NVIDIA Jetson Modules
Jetson modules are specialised embedded systems developed by NVIDIA and based on high-performance graphics processing units (GPUs). The modules are optimised for edge computing applications where data is processed directly at the source, i.e. close to or on the end device.
Advantages of NVIDIA Jetson
Powerful AI Performance: Jetson modules are equipped with powerful NVIDIA GPUs that are specifically optimised for AI computations. This enables sophisticated AI operations and Deep Learning to be performed directly on the device.
Versatility: NVIDIA offers a range of Jetson models that vary in performance, size and features. From high-performance models like the Jetson Xavier to lower-cost models like the Jetson Nano, there are options for a variety of use cases and budgets.
Developer
Friendliness: Jetson devices come with an extensive ecosystem of development and optimisation tools, including the JetPack SDK. This makes it easier for developers to create and deploy AI applications on the modules.
Compact size: Jetson modules are compact and have low power consumption, making them ideal for edge computing. They can be integrated into space-constrained environments without compromising performance.
Real-time processing: The GPUs and specialised accelerators in the Jetson modules enable real-time processing of data, which is critical in applications such as robotics, autonomous vehicles, industrial automation.
Image processing and computer vision: The Jetson modules are equipped with image processing libraries such as VisionWorks, which facilitate processing of images and videos for computer vision applications.
IoT support: Jetson devices are optimised for the Internet of Things (IoT), enabling local processing of data on the device to minimise latency and reduce network load.
Security and privacy: Processing data directly on the device allows sensitive information to remain local, contributing to security and privacy.
Overall, NVIDIA's Jetson embedded systems provide a powerful platform for developing AI and edge computing projects that require fast processing, low latency and data protection. They are applicable across a wide range of industries and application domains, helping developers create intelligent and responsive applications.