With the rise of precision agriculture and Agri-IoT, PCBs serve as the “smart core” of modern farming equipment, enhancing efficiency, resource optimization, and crop yields. Here are the primary applications of PCB in agriculture.

• Agricultural Machinery

PCBs enable autonomous tractors, harvesters, and drones to process sensor data for precision operations like obstacle detection, planting, and efficient spraying—boosting productivity while cutting costs and environmental impact.

• Smart Irrigation

PCBs integrate soil moisture sensors and weather data to automate water delivery, improving efficiency and preventing over-irrigation..

• Environmental Monitoring

PCBs integrate temperature, humidity, CO_2, and light sensors to monitor farmland conditions in real time. They provide data-driven insights for optimizing crop growth, such as adjusting greenhouse settings or predicting pests. When used in soil analyzers, drones, and satellites, these PCBs enable precise crop, fertilizer, and pest management through data analysis, enhancing agricultural efficiency.

• Livestock Management

Flexible PCBs + RFID in electronic ear tags enable large-scale health tracking.

Jerico’s Advantages:

1. Customization: Jerico can flexibly adjust the design according to the application scenarios (e.g., moisture-proof irrigation systems, low-power GPS ear tags).

2. Quality: Jerico have implemented the ISO 9001 quality system, and provide you with the quality reports and certifications to ensure the PCB quality.

3. Fast Delivery: 24 hours for prototyping, 1 week for small batches.