NVIDIA Jetson is a industry-leading Edge AI platform for powering both autonomous machines and embedded applications. It provides a variety of specialized Jetson compute modules from the Nano, TX2, Xavier, and Orin series, alongside the powerful NVIDIA JetPack SDK for accelerating software, and a comprehensive ecosystem of sensors, SDKs, services, and products for expediting the development process. Jetson embedded platforms work with the same Artificial Intelligence programs used for other NVIDIA products, providing the energy-efficient performance that customers need to create autonomous machines driven by software.
NVIDA Jetson SOMs (System on Modules) come with a GPU, CPU, memory, power management, and other high-speed interfaces already onboard. These modules are available in various performance, power-efficiency, and form factors, making them suitable for a wide range of edge AI applications no matter the industry.
Things Embedded support the entire NVIDIA Jetson platform with hardware design services utilising the entire suite of Jetson modules, Jetson developer kits, Jetson carrier boards, and Jetson computers. Our rugged Jetson embedded systems can be tailored to any industry and provide a robust, sustained performance by shielding them from environmental elements like dust, water, heat, power fluctuations, shocks, and vibrations, allowing you to get to market faster with the preferred edge AI platform. Our Jetson AI specialists can help talk you through a wide range of powerful and versatile computing solutions designed specifically for AI and edge computing applications. Whether you’re looking for compact Jetson mini PC or more robust and durable rugged Jetson computer, we have you covered.
Available in 3 variations
Available in 2 variations
Available in 2 variations
Rugged NVIDIA Jetson Xavier NX GMSL Automotive Computer with PoE+
Rugged Jetson Embedded PC with PoE
Available in 2 variations
Available in 2 variations
NVIDIA Jetson AGX Xavier MIL Spec Embedded Computer
Available in 2 variations
Forecr
Available in 4 variations
Available in 4 variations
Diamond Systems
Available in 5 variations
Available in 2 variations
Industrial AI inference platforms at the edge address the limitations of where traditional systems fail. Our team of edge AI computing design engineers recommends and configures long-lasting NVIDIA Jetson PCs which align with your industry and specific application needs. Discover how our services support organizations in decreasing reliance on cloud-based processing while staying informed about the most recent advancements in computer vision.
Leveraging the powerful AI capabilities of Jetson Orin NX for next-gen robotics, our NVIDIA Jetson edge computing platforms with built-in GMSL interfaces allow for the prompt detection of potential hazards and immediate response, thereby enhancing safety in automation factories.
By integrating an advanced, platform-agnostic software that combines visual artificial intelligence, sensor fusion, and camera platform control, we enhance the autonomy of time-critical systems for police authorities with NVIDIA Jetson AGX Xavier rugged box computers.
Autonomous agriculture vehicles are built with rugged AGX Orin Jetson PCs and high-speed GigE cameras to automate field maintenance and eliminate unwanted vegetation via 10G backbone link.
Jetson camera interfaces aren't just limited by onboard connectors. We install a wide range of frame grabbers for USB, GigE, HDMI, SDI, AHD video capture, and more.
Florida's latest metro stations have witnessed enhanced surveillance operation efficiency through the utilization of a fanless Jetson AI NVR, which supports facial recognition, virtual fencing, and the detection of dangerous behavior patterns.
Jetson Orin AGX is the latest and most powerful AI computer for energy-efficient autonomous machines making a significant impact on the development of AI and deep learning applications at the edge.
Read our guide on the basics of machine learning, deep learning, supervised and unsupervised learning, reinforcement learning, inferencing, perception, and sensor fusion.
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