/n41: Class 3 (23 dBm +2 dB) LTE B41 HPUE: Class 2 (26 dBm +2 dB) LTE: Class 3 (23 dBm +2 dB) WCDMA: Class 3 (23 dBm ±2 dB)
	Bandwidth (The maximum rate is theoretical)	NSA: 2.2 Gbps(Downlink Rate)/575 Mbps(Uplink Rate) SA: 2 Gbps(Downlink Rate)/1 Gbps(Uplink Rate) LTE: 600 Mbps(Downlink Rate)/150 Mbps(Uplink Rate)
WiFi	Wireless Standards	IEEE 802.11b/g/n/ac
	Fréquence sans fil	2.4~2.4835GHz & 5.15~5.85GHz
	Mode WiFi	AP+Station
	Theoretical Rate	433Mbps
	Optimal Communication Distance	10m
	Nombre de liens en mode AP	20
Ethernet	WAN	1 × 10M/100M/1000M Self-Adaptive
Ethernet	LAN	1 × 10M/100M/1000M Self-Adaptive
RS232	Nombre d'interfaces	1 Way
	Terminaux	RX, TX, GND
	Débit en bauds	2400~921600bps
	Bits de données	7, 8
	Bits d'arrêt	1, 2
	Chiffre de contrôle	NONE (No Check Digit) EVEN (Even Check) ODD (Odd Check)
	Protection de l'environnement	Antistatique, Anti-surge
RS485	Nombre d'interfaces	3-way
	Terminaux	A, B
	Débit en bauds	2400~921600bps
	Bits de données	7, 8
	Bits d'arrêt	1, 2
	Chiffre de contrôle	NONE (No Check Digit) EVEN (Even Check) ODD (Odd Check)
	Protection de l'environnement	Antistatique, Anti-surge
DO	Nombre d'interfaces	2-way
	Terminaux	(NO, COM) ×2
	Capacité en courant alternatif	250V 5A
	Capacité en courant continu	30V 5A
	Durabilité mécanique	10^6
	Appliance Durability	10^5
DI	Nombre d'interfaces	2-way
	Terminaux	DI2, COM2
	Detection Range	Dry Contact/NPN/PNP: Support 12V/24V
	Impédance	2K
	Protection de l'environnement	Optocoupler Isolation, Anti-static, Anti-surge
AO	Nombre d'interfaces	2-way
	Terminaux	AO2, COM2
	Output Range	4~20mA
	Sample Rate	12-bit Ad
	Précision	1%
	Protection de l'environnement	Antistatique, Anti-surge
AI	Nombre d'interfaces	2-way
	Terminaux	AI2, COM2
	Detection Range	4~20mA
	Sample Rate	12-bit Ad
	Précision	1%
	Impédance	250Ω
	Protection de l'environnement	Antistatique, Anti-surge
USB	Nombre d'interfaces	2 × USB2.0
HDMI	Nombre d'interfaces	1 voie
RTC	Horloge locale	√
Paramètres électriques	Authentification	CE
	Adaptateur	12V/2A
	Tension de fonctionnement	9~36V
	Courant d'exploitation	500mA/12V
Paramètres environnementaux	Température de fonctionnement	-40~80℃
	Température de stockage	-40~80℃
	Humidité de fonctionnement	0~95%RH (No Condensation)
	Humidité du magasin	0~95%RH (No Condensation)
Paramètres mécaniques	Taille	232×150×53mm
	Matériau du boîtier	Aluminum Profiles
	Installation	Fixé par vis
	Dissipation de la chaleur	Refroidissement passif
	Bouton REST	Appuyer sur la touche et la maintenir enfoncée pendant 10 secondes pour réinitialiser
EMC	Décharge électrostatique	Niveau de décharge de l'air3 ±8KV Contact Niveau de décharge2 ±4KV
	Surtension	level2±1KV
	Éclatement (EFT)	level2±1KV
Caractéristiques du logiciel	O&M à distance	√
	Gestion à distance	√
	Mises à jour à distance	√
	Port de réseau virtuel	√
	Port série virtuel	√
	Bases de données de séries chronologiques	√
	Programmation visuelle	√
	Protocoles PLC	√
	Protocoles de l'industrie	CJ188 / DLT645 / HJ212 / Modbus / OPC UA / BACnet, etc.
	Web Configuration	√
	Protocoles de réseau	MQTT / HTTP / TCP / UDP / WEB SOCKET / Alibaba Cloud IoT Platform / OneNET, etc.
Système	Système	Linux

Bandes 4G

*Vous pouvez contacter le service clientèle pour sélectionner le module de remplacement correspondant.

Module Type	Bandes de fréquences
EC200A-CN	LTE FDD : B1/B3/B5/B8 LTE TDD : B34/B38/B39/B40/B41 UMTS WCDMA : B1/B5/B8
EC200A-EU	LTE FDD : B1/B3/B5/B7/B8/B20/B28 LTE TDD : B38/B40/B41 UMTS WCDMA : B1/B5/B8
EC200A-AU	LTE FDD : B1/B2/B3/B4/B5/B7/B8/B28/B66 LTE TDD : B40 UMTS WCDMA : B1/B2/B4/B5/B8

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