The future of precision agriculture will depend on perception. As farms adopt increasingly advanced equipment, the machines taking on planting, harvesting, and field management must understand/sense their environment with extraordinary accuracy, and they must process and transmit information faster than ever before.
In this webinar, we’ll explore how next-generation perception technologies are transforming precision agriculture. From cameras that analyze soil moisture and guide the exact placement of each seed to LIDAR and radar systems that allow tractors to operate reliably through dust, rain, wind, and snow, perception is becoming an essential capability in modern farming.
We also examine the data challenge behind today’s equipment. Modern agricultural machines generate enormous volumes of data that must be processed in real time and transmitted to the cloud, and ultimately delivered to the farmer’s monitoring devices, to track progress, optimize performance, and ensure safety. As perception devices proliferate, bandwidth requirements have increased from just a CAN bus that operates at 3-4 megabits per second to 100 megabits and 1 gigabit plus, pushing the limits of existing connectivity solutions.
Join us as we break down:
- How cameras, LIDAR, radar, and other perception systems work together to guide agricultural machinery
- The rapid evolution of bandwidth needs in precision agriculture and what comes next
- The connectivity solutions designed to meet precision agriculture’s growing data demands and support next-generation machine performance
This session is especially valuable for engineers, OEMs, and agricultural equipment manufacturers facing new design challenges driven by the growing number of perception devices and escalating data requirements. Attendees will gain insight into reliable, scalable connectivity technologies that can support the next wave of innovation.