About NVIDIA
Overview
NVIDIA invents the GPU and builds accelerated computing chips, systems, and software for artificial intelligence, high-performance computing, graphics, simulation, robotics, and autonomous vehicles. The company engineers what it calls the AI factories of the future and also builds AI services that help companies create their own.
Its platforms run from GeForce RTX graphics cards and laptops for gamers and creators through Jetson edge modules and Isaac robotics tools to DGX systems and DSX data center reference designs. NVIDIA also publishes open models and developer software, including CUDA-X libraries, the open source CUDA-Q platform, Isaac ROS, and the Alpamayo reasoning model for autonomous driving.
Key Benefits
- Powers more than 400 of the world's 500 fastest supercomputers, with NVIDIA technologies in 81% of the TOP500 list.
- Supplies chips, systems, software, and AI services that let companies stand up their own AI factories.
- Lets teams build physically accurate simulations and interactive digital twins and test designs before deployment.
- Brings ray tracing and AI-powered DLSS to games on desktops, laptops, and through cloud streaming.
- Gives robotics teams an end-to-end path from simulation to deployment with the Isaac and Jetson platforms.
- Supports automakers building Level 4-ready robotaxi fleets on the Hyperion autonomous vehicle platform.
How It Works
Teams choose the platform that matches their target hardware: RTX cards, laptops, and RTX Spark systems for Windows PCs; Jetson and Isaac for edge robots; or DGX, DSX, and NVIDIA-Certified Systems for data center AI factories. They then use NVIDIA libraries, open models, and Omniverse simulation to build, train, and test work before deployment, while releases such as Game Ready Drivers and Isaac ROS 5.0 add new capabilities to those workflows.
Use Cases
- Automakers including Mercedes-Benz, Volvo Cars, Toyota, and Hyundai use Hyperion and Halos for assisted and automated driving programs.
- Game studios and gamers use RTX ray tracing and DLSS to render titles with greater realism and higher performance.
- Robotics developers use Isaac ROS and Jetson to build delivery and inspection drones, robots, and vision AI systems.
- Data center and cloud operators use DSX reference designs and DGX systems to bring AI factory capacity online.
- Supercomputing researchers use CUDA-Q, CUDA-X, and Earth-2 to model quantum computations, run simulations, and forecast weather.
- Healthcare institutions apply NVIDIA AI and high-performance computing across medical imaging and clinical discovery.
Why Choose This Product
NVIDIA covers the whole path from silicon to services, so a gamer, a robotics lab, and a national supercomputing center can each work inside the same software ecosystem. Independent signals back that reach: NVIDIA powers over 400 of the world's 500 fastest supercomputers, and automakers, cloud partners, and research centers such as Forschungszentrum Jülich build on its platforms. The company also keeps opening its stack, publishing open models and the open source CUDA-Q platform for quantum work.
NVIDIA Pros & Cons
- NVIDIA technologies power 81% of the TOP500 supercomputing list
- Chips, systems, software, and AI services under one stack
- Isaac and Jetson give robotics teams simulation-to-deployment tools
- Omniverse supports physically accurate simulation and digital twins
- GeForce NOW streams games without local gaming hardware
Key Features
RTX Ray Tracing
NVIDIA RTX taps AI and ray tracing to deliver a new level of realism in graphics, while DLSS multiplies performance in supported games.
Omniverse Digital Twins
Omniverse is NVIDIA's platform for industrial digitalization, enabling large-scale, physically accurate simulation and interactive digital twins for industries grounded in physical processes.
Isaac and Jetson
The Isaac and Jetson platforms provide end-to-end tools to develop and deploy AI-powered autonomous machines and edge computing across manufacturing, logistics, healthcare, smart cities, and retail.
DGX and DSX AI Factories
NVIDIA engineers the chips, systems, and software for AI factories, and its DSX POD reference design helps operators bring data center capacity online in months rather than years.
Hyperion and Alpamayo
Hyperion is NVIDIA's end-to-end platform for Level 4-ready autonomous fleets, and the 32-billion-parameter Alpamayo 2 Super open reasoning VLA model adds trajectories, reasoning traces, and auto-labeling.
GeForce NOW
GeForce NOW streams cloud games to members on devices such as Amazon Fire TV, with titles like Call of Duty: Modern Warfare 4 arriving on the service.
CUDA-Q Quantum Platform
CUDA-Q is an open source platform whose CUDA-Q Logical orchestration layer lets developers build and optimize fault-tolerant quantum applications.
NVIDIA Broadcast
The NVIDIA Broadcast app applies AI voice and video effects to turn any room into a home studio and adds a File Processor to enhance recordings after capture.
Halos Safety System
NVIDIA Halos is a full-stack physical AI safety system aimed at next-generation humanoids and industrial robots, and it also supports automated driving programs.
Local AI Systems
RTX Spark, DGX Spark, and DGX Station systems bring secure local AI to coding, engineering, robotics, and AI factory development on a desk.
Frequently asked questions about NVIDIA
What does NVIDIA make?
NVIDIA invents the GPU and builds accelerated computing chips, systems, and software for AI, high-performance computing, gaming, creative design, autonomous vehicles, and robotics. It also engineers the hardware and software for AI factories and offers AI services that help companies build their own.
What is NVIDIA Omniverse used for?
Omniverse is NVIDIA's platform for industrial digitalization. It lets industries grounded in physical processes become software-defined, connect large teams, and run large-scale, physically accurate simulations and interactive digital twins so teams can build, train, and test advanced systems before deployment.
What is the NVIDIA Isaac platform?
Isaac and Jetson together provide end-to-end tools to develop and deploy AI-powered autonomous machines and edge computing applications across manufacturing, logistics, healthcare, smart cities, and retail. Isaac ROS 5.0 adds open source tools and accelerated computing for agent-driven robotics development.
Does NVIDIA support quantum computing development?
Yes. CUDA-Q is an open source platform for quantum applications, and its new CUDA-Q Logical orchestration layer lets developers build and optimize fault-tolerant quantum applications. Researchers also use the JUPITER system at Forschungszentrum Jülich to model complex quantum computations.
Which automakers build on NVIDIA platforms?
NVIDIA lists Mercedes-Benz, Volvo Cars, Toyota, Hyundai, Kia, BYD, Geely, Isuzu, and Nissan among partners using its platforms. They apply Hyperion, Halos, and the Alpamayo reasoning model to assisted driving, Level 4-ready robotaxi fleets, factory robotics, and software-defined vehicles.
Can I stream games instead of buying a gaming PC?
GeForce NOW is NVIDIA's cloud gaming service, and the page notes memberships available through Amazon on Fire TV. Titles such as Call of Duty: Modern Warfare 4 arrive on the service, alongside games like FINAL FANTASY RESONANCE and The Elder Scrolls Online.