A well-designed link is the difference between a project that works and one that falls short. We size band, antenna, height and protocol for each installation.
In-house development
Kilometres of coverage with years of battery life, for thousands of distributed sensors.
High data capacity and full mobility for fleets, machinery and remote stations.
For cameras, terminals and machinery exchanging large volumes of data over short distances.
Short range for beacons, tags and commissioning equipment from the operator's terminal.
Sensing only adds value if the data arrive. We design and integrate radio communication solutions that connect your assets wherever cable and conventional coverage cannot reach: plants, fields, sea or distributed infrastructure.
Range is not improvised. It depends on the band, antenna gain, height and environment. We select and size each element of the link for your specific case, not with generic solutions.
We work with long-range, low-power technologies (LPWAN), cellular networks and dedicated links, integrating the right antenna for each frequency and scenario.
Kilometres of coverage with years of battery life. For thousands of dispersed sensors: meters, fields and distributed assets.
High data capacity and full mobility. For fleets, machinery and remote stations that need to send a lot of information in real time.
Bandwidth inside the plant, for cameras, terminals and machinery that move a lot of data over short distances.
Short distances and minimal power. For beacons, tags and commissioning equipment from the operator's terminal.
Each scenario calls for a different combination of band, antenna and topology. That is where we bring engineering.
By range, data volume, power consumption and cost: LoRa or LPWAN for dispersed battery-powered sensors, NB-IoT, LTE-M or 4G for mobility and volume, industrial WiFi inside the plant and Bluetooth LE at short range.
In free space, every additional 6 dB in the link budget doubles the distance. That is why antenna gain, height and line of sight matter as much as transmitter power.
A private LoRa network, with the gateway on a roof or mast, does not depend on operator coverage.
An engineer studies your case and proposes where to start.
Choose what you want to receive every two weeks:
