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What was once considered science fiction has currently impacted just about every industry. We're talking about AI. Autonomous machines are using AI to solve some of the world's most challenging tasks. The NVIDIA® Jetson™ platform gives you the means to develop and deploy AI-powered robots, drones, IVA applications, and other autonomous machines that think for themselves.
Enable robots and other autonomous machines to perceive, move in, and influence the world around them.
Use AI to quickly and accurately detect defects and ensure the highest product quality with autonomous optical inspection
The power of AI across a wide range of IoT gateways and peripherals enables local processing of sensors and data.
INTELLIGENT VIDEO ANALYTICS
Get actionable insights in real time by streaming video analytics.
FOR KI IN THE PERIPHERY OR FOR AUTONOMOUS MACHINES
NVIDIA Jetson modules provide accelerated computing performance at different power levels and price points for a wide range of autonomous applications. From manufacturing to construction, healthcare to delivery, the NVIDIA Jetson platform delivers unmatched performance, energy efficiency and ease of development. Learn more about the Jetson family.
"The world's smallest AI supercomputer for embedded and edge systems"
21 TOPS HIGH PERFORMANCE FOR KI
Jetson Xavier NX offers up to 21 TOPS, making it ideal for high-performance computing and AI in embedded and edge systems. You get the power of 384 NVIDIA CUDA® compute units, 48 Tensor compute units, 6 Carmel ARM CPUs, and two NVIDIA Deep Learning Accelerator (NVDLA) engines. Combined with memory bandwidth of over 51GB/s, video encoding and decoding, Jetson Xavier NX is the platform of choice to run multiple advanced neural networks in parallel and process high-resolution data from multiple sensors simultaneously.
NVIDIA ISAAC HERALDS A NEW AGE OF OF AUTONOMOUS MACHINES
NVIDIA Isaac is our new platform that delivers the power for the next generation of autonomous machines. It provides AI capabilities for robots used in manufacturing, logistics, agriculture, construction, and many other industries.
The term cobot comes from the combination of the English words "collaboration" and "robot" and describes robots designed for direct interaction/collaboration with humans. When humans and robots share a workspace without a separating safety device, this is also referred to as human-robot collaboration (HRC).
Collaborative robotics is expected to open up new possibilities for factory automation (in manufacturing processes such as assembly, packaging and palletizing). Ideally, such collaborative robot applications should be able to combine the advantages of humans (flexibility, judgment, creativity, experience, intuition, and overview) and the advantages of robots (endurance, precision, and strength). A specially designed cobot (lightweight robot) is often used in collaborative robotics. Alternatively, it is possible to use specially secured industrial robots for MRK.