Robustel

Name: Robustel
Address: kehuiyuan, Guangzhou, CN
Telephone: +862082321505

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Robustel

Founded in 2010 in Guangzhou, China - Robustel has been concentrating on producing the highest quality IoT products possible.

Robustel are a Wireless IoT & WAN Edge solutions provider specialising in 5G, 4G/LTE & LPWAN devices, helping the enterprise in smart cities, transportation, smart water, energy and precision agriculture industry to deliver unbreakable connectivity by Robustel's hardware and cloud. As a supplier of wireless IoT hardware Robustel works with over 50 distribution partners servicing more than 120 coun

tries and maintains a dedicated local presence in: Germany, Australia, Japan, UK, US, the Netherlands and Hong Kong. As an end-to-end solution provider Robustel has long standing relationships with global enterprises and mobile network operators looking to find a competitive edge in the high growth IoT market. With a state of the art production facility in Guangzhou, high quality products and services make up Robustel’s corporate DNA. Maintaining an ISO9001:2015 Quality Management system and a sophisticated approach to quality control, planning, assurance and improvement has seen Robustel granted with numerous global certifications, including: CE, E-Mark, FCC, PTCRB, AT&T, Verizon, Anatel, IC, Rogers, GCF, TRA, RCM, iDA, NBTC, Postel, Sirim, CCC and Telec. Today Robustel’s solutions can be found in every corner of the ‘Connected World’ providing IoT solutions to industries as varied as: Security, Vending, Retail, Utilities, Oil & Gas, Industrial Production & Automation, Transportion, Environmental Services and Healthcare. Robustel are committed to helping businesses and industries across the world continue to solve their IoT & M2M problems with robust, secure, scalable and creative solutions from hardware to complete ‘IoT in a box’ services. We are Robustel, and our goal is to Make Things Connected.

07/08/2026

Can a vessel network stay compliance-ready if critical and non-critical traffic still run through the same flat switching layer?

On SOLAS-class vessels, bridge systems, engine room automation, CCTV, cargo systems, and accommodation networks may all depend on Ethernet connectivity. But when the switching layer is unmanaged or difficult to segment, it becomes harder to protect critical traffic, maintain clear network domains, and support a compliance-ready maritime cybersecurity architecture.

The Robustel MG460 Switch provides the managed Layer 2+ foundation for IEC 61162-460 maritime network deployments:

● Managed Network Segmentation: VLAN support helps separate onboard traffic into clearer network domains instead of relying on a flat Ethernet structure.
● Traffic Prioritisation: QoS, flow-based bandwidth management, and admission control help support more predictable performance for critical maritime data.
● High-Density Gigabit Connectivity: 8×Gigabit RJ45 ports and 2×SFP uplinks provide practical connectivity for bridge, engine room, CCTV, and other onboard systems.
● Redundancy Support: RSTP/MSTP and dual redundant DC power inputs help improve operational continuity at sea.
● Maritime Management Tools: Web UI, CLI, SNMP, USB-C console, syslog, and RCMS support configuration, diagnostics, and remote visibility.

For SOLAS-class vessel networks, MG460 Switch helps turn segmentation, traffic control, and managed Ethernet infrastructure into a practical part of the onboard cybersecurity architecture.

Explore the MG460 Switch: https://zurl.co/4mzD3

06/08/2026

How do you share data between onboard systems without turning separate security zones into one flat network?

On SOLAS-class vessels, different onboard systems often need to exchange information. Navigation data, automation signals, IAS data, and monitoring systems may all have operational value, but they should not move freely across network zones without control.

The challenge is not only connectivity. It is how to share approved data between the 460-network and other controlled vessel networks while keeping segmentation clear, auditable, and aligned with maritime cybersecurity requirements.

The Robustel MG460 Forwarder is built for controlled data forwarding inside IEC 61162-460 maritime network architectures.
● Certified Forwarding Role: DNV-certified as a 460-Forwarder and designed around IEC 61162-460 Ed.3 requirements.
● Secure Internal Connectivity: Helps establish controlled communication between the 460-network and other vessel networks, such as Integrated Automation Systems.
● VLAN-Based Segmentation: Supports network segmentation to separate traffic flows and maintain clearer onboard security domains.
● Traffic Prioritisation: Traffic priority management and IGMP Proxy help support more predictable data distribution for maritime network operations.
● Per-Port Security: 5×Gigabit Ethernet ports, each with firewall capability, help define controlled paths between connected systems.

For SOLAS-class vessel networks, the MG460 Forwarder helps make internal data exchange more structured, segmented, and compliance-ready — without treating every onboard system as part of the same flat network.

Explore the MG460 Forwarder: https://zurl.co/5jkVN

04/08/2026

Remote field sites often have two problems at once: sensors are hard to wire, and raw field data still needs to be understood before it reaches the cloud.

In agriculture, utilities, environmental monitoring, and distributed industrial sites, teams may need to connect LoRaWAN sensors, wired field devices, and local I/O in places where cabling is expensive or impractical. The challenge is not only collecting data. It is turning that field data into something useful for monitoring, automation, and upstream systems.

The Robustel LG3120e helps bring LoRaWAN connectivity and edge intelligence closer to remote field assets.

● Wireless Last-Mile Connectivity: Built-in LoRaWAN helps connect low-power field sensors across distributed sites without wiring every endpoint.
● Faster Sensor Onboarding: Support for 300+ pre-built codecs helps recognize LoRaWAN sensors and generate data points more efficiently.
● Integrated LNS: A built-in LoRaWAN Network Server supports local LoRaWAN device management and monitoring.
● Field Data Integration: E2C Field Suite brings LoRaWAN, Modbus, OPC UA, and BACnet data into a more unified edge layer.
● Local Logic and Visibility: Node-RED, local dashboards, RS-232/485, and DI/DO interfaces support practical monitoring and automation near the equipment.

For remote sites where wiring is difficult and cloud-only data handling is not always ideal, LG3120e provides a practical edge gateway for connecting, processing, and managing field data.

Explore the LG3120e: https://zurl.co/4Xsvk

03/08/2026

When a LoRaWAN rollout grows from one pilot gateway to many small sites, the hard part is no longer the sensor network — it is keeping every gateway connected and reachable.

Utilities, municipalities, property teams, and system integrators may need to place gateways in pump rooms, street cabinets, meter rooms, parking areas, or other compact spaces where wired backhaul and easy on-site access cannot always be assumed.

The Robustel R1320LGe is a compact option for LoRaWAN projects that need reliable packet forwarding and flexible uplink choices.

● LoRaWAN-to-ChirpStack Forwarding: Collects data from LoRaWAN end devices and forwards it to ChirpStack for centralized management and data aggregation.
● Flexible Uplink Options: 4G LTE Cat 4, Fast Ethernet, and 2.4 GHz Wi-Fi help adapt the gateway to different site conditions.
● Compact Deployment: PoE-PD support and a small form factor make it easier to place gateways in cabinets, rooms, or distributed infrastructure points.
● SIM + eSIM Support: A physical Mini SIM and SGP.22-compliant eSIM support remote profile download/removal in supported deployments, reducing the need for manual SIM handling.
● Remote O&M: RCMS and RobustVPN help teams monitor network status, traffic statistics, and gateway access across distributed sites.

For LoRaWAN deployments where the priority is scalable coverage, practical backhaul, and easier gateway maintenance, R1320LGe keeps the architecture focused and manageable.

Explore the R1320LGe: https://zurl.co/1UyG1

31/07/2026

When KNX, BACnet, M-Bus, Modbus, and LoRaWAN data sit in separate systems, building operations get harder to manage.

For facility teams, the problem is not always a lack of data. It is that lighting, HVAC, metering, sensors, and legacy controllers often speak different protocols — making it difficult to build local automation, visualize performance, or forward clean data to BMS, SCADA, or cloud platforms.

The Robustel LG5120 helps bring building automation data into one edge layer:

● Multi-Protocol Facility Aggregation: Native support for KNX, BACnet, M-Bus, P1, Modbus, OPC-UA, and LoRaWAN helps connect wired and wireless building systems.
● Local Logic Orchestration: Node-RED and scenario management support trigger-based control closer to the equipment.
● Visualization and Alerts: Built-in HMI/SCADA dashboard tools and multi-channel alerts help teams monitor building conditions locally.
● Northbound Data Forwarding: Edge data can be converted into BACnet/IP, OPC UA, MQTT, or HTTPS streams for external systems.

For buildings, campuses, and facility projects where data is already available but scattered across protocols, LG5120 provides a practical way to unify access, logic, and visibility at the edge.

Explore the LG5120: https://zurl.co/VEcxZ

30/07/2026

Adding LoRaWAN sensors is often the easy part. Keeping the gateway layer flexible is where many projects get complicated.

Across buildings, factories, campuses, utilities, and other distributed sites, teams may need to collect small packets of data from low-power sensors and route them into the right system — whether that is a cloud platform, a local application, or an existing LoRa Network Server.

The Robustel R1520LG is a practical option for LoRaWAN projects where flexibility matters from the first installation.

● Flexible Gateway Placement: PoE-PD support allows the gateway to be installed where RF coverage makes sense, not only where a power socket is available.
● Multiple Backhaul Options: 4G/LTE, Wi-Fi, and dual Ethernet help connect LoRaWAN sensor data to cloud platforms or local networks.
● LNS Architecture Choice: R1520LG supports external LNS options, internal ChirpStack, and Robustel E2C ChirpStack for different deployment models.
● Wired + Wireless Aggregation: RS-232 and RS-485 interfaces allow selected wired devices to be brought into the same data path as LoRaWAN sensors.

For teams building LoRaWAN networks across varied site conditions, R1520LG helps keep sensor connectivity, backhaul, and data routing easier to plan and manage.

Explore the R1520LG: https://zurl.co/uRIGj

29/07/2026

When sensors are spread across buildings, fields, factories, or city assets, wiring every data point is rarely the practical option.

That is where LoRaWAN gateways start to matter.

In many industrial IoT deployments, teams need to collect small packets of data from large numbers of low-power sensors: temperature, humidity, occupancy, metering, parking, environmental monitoring, asset status, and more. The data is not always heavy, but the coverage area and device count can become difficult to manage.

Robustel LoRaWAN gateways are designed to bridge that gap between distributed LoRaWAN sensors and central applications.

● LoRaWAN Sensor Access: Connect wide-area, low-power sensor networks without relying on wired infrastructure for every endpoint.
● Flexible Backhaul: Use Ethernet or 4G/LTE to send data securely to cloud platforms or on-premises systems.
● LNS Deployment Options: Deploy with embedded LoRa Network Server options or connect to external LNS platforms depending on project architecture.
● Edge Processing on Selected Models: Filter, aggregate, or pre-validate payloads locally before sending useful data upstream.

For smart buildings, utilities, agriculture, smart cities, and industrial monitoring, LoRaWAN gateways help make sensor networks more practical to deploy and easier to manage over time.

Explore Robustel LoRaWAN gateways: https://zurl.co/mQfsc

28/07/2026

When OEM machines are deployed across regions, SIM cards can become a lifecycle problem — not just a connectivity detail.

For machine builders, factory retrofit projects, and energy management systems, the challenge is often bigger than getting one device online.

You may need to connect multiple RS-485 devices, read I/O signals, support CAN equipment, run local logic, and still keep cellular connectivity manageable after the machine leaves the factory.

The Robustel EG3120e is designed for these complex industrial edge sites where OT integration and remote connectivity need to be planned together.

● Multi-Serial Integration: 4×RS-485 and 1×RS-232 help connect meters, inverters, controllers, and legacy devices without adding extra serial hubs.
● Flexible Field I/O: 4×DI, 4×DO, 2×AI, and 1×CAN support broader equipment monitoring and control logic at the edge.
● Open Edge Environment: RobustOS Pro, Docker, and Debian-based tools allow developers to run custom applications closer to field devices.
● eSIM Lifecycle Support: With 1×physical SIM and 1×SGP.22-compliant eSIM, EG3120e supports remote profile download/removal through RCMS, helping reduce physical SIM handling in supported deployments.

For OEMs and integrators managing machines across different sites or regions, EG3120e provides a practical way to combine industrial interfaces, local edge logic, and cellular lifecycle management in one gateway.

Explore the EG3120e: https://zurl.co/7odrf

27/07/2026

Not every remote monitoring site needs high-bandwidth hardware — but every site still needs reliable data collection.

In smart metering, distributed utilities, and low-data industrial monitoring, the challenge is often scale. A single meter or remote asset may only send small packets of data, but once you manage hundreds or thousands of sites, device cost, power use, cellular coverage, and remote maintenance all start to matter.

The Robustel EG5101 is designed for cost-sensitive distributed IoT deployments where lightweight edge processing and LTE Cat 1 bis connectivity are a better fit than over-specified hardware.

● LTE Cat 1 bis Connectivity: A practical cellular option for low-to-medium data applications such as metering, asset status, and remote monitoring.
● Serial Device Integration: 1×RS-232 and 1×RS-485 help connect meters, PLCs, and legacy field equipment without adding extra converters.
● Lightweight Edge Workloads: RobustOS Pro and Docker support local data handling, protocol logic, and resource-efficient edge applications.
● Remote Management at Scale: Dual-SIM redundancy, VPN/firewall features, SMS management, and RCMS help teams monitor and maintain distributed gateways remotely.

For projects where the data is small but the deployment scale is large, EG5101 provides a practical edge gateway for keeping field assets connected, manageable, and cost-efficient.

Explore the EG5101: https://zurl.co/0jbRU

24/07/2026

A roadside cabinet is rarely just a router installation anymore.🏙️

In smart city and industrial infrastructure projects, one field cabinet may need to connect CCTV cameras, traffic controllers, sensors, serial devices, local maintenance tools, and cellular backhaul at the same time.

Adding separate switches, PCs, display interfaces, and gateways can make the cabinet harder to wire, harder to troubleshoot, and harder to manage over time.

The Robustel EG5200 is designed for these multi-device edge sites where connectivity, local access, and remote management need to sit in one practical architecture.

● 5× Gigabit Ethernet: Connect multiple IP devices such as cameras, controllers, and industrial network equipment without adding an extra switch in every cabinet.
● Local Maintenance Access: HDMI, USB, and RJ45 console interfaces support on-site diagnostics, display, and peripheral connectivity when field engineers need direct access.
● Legacy Device Integration: 2× software-configurable RS-232/422/485 ports help bring PLCs and serial equipment into the same edge system.
● Managed Backhaul: 5G/4G cellular, VPN/firewall features, and RCMS help teams monitor distributed sites and maintain device fleets remotely.

For smart city cabinets, utility sites, and industrial control points, EG5200 works as a high-density edge hub — connecting more field equipment while keeping the deployment easier to manage.

Explore the EG5200: https://zurl.co/ohJG0

Address

Kehuiyuan
Guangzhou

Telephone

+862082321505

Website

https://www.robustel.com/

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