1. What are the specifications of the NVIDIA Jetson Nano Developer Kit?

The Jetson Nano features a quad-core ARM Cortex-A57 CPU (1.43GHz) with a 128-core NVIDIA Maxwell GPU delivering 472 GFLOPS. It includes 4GB LPDDR4 RAM (25.6GB/s) and 16GB eMMC storage. Connectivity includes Gigabit Ethernet, USB 3.0 ports, HDMI output, dual MIPI-CSI camera connectors, and GPIO/I2C/SPI headers. Handles 4K video encoding/decoding and parallel AI workloads at just 5-10W power consumption.

2. Can it be used for AI and robotics projects?

Yes, absolutely. The Jetson Nano is practically built for AI, computer vision, robotics and edge-intelligence tasks. With its GPU and associated software stack (including CUDA, TensorRT, deep-learning frameworks), you can train or deploy neural nets, process camera feeds, navigate robots, power smart machines or develop autonomous systems. It’s suited for hobby robotics as well as serious prototyping.

3. Are additional accessories included in the kit?

Typically, the developer kit includes the core board (module + carrier), along with header pins and the basic breakout connections. However, you’ll often need to provide your own power supply (5 V/4 A or so), micro-SD card (or storage), possibly heatsink/fan depending on load, and peripherals like camera modules, displays, sensors or robot chassis. So it’s mostly the board platform extras that depend on your project.

4. Is the kit compatible with Arduino or Raspberry Pi boards?

While it doesn’t plug into an Arduino or Raspberry Pi directly like a shield, the Jetson Nano is compatible in the sense that you can integrate it into setups that use Arduino or Raspberry Pi. For example, you can use the Jetson Nano for heavy AI/vision processing and use a Raspberry Pi or Arduino as a microcontroller for lower-level tasks (motor control, sensor reading). It offers GPIOs, I²C, SPI, UART, etc. So it plays nicely in a mixed ecosystem of boards.

5. Which Jetson kit is best for AI beginners?

If you’re just getting started in AI, edge-AI, or robotics and want a manageable budget and power requirement, the Jetson Nano Developer Kit is a strong pick. It offers enough GPU/CPU capability to run machine-learning models, supports a wide community and tutorials, and has lower barrier of entry compared to the high-end models. You don’t need the highest-end board to learn, so starting here helps you build skills before scaling up.

6. How does Jetson Nano differ from Jetson Orin NX?

The Jetson Orin NX series is a more advanced variant: higher performance, higher memory, and better suitability for heavier AI tasks.The Orin NX modules deliver significantly more TOPS (tera-operations per second) of AI inference performance compared to entry models. Meanwhile Nano (or earlier smaller Jetson boards) are more modest in memory, GPU cores, power consumption — good for learning, prototypes and moderate workloads. In short: Nano = great for entry/learning; Orin NX = better for intensive AI, robotics, vision tasks at higher scale.

7. Can I train machine learning models directly on Jetson devices?

Yes - Jetson boards support on-device AI training (though modest devices may be slower) and especially inference of trained models. With the higher-end Jetson kits you can run moderately sized training or fine-tuning workflows, or full-scale real-time inference in robotics or IoT. So you can both learn to train and deploy models all on the board itself, without needing a big PC in every case.

8. Do these kits support robotics and drone projects?

Absolutely. The Jetson ecosystem is explicitly geared toward robotics, autonomous machines, drones and embedded “edge AI” deployments. The specs show camera/CSI connectors, GPU/CPU power, and I/O suitable for sensors, vision, motors and autonomous control workflows. You can use them as the “brain” of a robot or drone with real-time vision, object detection, navigation and more.

9. Is Jetson the “Tony Stark” of edge AI boards?

In some sense, yes - if Tony Stark is the metaphor for “compact, powerful, top-tech brain inside a device,” then Jetson boards fit that role in the maker/robotics world. They package serious GPU/AI horsepower in a development platform you can build into robots, drones or smart edge devices. So calling it the “Tony Stark” board is a fun way of saying “this board brings big AI-power to your project.”

NVIDIA Jetson Developer Kits & Edge AI Boards Online

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Jetson Comparison Chart:

Specification	Jetson Nano	Jetson Xavier NX	Jetson Orin NX
CPU	Quad-core ARM Cortex-A57	6-core NVIDIA Carmel ARM v8.2	8-core ARM Cortex-A78AE
GPU	128-core Maxwell	384-core Volta + 48 Tensor Cores	Up to 1024-core Ampere + 32 Tensor Cores
AI Performance	0.5 TOPS	21 TOPS	70–100 TOPS
Memory	4GB LPDDR4	8GB LPDDR4x	8GB / 16GB LPDDR5
Storage Support	microSD	microSD + eMMC options	eMMC + NVMe (M.2) support
Video Encode/Decode	4K30	4K60	4K60 / 8K decode (model dependent)
Power Consumption	5–10W	10–15W	10–25W configurable
I/O Interfaces	1× CSI, GPIO, I2C, SPI, UART	2× CSI, GPIO, I2C, SPI, UART	Multi-CSI lanes, PCIe Gen4, high-speed I/O
Best For	Beginners, basic AI, DIY robotics	Edge AI, drones, smart cameras	Industrial AI, advanced robotics, edge servers

Video Tutorials:

1. AI on the Jetson Nano — Getting Started for Absolute Beginners

What You’ll Learn:

How to set up the Jetson Nano for the first time

Installing the JetPack OS

Power, peripherals & basic configuration

Essential tools for AI development (CUDA, cuDNN, TensorRT)

2. Begin Your AI Journey with NVIDIA Jetson Nano

What You’ll Learn:

Running pre-trained AI models on Jetson Nano

Testing live camera-based AI applications

Exploring Jetson Inference & real-time results

Understanding throughput, FPS, and optimization

3. NVIDIA Jetson Nano Tutorials & AI Projects — Playlist

Jetson Nano AI Playlist - (Click here)

What The Playlist Covers:

Full Jetson Nano setup guides

Deploying YOLO, SSD, and other deep-learning models

Real-time object detection

Face recognition & gesture AI

Robotics & autonomous navigation tutorials

Sensor integrations for computer vision

Performance tuning for edge AI

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All About Nvidia Jetson Nano

Jetson Comparison Chart:

Video Tutorials:

1. AI on the Jetson Nano — Getting Started for Absolute Beginners

What You’ll Learn:

2. Begin Your AI Journey with NVIDIA Jetson Nano

What You’ll Learn:

3. NVIDIA Jetson Nano Tutorials & AI Projects — Playlist

What The Playlist Covers:

Jetson Nano Compatible Products:

Frequently Asked Questions

1. What are the specifications of the NVIDIA Jetson Nano Developer Kit?

2. Can it be used for AI and robotics projects?

3. Are additional accessories included in the kit?

4. Is the kit compatible with Arduino or Raspberry Pi boards?

5. Which Jetson kit is best for AI beginners?

6. How does Jetson Nano differ from Jetson Orin NX?

7. Can I train machine learning models directly on Jetson devices?

8. Do these kits support robotics and drone projects?

9. Is Jetson the “Tony Stark” of edge AI boards?

Let customers speak for us

All Categories

NVIDIA Jetson Developer Kits & Edge AI Boards Online

Categories

Refined By Clear all

Availability

Price

Featured Products

Sort by:

Recently Viewed Products

All About Nvidia Jetson Nano

Jetson Comparison Chart:

Video Tutorials:

1. AI on the Jetson Nano — Getting Started for Absolute Beginners

What You’ll Learn:

2. Begin Your AI Journey with NVIDIA Jetson Nano

What You’ll Learn:

3. NVIDIA Jetson Nano Tutorials & AI Projects — Playlist

What The Playlist Covers:

Jetson Nano Compatible Products:

Frequently Asked Questions

1. What are the specifications of the NVIDIA Jetson Nano Developer Kit?

2. Can it be used for AI and robotics projects?

3. Are additional accessories included in the kit?

4. Is the kit compatible with Arduino or Raspberry Pi boards?

5. Which Jetson kit is best for AI beginners?

6. How does Jetson Nano differ from Jetson Orin NX?

7. Can I train machine learning models directly on Jetson devices?

8. Do these kits support robotics and drone projects?

9. Is Jetson the “Tony Stark” of edge AI boards?

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