Tractors

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To make industry workers more efficient while simultaneously providing a better work environment, manufacturers are upgrading agricultural machines and tractors with more user-friendly interfaces and autonomous functions.

Actuators

The actuator control unit is the interface used to control tractors and tractor tools including those for harvesting, seeding and irrigation. It’s a combination of a human machine interface (HMI) with a display, wireless or wired connectivity to othe

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Guidance and positioning

Accurate positioning and guidance systems for tractors and other agriculture machinery – that could ultimately become autonomous – can help improve productivity in large-scale farms. Position and guidance modules rely on a GNSS receiver and precisio

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Tractor body

Body control modules (BCM) monitor and control a wide variety of tractor body, security and convenience functions. Due to the increasing complexity of modern tractors, each vehicle may have multiple BCMs, each dedicated to a specific sub-system, incl

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Our products and solutions

ST has extended its portfolio to offer more products defined by system-level requirements that address and enable more sophisticated and accurate tractor guidance and positioning solutions. By combining ease of use and more advanced guidance and positioning features, crop farmers are ensured maximum yield with minimum machine variation and human error.

ST provides all of the ICs needed to design every electronics subsystem in a tractor, whether it’s a simple tractor or the most advanced ones. This portfolio depth goes beyond the chips, ST also provides support tools and an ecosystem to carry a design from inception to taking it into production. As an example, we have a vast amount of hardware evaluation tools and software tools; we even offer testing guidelines.

ST´s portfolio provides a wide range of ICs to integrate sub system solutions to a final custom or semicustom product. These ICs include a vast family of STM32 microcontrollers to drive displays and control various subsystems, high-power MOSFETs and gate drivers for the most power-intensive sub systems such as actuators and electronic chargers, and low-power wireless communication (LoRa and Sigfox), BLE, GNSS and wired communication devices.