Accelerating the development of autonomous machines.
Robots powered by AI will change the way we work and live. AI makes it possible for robots to perceive and interact with their environments in novel ways, enabling them to perform tasks that were unthinkable—until now.
ADD MODERN AI TO YOUR NEXT AUTONOMOUS MACHINE
There are endless opportunities for robots to create new efficiencies and improve quality of life through industries such as manufacturing, logistics, healthcare, and service. NVIDIA Isaac accelerates the process with enhanced robotics development, simulation, and deployment.
The NVIDIA® Isaac™ Software Development Kit (SDK) brings intelligence to robots. The platform comes stacked with comprehensive tools, application frameworks, GPU-enabled algorithms, reference designs, and pre-trained capabilities to accelerate development workflows for robotics applications.
Isaac SDK is optimized for deployment on the AI-accelerated NVIDIA® Jetson Platform™.
NVIDIA® Isaac™ Sim on Omniverse™ is a robotics simulation application and synthetic data generation tool designed to help you develop, test, and manage AI robots in a photorealistic, physics-accurate, high-fidelity 3D environment. It delivers the scalability and interoperability of the Omniverse platform, and can work in both local and cloud-based systems.
Building datasets to train robots has never been easier with powerful capabilities like domain randomization. Plus, Isaac Sim bootstraps perception model training with multiple simulated sensors, which lets development teams accelerate proof of concepts and workflows to reduce overall development times.
Jetson AGX Xavier is the world's first computer expressly designed for robotics. With more than nine billion transistors, it delivers 32 deep learning TOPS (trillion operations per second), as well as more than 10X the energy efficiency and 20X the performance of its predecessor, NVIDIA Jetson™ TX2.
Jetson AGX Xavier gives robots the capacity to understand the world around them with six high-performance processing units, a 512-core NVIDIA Volta™ architecture Tensor Core GPU, an eight-core Carmel ARM64 CPU, a dual NVIDIA deep learning accelerator, and processors for image, vision, and video.
Find out more about this unique solution.