LoRaWAN Connectivity
Long-range low-power wireless agricultural monitoring.
Core capabilities and practical value for deployment.
Long-range low-power wireless agricultural monitoring.
Autonomous operation with solar power and battery backup.
Supports multiple environmental sensor inputs.
Designed for outdoor agricultural deployments.
Detailed technical data for evaluation and system integration.
| Communication | LoRaWAN (EU868 MHz) |
|---|---|
| LoRa Range | Up to 15 km (Line of Sight) km |
| Sensor Inputs | Analog, Digital, I2C, UART, SDI-12, Modbus CAN |
| Power Supply | Solar Panel + Modular Li-ion Battery |
| Battery Life | Up to 18 Months (Depending on Configuration) months |
| Enclosure Rating | IP67 Waterproof & UV Resistant |
| Operating Temperature | -20 to +60 °C |
| Connectors | Aviation Plug Connectors |
| Mounting | Pole / Wall / Custom Mount |
| Data Storage | SD Card (Up to 32 GB) GB |
| Firmware Update | Remote OTA Updates |
| Certifications | CE, RoHS |
| Cloud Integration | Dashboard & Analytics Platform |
|---|---|
| Data Transmission | Long-range low-power communication |
| Remote Configuration | Supported |
| Multi-Sensor Support | Modular sensor integration |
| Data Logging | Local and remote data storage |
| Wireless Protocol | LoRaWAN |
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Monitoring environmental conditions in high-value crops.
Climate monitoring for controlled agriculture.
Supporting data-driven irrigation decisions.
Long-term agricultural data collection.
Configuration-specific availability and pricing.
Version and hardware compatibility information for supported products.
Provides integration guidelines for collecting and processing sensor data from the AgroTech Field Sensor platform through LoRaWAN communication. Supports environmental monitoring workflows, remote data transmission and integration with agricultural monitoring platforms.
Available through technical supportProducts, accessories, gateways and software designed to work with this product.
Publisher-hosted papers linked through DOI and publisher URLs.
R. R. Shamshiri, M. Behjati, C. Weltzien
Computers and Electronics in Agriculture, 2026
This research explores the application of LoRaWAN-based sensing platforms for precision agriculture and long-term environmental monitoring. The study evaluates wireless sensor systems for collecting microclimate, soil and crop-related parameters to support data-driven agricultural decisions.
Publisher PageSupport for product selection, deployment, integration and continued operation.
Share your application, sensing requirements, environment and expected integration scope with our engineering team.
Contact Adaptive AgroTechYes. AgroTech Field Sensor is designed with a modular architecture and supports integration with compatible environmental sensors through configurable interfaces.
Add the required product configuration to your cart, then send the complete selection to Adaptive AgroTech sales. Custom sensors, quantities, installation, training and integration requirements can all be included.
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