What
Enable and facilitate the deployment and use of sensors, actuators, and acquisition modules on site.
How
By using multi-protocol industrial gateways communicating with the équipements installed on site.
Why
Addressing the various specific constraints of each project: 
Issue Solution
Sensors scattered over a large area Use of the LoRaWan protocol
Cloud computing costs too high Data preprocessing
Cloud software or SaaS Relay gateway with on-site network
Network security constraints Cellular gateway isolated from the network
 
💡 The use of gateways is not recommended for all projects. Contact our teams to design the best data collection architecture based on your needs.
Micro-gateway IoT
The ECU-1XXX gateway range, designed by Advantech, is specifically intended to operate in a industrial environment. Power supply 12/24V, extended operating temperatures, product longevity...
 
Its main interest is to centralize data from different devices or servers: 
  • Acquisition modules
  • Sensors
  • Modbus servers (TCP or RTU thanks to its serial ports)
  • Database...

Its configuration is done via the embedded software EdgeLink. Depending on the use cases, it can be configured in two ways:

  1. As a client: the gateway periodically queries other devices
  2. As a server: Other devices write directly into the gateway's memory

Once the data retrieval is completed, it has a wide range of connectors to send data to other systems:

  • Standard MQTT connector
  • Forwarding via Modbus
  • Connector to AWS cloud, Azure, Google Cloud IoT Core
  • Thingsboard
  • ...

The gateway's buffer memory prevents saturating the network or overloading the usage quotas of cloud software. It is possible to send data periodically in batch form.

💡 This gateway range also exists in a cellular version. A SIM card can be integrated into the device to provide an autonomous internet connection.

LoRaWan Gateway

Just like the ECU range, the Wise-6610 gateway is specially designed to operate in industrial environments.

It shares many similarities with the ECU-1XXX range, but additionally allows communication with LoRaWan devices. However, unlike the ECU range, this gateway does not have serial ports, making direct communication via RS-485 impossible.

The LoRaWan protocol is based on a radio network (LoRa) and enables long-distance communication between two objects, with very low energy consumption.

The choice to use the LoRaWan protocol is often the result of the following constraints: 

Issue Example
Energy consumption Security systems, unavailable power supplies
Distances of devices Outdoor sites, agricultural operations, ...

Periodic and infrequent measurements

Cold chain verification, electric current intensity...

Non-intrusive installation Opening toroidal ammeter sensor, magnetic mount vibration sensor...

 

This gateway allows for the very simple deployment of a private LoRaWan network, with no annual subscription required. Discover our private/public LoRaWan comparison to learn more.

Data collection architecture with IoT gateway