Advanced Technologies for Autonomous Mobility at CES in Las Vegas | Cpu hardware types | Gpu vs cpu for gaming | Types of hardware | Turtles AI
Advanced Technologies for Autonomous Mobility at CES in Las Vegas
NVIDIA and Partners Introduce Accelerated Computing and AI-Powered Smart Vehicle Solutions
Isabella V
At CES in Las Vegas, NVIDIA and its partners showcased a series of innovations that redefine autonomous mobility, leveraging advanced platforms like NVIDIA DRIVE Thor and AI-powered technologies to improve future transportation.
Key Points:
- NVIDIA DRIVE Thor: The revolutionary new SoC for complex workloads.
- Strategic collaborations: Key partnerships with leading companies like Aurora and Continental.
- Safety and simulation: New certifications and tools to accelerate AV development.
- Practical innovations: Applications of generative AI, advanced radar, and autonomous robotaxis.
Autonomous mobility innovation took center stage at CES in Las Vegas, where NVIDIA and its partners outlined the future of the industry, highlighting breakthrough technological advances. At the heart of this innovation is NVIDIA DRIVE Thor, a system-on-a-chip based on NVIDIA Blackwell architecture designed to tackle the most intensive computational workloads, from generative AI to advanced language models. With performance up to 1,000 teraflops, DRIVE Thor delivers accelerated processing for critical tasks like pedestrian recognition and weather adaptation, setting new standards for safety and precision.
Among the notable projects, Aurora, Continental and NVIDIA announced a strategic collaboration to launch autonomous trucks based on DRIVE Thor and DriveOS, with volume production planned for 2027. In parallel, Toyota has selected NVIDIA DRIVE Orin, Thor’s predecessor, to develop next-generation vehicles with advanced driver assistance systems. The widely adopted SoC can perform 254 trillion operations per second, enabling fast and confident decisions in real time.
Numerous other companies showcased innovations integrated with NVIDIA technologies. Arbe demonstrated an ultra-high-definition radar that improves spatial awareness; Imagry introduced HD map-free autonomous driving solutions; and Zoox unveiled its operational robotaxi in Las Vegas. Other examples included Provizio’s 5D radar and the Lenovo AD1 controller, designed for SAE Level 4 autonomous driving.
The importance of safety was underscored with certifications from TÜV SÜD and TÜV Rheinland for the NVIDIA DRIVE AGX Hyperion platform. Additionally, NVIDIA launched the DRIVE AI Systems Inspection Lab to help partners meet rigorous standards for cybersecurity and vehicle safety. To further accelerate the development of autonomous vehicles, NVIDIA introduced Cosmos, an integrated platform that combines NVIDIA AGX, Omniverse, and DGX, enabling developers to turn real-world miles into billions of simulated miles.
Finally, several vehicles powered by NVIDIA platforms were showcased in the NVIDIA booth and on the CES exhibit floor, including the Volvo EX90, Lotus Electre Carbon, and Polestar 3, each featuring innovative applications of AI and advanced technologies.
A momentous transformation is taking shape as NVIDIA DRIVE and its partners lead the industry toward a safer, more efficient, and autonomous future.
