Which Jetson modules are available?

We primarily carry the current NVIDIA Jetson Orin series (Orin Nano, NX, AGX), which scales for different performance requirements from simple sensor data to complex vision systems.

Which operating system does NVIDIA Jetson use?

Jetson systems use the Linux-based NVIDIA JetPack SDK (L4T), which already contains all necessary drivers and libraries for AI (TensorRT, CUDA).

Are Jetson PCs robust enough for industrial environments?

Yes, our industrial Jetson solutions are fanless, shock and vibration resistant, and often support an extended temperature range of -25°C to +70°C.

Can Windows be installed on Jetson systems?

No, Jetson uses the ARM architecture and is optimized for Linux. Running standard Windows software for x86 processors is not possible.

Does OMTEC offer a pre-installation service?

Yes, we handle flashing the operating system and the desired JetPack version upon request, so the hardware is immediately ready to use.

NVIDIA® Jetson™ PC – Compact Computing Power for Edge AI

Q: What is the main advantage of an NVIDIA Jetson PC?

NVIDIA Jetson systems offer extremely high AI computing performance per watt through integrated CUDA cores, making them ideal for real-time video analytics at the edge.

OMTEC offers highly specialized industrial systems based on the NVIDIA® Jetson™ platform. These compact powerhouses are ideal for AI-powered video analytics, autonomous robotics and deep learning directly at the data source.

Full Module Support: Solutions for Jetson™ Orin, Xavier™, NX and Nano™

Edge AI Performance: Up to 275 TOPS computing power in rugged, fanless enclosures

Industrial Interfaces: GigE/PoE+ for cameras, CAN bus and wide temperature ranges

Ready to Deploy: Pre-installed Linux environments & optimized drivers for fast integration

Request a Jetson System Expert consultation for your AI scenario

Jetson™ Technologies:

ORIN™ / XAVIER™ 275 TOPS AI L4T / JETPACK FANLESS RUGGED

NRU-120S

NVIDIA® Jetson AGX Xavier™ SOM with JetPack 4.4
32 GB LPDDR4 RAM
4 IEEE 802.3at Gigabit PoE+ ports with screw lock
1x M.2 NVME, 2x 2.5" SSD with front access
1x isolated CAN bus connection, 1x RS232
Mini-PCIe port with SIM socket
8 - 35V wide input range with ignition control

Details

NVIDIA Jetson Xavier / Orin Industrial PCs: AI Acceleration for the Industrial Edge

The NVIDIA Jetson Xavier and Jetson Orin industrial PCs from OMTEC deliver advanced computing power for edge AI applications. Equipped with energy-efficient NVIDIA GPUs, they enable parallel data processing directly on-site – ideal for computer vision, deep learning and autonomous real-time decision making.

Parallel Computing on GPUs

Modern image processing requires thousands of computing operations per second – ideally suited for GPUs that handle tasks simultaneously with hundreds or thousands of processor cores. Instead of sequential processing like CPUs, algorithms run in parallel, significantly reducing processing time.

With several hundred TeraFLOPS (TOPS), Jetson systems achieve enormous AI performance at low energy consumption – particularly crucial for edge environments with limited power supply such as mobile platforms or vehicles.

CUDA – The Parallel Development Platform

With CUDA (Compute Unified Device Architecture), NVIDIA has created a software toolkit that provides developers with powerful tools to optimally execute AI and computing tasks on GPUs. CUDA supports C, C++, Python, Fortran, MATLAB and offers extensive libraries and runtime environments for demanding industrial applications.

Orin vs. Xavier: A Technological Quantum Leap

The Jetson Orin series represents a significant advancement over Jetson Xavier:

Jetson Orin	Jetson Xavier
Integrated NVIDIA® Deep Learning Accelerator (DLA) for energy-efficient real-time AI inference.	Separate tensor cores – higher latency and energy consumption for comparable inference performance.
Up to 12 ARM v8.2-compatible CPU cores, up to 2048 CUDA cores.	8 ARM v8.2 CPU cores, 512 CUDA cores.
Up to 3.3x inference performance compared to Xavier (measured in inferences/second).	Standard inference performance – suitable for basic edge AI.

Typical Jetson Applications in Industry and Science

NVIDIA Jetson systems are deployed wherever AI, deep learning and parallel data processing are required – including:

industrial image processing & quality control
edge AI for autonomous vehicles and machines
scientific simulations (e.g., fluid dynamics and climate models)
deep learning in medical technology
computer generated imagery (CGI), rendering & 3D visualization

Discover more use cases in the NVIDIA Jetson Success Stories.

NVIDIA Jetson Support and Development Tools

Developers find comprehensive support on the official Jetson Developer Website – with documentation, APIs, community forum, tutorials, FAQs and the CUDA SDK. This enables rapid integration of Jetson systems into productive applications.

Conclusion: Jetson Xavier / Orin Industrial PCs at OMTEC

An NVIDIA Jetson industrial PC from OMTEC provides you with an AI-optimized platform for high-performance, energy-efficient and real-time capable edge applications. Whether in robotics, manufacturing or intelligent infrastructure – Jetson systems bring artificial intelligence where it is needed most: to the edge of the network.

FAQ – NVIDIA Jetson Industrial PCs for Edge AI

NVIDIA Jetson platforms revolutionize AI processing directly at the data source. Find answers about computing power, software integration and industrial robustness.

What is the main advantage of an NVIDIA Jetson PC over traditional x86 systems?

The main advantage lies in the highly efficient AI computing performance per watt. Thanks to the integrated NVIDIA CUDA cores, Jetson systems can process complex neural networks for image recognition or video analytics in real time while consuming significantly less energy than systems with dedicated desktop graphics cards.

Which Jetson modules (Orin, Xavier, Nano) does OMTEC offer?

We primarily focus on the current NVIDIA Jetson Orin series (Orin Nano, Orin NX and Orin AGX), as it offers up to 8x performance compared to the previous generation. For existing projects, we still carry some Xavier-based systems. We are happy to advise you on which module is ideal for your required TOPS (Tera Operations Per Second).

Which operating system is used on the Jetson systems?

NVIDIA Jetson systems are based on ARM architecture and use the NVIDIA JetPack SDK. This includes a specially adapted Linux (L4T - Linux for Tegra) as well as libraries for deep learning (TensorRT, cuDNN), computer vision (OpenCV) and graphics.

Are the Jetson systems suitable for industrial 24/7 operation?

Yes, our Jetson PCs from manufacturers like Neousys are housed in robust, fanless enclosures. They support wide temperature ranges (often -25°C to +70°C) and feature industrial-grade interfaces such as PoE for cameras or isolated DI/DOs, which clearly distinguishes them from developer kits.

Can I run standard Windows software on a Jetson PC?

No, since Jetson systems are based on the ARM processor architecture, Windows (x86) is not compatible. Software development takes place under Linux (Ubuntu-based). However, thanks to Docker support, AI models can be conveniently deployed from a training PC to the edge hardware.

Does OMTEC support flashing or pre-configuring the systems?

Yes, we deliver the systems with a pre-installed JetPack version upon request. This allows you to start installing your AI application immediately without having to worry about the basic hardware flashing process.

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