Nvidia Powers the Electric Robot Tractors with AI Chip Systems
References: blogs.nvidia & theverge
Electric smart tractor company Monarch Tractor unveils its new MK-V using the new Nvidia's Jerson edge AI platform. It is developed to help perform agricultural tasks with or without a human driver running the vehicle. CEO of Monarch Tractor Praveen Penmetsa states, “The NVIDIA Jetson enables the MK-V to run low-latency, real-time AI applications while at the same time conserving energy for longer battery life and extended run time.”
Every single MK-V device uses six of the Jetson Xavier NX system-on-module that initiate the devices to navigate the fields through the cameras. According to the two brands, "The tractor collects and analyzes crop data daily and can process data from current and next-generation implements equipped with sensors and imaging. This data can be used for real-time implement adjustments, long-term yield estimates, current growth stages, and other plant and crop health metrics."
Image Credit: Nvidia
Every single MK-V device uses six of the Jetson Xavier NX system-on-module that initiate the devices to navigate the fields through the cameras. According to the two brands, "The tractor collects and analyzes crop data daily and can process data from current and next-generation implements equipped with sensors and imaging. This data can be used for real-time implement adjustments, long-term yield estimates, current growth stages, and other plant and crop health metrics."
Image Credit: Nvidia
Trend Themes
1. AI-powered Electric Tractors - The use of AI chips in electric tractors enhances efficiency, enabling them to perform complex agricultural tasks autonomously or semi-autonomously.
2. Real-time Crop Data Analysis - Intelligent electric tractors equipped with sensor technology and data analysis enable real-time monitoring of crop health, growth stages, and yield estimates.
3. Energy-efficient Agriculture Automation - Innovative AI-powered electric tractors minimize energy consumption, thereby prolonging battery life and reducing operational costs in agriculture.
Industry Implications
1. Agricultural Robotics - The AI-powered electric tractor trend is transforming the agricultural robotics industry by incorporating advanced technologies to perform a wide range of tasks.
2. Next-gen Farming Equipment - Industry professionals should prepare for the increased demand of next-gen, energy-efficient farming equipment, as AI-chip coated electric tractors revolutionize the agriculture sector.
3. Smart Farming Services - Companies providing smart farming services to their clients should incorporate AI-powered electric tractors to stay competitive and offer innovative solutions for agricultural operations.
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