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NVIDIA DRIVE Ori SOC provides 254 computing power, providing strong support for drones
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NVIDIA DRIVE Ori SOC provides 254 computing power, providing strong support for drones

2024-12-31 10:50:44

Table of Contents

1. Why do drones need AI computing power:

Drones usually need to fly autonomously in complex environments, including but not limited to cities, forests, and various obstacles. AI can help drones process sensor data in real time, perform path planning and obstacle avoidance, etc.; drones are often used to improve the resolution of images and videos. AI can analyze these images and videos in real time, perform object detection, tracking and classification;

2. How much computing power is needed to meet the computing power requirements of drones:

The computing power requirements of drones mainly depend on the functions and uses used. For example, navigation and positioning and visual positioning systems need to process a large amount of sensor data, image processing and computer vision, such as real-time obstacle avoidance, target recognition and environmental perception, which usually require high-performance GPUs or the use of dedicated AI chips.

3. NVIDIA DRIVE Ori SOC provides solutions in the field of drones:

NVIDIA DRIVE Ori SoC integrates multi-core CPUs and high-performance GPUs. Its computing power has reached the top level of the industry, up to 254 computing power. The platform can handle complex navigation, environmental perception, and path planning tasks, enabling drones to achieve autonomous flight in various environments. For applications requiring powerful computing performance, an industrial PC with Nvidia GPU is an excellent choice.

A. Advanced AI algorithms:
DRIVE Ori SoC has built-in NVIDIA's deep learning accelerator, which can run various AI algorithms efficiently, enabling drones to perform real-time image recognition, target tracking, and obstacle avoidance tasks, such as unmanned vehicles like Meituan Takeaway and Carrot Run. At this time, DRIVE Ori SoC can provide excellent performance and reliability, similar to those found in rugged fanless mini PCs, which are ideal for tough environments.


B. Flexible development platform:
NVIDIA's DRIVE Ori SoC provides rich software development tool support, including CUDA, Tensor RT, and NVIDIA JetPack SDK. These tools enable developers to quickly deploy and optimize their applications, shorten development cycles, and accelerate new product launches. For more custom solutions, industrial PC ODM options are available to help meet specific development needs.

4. NVIDIA DRIVE Ori SOC has a wide range of application scenarios:

  1. NVIDIA DRIVE Ori SoC is suitable for various drone application scenarios, including but not limited to:
  • Logistics and distribution: intelligent planning and obstacle avoidance to ensure that packages can be delivered to customers safely and quickly, supported by the high-performance computing capabilities of an industrial rackmount PC.

  • Agricultural monitoring: efficient data collection and analysis to help farmers monitor crop growth in real-time, leveraging the capabilities of industrial PCs for machine vision.

  • Search and rescue: can quickly identify targets and plan paths to improve rescue efficiency and success rate, backed by reliable industrial PC Advantech solutions or other rugged systems from an industrial computer manufacturer.

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