LoRa & Meshtastic

Innovative connectivity hardware based on LoRa (Long Range) technology, specially designed for applications requiring long-distance RF communication.

LoRa equipment uses ISM license-free frequencies in the 433 MHz or 868 MHz band, enabling long-range communications with low power and energy consumption.

Perfect for projects requiring extensive coverage without complex network infrastructure, these devices are suitable for industrial, agricultural, home automation, remote sensor management and APRS geolocation applications, as well as for the deployment of a resilient community network such as Meshtastic.

The benefits of LoRa

• Long-range technology:
  LoRa devices exploit dedicated frequencies such as 433 MHz and 868 MHz , enabling communications over several kilometers, even in complex, urban environments.
• Low power consumption:
  LoRa technology is renowned for its extremely low power consumption, ideal for applications powered by batteries or small solar panels and requiring years of autonomy without manual intervention.
• Cellular infrastructure-free solutions:
  Unlike conventional mobile technologies, LoRa operates without the need for costly cellular networks, enabling deployments in remote or hard-to-reach areas.

Typical applications :

• Intelligent agriculture: Monitoring temperature, humidity and soil conditions over large agricultural areas.
• Infrastructure management: Remote monitoring of equipment, water, gas or electricity meters.
• Tracking and tracing: for managing vehicle fleets, routing goods or tracking people.
• Home automation: Automation of connected home systems with sensors for alarms, security, energy management, etc.
• Amateur radio: LoRa APRS, for geolocation of a mobile or pedestrian station.
• Consumer : Meshtastic (mesh) network for two-way communication in environments without cellular network coverage. Meshtastic enables users to send text messages, share GPS information and interact with sensors via a decentralized, resilient network.

LoRa products are compatible with each other, provided they are on the same frequency band, 433 or 868 MHz, to facilitate integration into an existing ISM project.