Product Overview

The NVIDIA Jetson Orin NX SUPER Development Kit is a high-performance edge AI computing platform, purpose-built for advanced robotics developers, generative AI researchers, and embedded system engineers — designed to eliminate the complexity of hardware integration, system configuration, and storage expansion in high-demand edge AI and embodied intelligence projects. It features the Jetson Orin NX SUPER module, delivering up to 117 TOPS (8GB) / 157 TOPS (16GB) of AI performance — 234×/314× faster than the original Jetson Nano — and comes pre-configured with a 256GB NVMe PCIe 3.0 SSD, 2.4G/5G dual-band WiFi + Bluetooth 5.0, a long-life PWM cooling fan, an acrylic enclosure, and Ubuntu 22.04 pre-installed, ready to develop out of the box. We offer multiple customized kits, including an 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.

NVIDIA Jetson Orin NX SUPER Development Kit Product Display

Key Advantages

Industry-Leading Edge AI Performance

The 8GB version delivers 117 TOPS of AI performance, while the 16GB version delivers 157 TOPS — 1.7× faster than the standard Orin NX — capable of smoothly running large language models, vision-language models, and complex Transformer models, meeting the most demanding generative AI and robotics development needs.
Pre-Configured, Ready Out of the Box

Equipped with a 256GB NVMe PCIe 3.0 x4 SSD (read speeds up to 2800MB/s) and pre-installed with the official Ubuntu 22.04 system — no need to purchase storage or install the OS separately, saving hours of configuration time. Power on and start developing immediately.
Robust Cooling & Connectivity

Pre-installed M.2 dual-band WiFi 5 + Bluetooth 5.0 module with 4dBi high-gain antennas ensures stable long-range wireless connectivity; integrated PWM-controlled ball bearing fan (50,000-hour lifespan, 10× more durable than hydraulic fans) ensures stable performance with low noise even under 40W full load.
Robotics-Friendly Expansion Design

The acrylic enclosure features pre-drilled camera bracket mounting holes, supporting dual camera installation. Abundant I/O includes 4× USB 3.2, DP 4K60Hz output, and 40-pin GPIO header, fully compatible with SO-ARM100/101 robotic arms and LeRobot project accessories.
Flexible Customization Options

Over 12 specialized kits are available, including the Standard Kit, OLED Display Kit, USB Audio Kit, CSI/USB Camera Kit, and SO-ARM100/101 dedicated robotic vision kits — perfectly matched to different development needs, avoiding unnecessary duplicate purchases.

Hardware Overview

Jetson Orin NX Development Kit Hardware Structure

Jetson Orin NX Development Kit Interfaces and Detail Display

Core SKU Variants (by Memory):

Model	AI Performance	Memory Bandwidth	Use Case
8GB Jetson Orin NX SUPER	117 TOPS	102.4 GB/s	Advanced AI development, mid-range robotics projects, LLM edge deployment
16GB Jetson Orin NX SUPER	157 TOPS	102.4 GB/s	High-performance embodied intelligence, large model edge inference, complex computer vision tasks

Optional Upgrade Kits (Choose Based on Your Needs):

Kit Type	Add-on Components	Use Case
Standard Kit	Board + Acrylic Enclosure + 256GB SSD + WiFi/BT Module + Antennas + 19V 40W Power Adapter + DP to HDMI Cable + Type-C Data Cable + Screwdriver	General high-performance AI development
OLED Display Kit	Standard Kit + 0.91-inch OLED Status Display	Projects requiring real-time system resource monitoring
USB Audio Kit	Standard Kit + USB Audio Card (with Speaker + Mic, built-in noise cancellation/echo cancellation)	Voice interaction projects, LLM voice assistant deployment
IMX219 Camera Kit	Standard Kit + IMX219 CSI Camera (77° FOV, 8MP) + Aluminum Adjustable Bracket	High-performance computer vision using native CSI interface
Autofocus Camera Kit	Standard Kit + 86° Distortion-Free Autofocus USB Camera (1080P) + Aluminum Adjustable Bracket	General vision projects, robotic arm applications
SO-ARM100/101 Robotics Kit	Standard Kit + USB 3.0 HUB + Autofocus Camera + Dedicated SO-ARM Arm/Top/Side View Mounting Brackets	LeRobot SO-ARM100/101 robotic arm development, projects requiring multi-view vision

Compatible Platforms & Projects:

Official NVIDIA JetPack SDK, CUDA, TensorRT, ROS1/ROS2.
LeRobot SO-ARM100/SO-ARM101 robotic arm.
All major AI frameworks (PyTorch, TensorFlow, Hugging Face Transformers).

Easy 3-Step Setup:

Connect the power supply, monitor, and keyboard/mouse to the kit.
Power on — the pre-installed Ubuntu 22.04 system starts automatically.
Start developing using our provided example code and comprehensive tutorials. Complete development documentation, ROS example code, and LeRobot project integration guides are provided free of charge.

Technical Specifications

Category	Specification
Core Module	NVIDIA Jetson Orin NX SUPER
AI Performance	117 TOPS (8GB version) / 157 TOPS (16GB version)
CPU	6-core NVIDIA Carmel ARMv8.2 @ 2.0GHz
GPU	NVIDIA Ampere architecture with 1792 CUDA cores + 56 Tensor cores + 2 NVDLA engines
Memory	8GB / 16GB LPDDR5
Storage	256GB NVMe PCIe 3.0 x4 SSD (read speeds up to 2800MB/s)
Wireless Connectivity	2.4G/5G Dual-Band WiFi 5 + Bluetooth 5.0, 4dBi high-gain dual antennas
Cooling System	PWM-controlled ball bearing fan (50,000-hour lifespan) + aluminum heatsink
Display Output	DP 1.4, up to 4K@60Hz (H.265)
USB Ports	4× USB 3.2 Gen 1, 1× USB Type-C
Expansion Interface	40-pin GPIO header (UART/SPI/I2C/I2S/GPIO), 12-pin button header
Power Supply	19V 40W DC power adapter
Dimensions	128mm × 91mm × 35mm
Pre-Installed OS	Ubuntu 22.04 (JetPack 6.x compatible)

Technical Support

We provide complete pre-configured system images, development tutorials, and example code repositories designed to meet the needs of users of all experience levels — from students to professional engineers — enabling hassle-free deployment in under 10 minutes. Support packages include:

Complete getting-started guide and system optimization tutorials
ROS1/ROS2 development example code for robotics applications
Large language model edge deployment guide for Orin NX
LeRobot SO-ARM project integration guide
7-day one-on-one integration technical support

For detailed technical documentation on software setup and code implementation, please refer to our official wiki:
Click here (Top-Mount Camera Bracket Installation Tutorial)
Click here (USB Autofocus Camera Tutorial)
Click here (RealSense D405C Tutorial)
Community technical support is also available to help accelerate your project implementation.

Parts List

Standard Kit:

1× Jetson Orin NX SUPER core module (8GB/16GB optional)
1× Custom carrier board
1× Acrylic enclosure with base
1× 256GB M.2 NVMe SSD (pre-installed)
1× M.2 WiFi + Bluetooth 5.0 module (pre-installed)
2× 4dBi PCB antennas
1× PWM ball bearing cooling fan (pre-installed)
1× 19V 40W power adapter with regional power cord
1× DP to HDMI cable
1× Type-C data cable
1× Phillips screwdriver

OLED Display Kit (Add-on to Standard Kit):

1× 0.91-inch OLED status display module

USB Audio Kit (Add-on to Standard Kit):

1× USB audio card (with speaker + microphone, built-in noise cancellation/echo cancellation)

IMX219 Camera Kit (Add-on to Standard Kit):

1× IMX219 CSI camera (77° FOV, 8MP)
1× Aluminum adjustable camera bracket

Autofocus Camera Kit (Add-on to Standard Kit):

1× 86° distortion-free autofocus USB camera (1080P)
1× Aluminum adjustable camera bracket

SO-ARM100/101 Robotics Kit (Add-on to Standard Kit):

1× USB 3.0 hub
1× 86° autofocus USB camera
Dedicated SO-ARM arm/top/side mounting brackets (per kit type)
All required mounting hardware
SO-ARM101 Development Kit