Agriculture is no longer just about soil and sunlight—today, it’s about data, precision, and automation. With global food demand rising and climate conditions becoming unpredictable, smart farming technologies are helping farmers make data-driven decisions. At the heart of these innovations are embedded systems—and powering those systems are System on Modules (SoMs).
At Calixto Systems, our range of rugged, scalable SoMs is enabling a new generation of intelligent, field-ready agricultural solutions.
Why Agriculture Needs Embedded Intelligence
Smart agriculture involves deploying electronics across fields, greenhouses, and farms to monitor conditions, automate responses, and optimize yield. These devices must:
Work reliably in remote and harsh environments
Connect with various sensors and wireless networks
Process data locally (edge computing)
Operate with low power and long-term stability
This is where Calixto’s SoMs offer a perfect foundation.
What is a SoM, and Why Use It in Agriculture?
A System on Module is a compact, production-ready computing block that integrates:
A processor (e.g., ARM Cortex-A series)
RAM and flash storage
Power management
Industrial I/O and connectivity
When paired with a custom carrier board, a SoM forms the brain of your embedded device—handling everything from sensor data processing to wireless communication.
Key benefits of using SoMs in agriculture:
- Faster development and time to market
- Easy scalability across product variants
- Customization via carrier board
- Connectivity-ready (Wi-Fi, BLE, LTE, LoRa, etc.)
- Reliable operation in outdoor and rugged conditions
Real-World Agricultural Applications Powered by Calixto SoMs
Soil Health Monitoring Systems
Calixto’s SoMs process real-time data from soil sensors (moisture, pH, temperature) and help optimize irrigation, fertilization, and crop planning.
Automated Irrigation Controllers
With edge decision-making powered by SoMs, irrigation systems can respond dynamically to weather forecasts, sensor data, and crop type—improving water efficiency.
Greenhouse Automation Units
Monitor and control humidity, lighting, temperature, and CO₂ levels using a SoM-based embedded system running on real-time sensor feedback.
Weather Stations and Environmental Nodes
Our SoMs provide low-power processing for distributed sensing nodes collecting weather data—essential for micro-climate analysis and pest prediction.
Drone and Autonomous Vehicle Controllers
Calixto SoMs with GPU or camera interfaces can power UAVs or AGVs for aerial surveillance, spraying, and autonomous navigation.
Why Calixto SoMs Are a Perfect Fit for AgriTech
Modular and Scalable Architecture
Choose from STAMP, VERSA, OPTIMA, or TINY families based on performance, power, and size requirements.
Rugged and Field-Ready
Designed to operate in outdoor environments with extended temperature support and industrial-grade components.
Flexible Interfaces for Sensor and Connectivity
I²C, SPI, UART, ADC, CAN, and GPIOs—ready to interface with virtually any agricultural sensor or controller.
Long-Term Availability and Support
Calixto SoMs are built with longevity in mind, ensuring your product stays viable in the field for years.
Custom Carrier Board Design Support
Need a specific I/O, enclosure, or form factor? We help customers design tailored carrier boards for their agri devices.
Bringing Innovation to the Field
Smart farming is about blending biology with technology—and Calixto’s SoMs enable just that. Whether you’re building a startup product or scaling an OEM solution, our SoMs provide the reliability, customization, and performance that modern agriculture demands.
