Industrial Wireless Gateways

Browse wireless gateways designed to connect devices, systems, and network segments across industrial wireless environments. Our wireless gateways support protocols like LoRaWAN and Modbus, making it easy to connect distributed devices, collect data, and feed it into your control or monitoring system, all without the complexity of running new cabling.

If you’re rolling out IIoT sensors across a wide area or enabling wireless communication with remote equipment, these gateways are engineered to perform in harsh conditions, with industrial temperature ranges, compact enclosures, and flexible mounting options.

Need advice on the best wireless gateway for your setup? Speak to our technical sales team. We’re here to help.

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Advantech WISE-3610 Series

Wireless IoT Lora Private Network Gateway

1 option available

Advantech EKI-1361-MB Series

1 Port RS-232/422/485 Wireless Modbus Gateway

8 options available

Advantech ICR-2701 Series

2 Port Industrial Router and IoT Gateway: 2x Fast Ethernet Ports, 1x USB, and Metal Chassis

From £217.00 (exc. VAT)

Frequently Asked Questions

Learn More About Industrial Wireless Gateways

A wireless gateway is a device that enables communication between connected equipment and a wireless network, often acting as a bridge between field devices, control systems, and wider network infrastructure. It helps move data between different parts of a system where a wired connection is not practical or desirable.

A wireless gateway is typically used when the application is focused on linking devices or systems into a wider communications structure, rather than simply providing local wireless network access for clients. In practice, gateways are often chosen for device connectivity, system integration, and moving data between network layers or remote assets.

Wireless gateways are commonly used in industrial automation, remote monitoring, utilities, transport systems, environmental monitoring, and infrastructure projects. They are useful where equipment in the field needs to communicate back to control platforms, monitoring systems, or wider operational networks without full wired network deployment.

Key considerations include the wireless standard, interface and connectivity requirements, mounting method, power input, environmental conditions, security features, and how the gateway will fit into the wider network architecture. The right choice depends on both the connected equipment and the way the wireless link needs to function in practice.