Agritech
Outdoor sensing and control that runs for years on a battery, in weather, with intermittent connectivity.
Standards we design to
- IP67 / IP68
- EN 301 511 / 301 908
- EN 62368-1
- IEC 60068-2 (environmental)
An agritech node is judged on one number: how long it runs before someone has to walk to it. Everything else follows from that.
Microamps matter
Sleep current is engineered down to single-digit microamps: leakage paths audited, pull-ups sized, sensors switched rather than left biased, and the radio duty cycle designed against the actual reporting requirement rather than a convenient default.
Connectivity that assumes failure
LoRaWAN, NB-IoT and LTE-M with store-and-forward buffering, exponential backoff and a firmware update path that tolerates a partial download. Coverage at the edge of a field is not coverage in a lab.
Sealed, and proven sealed
Conformal coating, gasket and gland selection reviewed with mechanical, condensation considered explicitly, and IP performance verified by test rather than by the enclosure's datasheet.
Capabilities
What matters most in agritech.
Circuit & Schematic Design
Clean, scalable and well documented schematics that form a solid foundation.
Embedded Systems & Firmware
Firmware and embedded solutions that bring intelligence to your product.
Prototyping & Bring-Up
Rapid prototyping and testing to validate ideas and reduce time to market.
Test & Compliance
Design verification, EMC pre-compliance and production test that scales.
Fourteen months of battery life became five years. The audit that found it took two days. We should have asked them a year earlier.
Have a board that needs designing?
Send us the constraints — schematic, mechanical envelope, volume, timeline. You will get a considered response from an engineer within one business day, not a brochure.
We reply within one business day, from an engineer.