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Product Overview
The NVIDIA Jetson Orin NX SUPER Development Kit is a high-performance edge AI computing platform designed for advanced robotics developers, generative AI researchers, and embedded system engineers, eliminating the complexity of hardware integration, system configuration, and storage expansion for high-demand edge AI and embodied intelligence projects.Powered by Jetson Orin NX SUPER module with up to 117TOPS (8GB) / 157TOPS (16GB) AI performance (234x/314x faster than the original Jetson Nano), it comes pre-configured with 256GB NVMe PCIe 3.0 SSD, 2.4G/5G dual-band WiFi + Bluetooth 5.0, long-life PWM cooling fan, acrylic enclosure, and pre-installed Ubuntu 22.04 system, ready for development out of the box. A wide range of customized kits are available including OLED display, audio card, and SO-ARM100/101 robotic vision kits, making it the ideal platform for large language model edge deployment, advanced computer vision, and high-performance LeRobot SO-ARM robotic development.
Key Advantages
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Industry-Leading Edge AI Performance
8GB variant delivers 117TOPS AI performance, 16GB variant delivers 157TOPS AI performance, 1.7x faster than standard Orin NX, capable of running large language models, vision-language models, and complex transformer models smoothly at the edge, meeting the most demanding generative AI and robotic development requirements.
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Pre-Configured Ready-to-Use
Equipped with 256GB NVMe PCIe 3.0 x4 SSD (read speed up to 2800MB/s) pre-installed with official Ubuntu 22.04 system, no need to purchase storage or install system separately, saves hours of configuration time, power on and start development immediately.
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Robust Cooling & Connectivity
Pre-installed M.2 dual-band WiFi 5 + Bluetooth 5.0 module with 4dBi high-gain antennas for stable long-range wireless connection; integrated PWM speed-controlled ball bearing fan (50,000 hours lifespan, 10x more durable than hydraulic fans) ensures stable performance under 40W full load with low noise.
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Robot-Friendly Expansion Design
Acrylic enclosure with reserved mounting holes for camera brackets, supports dual camera installation; rich I/O interfaces including 4x USB 3.2, DP 4K60Hz output, 40-pin GPIO header, fully compatible with SO-ARM100/101 robotic arms and LeRobot project accessories.
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Flexible Customization Options
Choose from 12+ dedicated kits including standard kit, OLED display kit, USB audio kit, CSI/USB camera kits, and SO-ARM100/101 dedicated robotic vision kits, perfectly match different development needs without redundant purchases.
Hardware Overview
Core SKU Variants (By Memory):
| Variant | AI Performance | Memory Bandwidth | Suitable For |
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| 8GB Jetson Orin NX SUPER | 117TOPS | 102.4GB/s | Advanced AI development, mid-range robotic projects, LLM edge deployment |
| 16GB Jetson Orin NX SUPER | 157TOPS | 102.4GB/s | High-performance embodied intelligence, large model edge inference, complex computer vision tasks |
Available Upgrade Kits (Choose based on your needs):
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Kit Type
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Additional Components Included
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Suitable For
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Standard Kit
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Mainboard + acrylic enclosure + 256GB SSD + WiFi/BT module + antennas + 19V 40W power adapter + DP to HDMI cable + Type-C cable + screwdriver
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General purpose high-performance AI development
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OLED Display Kit
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Standard kit + 0.91" OLED status display
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Projects requiring real-time system resource monitoring
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USB Audio Kit
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Standard kit + USB audio card (with speaker + microphone, built-in noise reduction/echo cancellation)
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Voice interaction projects, LLM voice assistant deployment
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IMX219 Camera Kit
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Standard kit + IMX219 CSI camera (77° FOV, 8MP) + aluminum adjustable bracket
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High-performance computer vision using native CSI interface
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Auto-Focus Camera Kit
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Standard kit + 86° distortion-free auto-focus USB camera (1080P) + aluminum adjustable bracket
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General purpose vision projects, robotic arm applications
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SO-ARM100/101 Robotic Kits
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Standard kit + USB 3.0 HUB + auto-focus camera + dedicated SO-ARM arm/top/side view mounting brackets
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LeRobot SO-ARM100/101 robotic arm development requiring multi-perspective vision
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Compatible Platforms & Projects:
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Official NVIDIA JetPack SDK,CUDA, TensorRT, ROS1/ROS2.
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LeRobot SO-ARM100/SO-ARM101 robotic arms.
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All mainstream AI frameworks (PyTorch, TensorFlow, Hugging Face Transformers).
3-Step Easy Setup:
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Connect power supply, display, keyboard/mouse to the kit.
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Power on, pre-installed Ubuntu 22.04 system boots automatically.
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Start development with our provided sample code and full tutorialsComplete development documentation, ROS sample code, and LeRobot project integration guide are provided for free.
Technical Specifications
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Category
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Specification
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Core Module
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NVIDIA Jetson Orin NX SUPER
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AI Performance
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117TOPS (8GB variant) / 157TOPS (16GB variant)
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CPU
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6-core NVIDIA Carmel ARMv8.2 @ 2.0GHz
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GPU
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NVIDIA Ampere architecture with 1792 CUDA cores + 56 Tensor cores + 2 NVDLA engines
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Memory
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8GB / 16GB LPDDR5
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Storage
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256GB NVMe PCIe 3.0 x4 SSD (up to 2800MB/s read speed)
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Wireless Connectivity
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2.4G/5G dual-band WiFi 5 + Bluetooth 5.0, 4dBi high-gain dual antennas
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Cooling System
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PWM speed-controlled ball bearing fan (50,000 hours lifespan) + aluminum heat sink
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Display Output
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DP 1.4, up to 4K@60Hz (H.265)
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USB Interfaces
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4 × USB 3.2 Gen 1, 1 × USB Type-C
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Expansion Interfaces
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40-pin GPIO header (UART/SPI/I2C/I2S/GPIO), 12-pin button header
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Power Supply
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19V 40W DC power adapter
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Dimensions
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128mm × 91mm × 35mm
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Pre-installed OS
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Ubuntu 22.04 (JetPack 6.x compatible)
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Technical Support
We provide complete pre-configured system images, development tutorials and sample code libraries, designed for users of all experience levels from students to professional engineers, enabling barrier-free deployment in 10 minutes. The support package includes:
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Full getting started guide and system optimization tutorial
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ROS1/ROS2 development sample code for robotics applications
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Large language model edge deployment guide for Orin NX
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LeRobot SO-ARM project integration guide
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7-day one-on-one technical support for integration issues
For detailed technical documentation on software setup and code implementation, please refer to our official Wiki:
Access Here (Installation Tutorial for the Top-Mounted Camera Mount)
Access Here (USB Auto-focus Camera Tutorial)
Access Here (RealSense D405C Tutorial)
Community technical support is also available to help you accelerate project implementation.
Part List
Standard Kit:
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1 x Jetson Orin NX SUPER core module (8GB/16GB optional)
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1 x Custom carrier board
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1 x Acrylic enclosure with base
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1 x 256GB M.2 NVMe SSD (pre-installed)
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1 x M.2 WiFi + Bluetooth 5.0 module (pre-installed)
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2 x 4dBi PCB antennas
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1 x PWM ball bearing cooling fan (pre-installed)
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1 x 19V 40W power adapter with regional power cord
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1 x DP to HDMI cable
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1 x Type-C data cable
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1 x Phillips screwdriver
OLED Display Kit (add-on to standard kit):
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1 x 0.91" OLED status display module
USB Audio Kit (add-on to standard kit):
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1 x USB audio card (with speaker + microphone, built-in noise reduction/echo cancellation)
IMX219 Camera Kit (add-on to standard kit):
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1 × IMX219 CSI camera (77° FOV, 8MP)
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1 x Aluminum adjustable camera bracket
Auto-Focus Camera Kit (add-on to standard kit):
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1 × 86° distortion-free auto-focus USB camera (1080P)
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1 × Aluminum adjustable camera bracket
SO-ARM100/101 Robotic Kits (add-on to standard kit):
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1 x USB 3.0 HUB
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1 x 86° auto-focus USB camera
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Dedicated SO-ARM arm/top/side view mounting brackets (according to kit type)
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All required mounting hardware
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SO-ARM101 Developer Kit
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