Create self-driving vehicles with DRIVE AGX Orin

Autonomous car developers may be interested to know that NVIDIA has announced the availability of its new car DRIVE AGX Orin Developer Kit with DRIVE OS 6. Providing access to flexible, scalable, high-performance hardware and software to build the next generation of safer and more efficient transportation.

The NVIDIA DRIVE AGX Orin developer suite is now available for public access and is powered by a single Orin system on a chip (SoC). The AI ​​computing platform includes the hardware, software, and application samples needed to develop production-level autonomous vehicles. A modular computing platform that shares the same architecture as the NVIDIA Jetson, NVIDIA Isaac, and NVIDIA Clara AGX.

Building self-driving vehicles

“With I/O Rich Vehicles, you have the flexibility to expand and replicate your own autonomous driving solutions. The DRIVE AGX Orin includes a basic bench development kit and an additional vehicle kit for vehicle mounts. The platform also has a smaller footprint than previous generations, with system and accessories included in the One box. In addition, NVIDIA DRIVE OS 6 is now available on the NVIDIA DRIVE developer download page, providing the latest operating system designed specifically for self-driving vehicles.”

NVIDIA DRIVE OS includes NvMedia for sensor input processing, NVIDIA CUDA libraries for efficient parallel computing applications, and NVIDIA TensorRT for real-time AI inference. The current version available is DRIVE OS 6.0.4, which supports sensors built into the NVIDIA DRIVE Hyperion 8.1 platform architecture. You can experience faster downloads and a simplified development environment setup by installing the software with NGC DRIVE OS Docker containers or the NVIDIA SDK Manager. “

DRIVE OS 6.0 provides the following advantages:

Developed by NVIDIA DRIVE AGX Orin, the advanced, software-defined platform for autonomous vehicles
Production support with DRIVE OS QNX for safety or DRIVE OS Linux with security extensions
Comprehensive security model:
– PKCS#11
– secure boot
– Platform Security Controller DRIVE Orin (PSC)
Public Key Cryptography (PKC) Algorithms
Functional Safety Island (FSI)
High-performance computing acceleration engines, including CUDA, TensorRT, NvMedia, and NvStreams
– Ability to develop locally on Ubuntu 20.04 host or using Docker containers on Ubuntu 20.04 or 18.04 host
A wide range of industry partners and expertise

Source: NVIDIA

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