NVIDIA JETSON

Discover the power of AI in embedded systems with NVIDIA infrastructure!

Developed by NVIDIA, Jetson is one of the world’s most powerful embedded system platforms, designed to run AI applications directly on the device (edge AI). Thanks to this capability, Jetson provides robust solutions in many fields such as smart cameras, robots, autonomous machines, and drones. As the official distributor of NVIDIA Robotics in Turkey, the Middle East, and North Africa, OpenZeka offers a wide product range tailored to different use cases, enabling both individual developers and organizations to confidently bring their projects to life.

Developed by NVIDIA, Jetson is one of the world’s most powerful embedded system platforms, designed to run AI applications directly on the device (edge AI). Thanks to this capability, Jetson delivers powerful solutions across many fields, including smart cameras, robots, autonomous machines, and drones.

BOXED SYSTEMS

They are robust solutions in which the module and carrier board are integrated into an enclosure, designed to withstand harsh field conditions. Most models include an SSD, Wi-Fi module, antenna, and adapter, with options for either active or passive cooling.

USE CASES

Robotics

Jetson provides high AI performance for robots to perceive their surroundings, recognize objects, and make real-time decisions. It is used in a wide range of applications, from industrial robots to service robots.

Autonomous Vehicles

Drones, unmanned ground vehicles, and mobile robots can analyze their environment and move safely with Jetson. Its low-latency processing power enables instant decision-making.

Smart Cameras

Jetson-based cameras perform AI tasks such as face recognition, object detection, and behavior analysis directly on the device. This delivers real-time solutions in sectors such as security and retail.

Industrial Solutions

From production line automation to quality control and energy efficiency, Jetson is at the core of many industrial applications. It enables businesses to achieve faster, smarter, and more efficient production processes.

Healthcare Technologies

Jetson accelerates AI applications in healthcare, from medical imaging to patient monitoring. It provides a solid foundation for more accurate diagnoses and effective treatment processes.

Smart Cities

Jetson enhances smart city applications such as traffic management, security cameras, and environmental monitoring. It supports safer, more efficient, and sustainable cities with AI.

FREQUENTLY ASKED QUESTIONS

Jetson is an embedded system platform developed by NVIDIA to run AI applications directly on the device (edge AI). By processing data locally on the device, robots, drones, or smart cameras can respond in real time, operate without relying on an internet connection, and securely handle data without sending it outside. For example, an autonomous vehicle that detects a sudden obstacle can instantly process the data with Jetson and brake or change direction with low latency, without sending the information to a remote server over the internet.

The Jetson platform consists of two main product groups designed for different use cases:

1. Modules: Embedded processing units that include GPU, CPU, memory, and necessary interfaces. These modules define the computing power of AI applications and are designed for long-term, reliable use in production environments. To become functional, they must be integrated onto a compatible carrier board.

2. Developer Kits: Ready-to-use sets that include a Jetson module, a reference carrier board, and basic I/O connections. They are designed for AI project development, testing, and prototyping, offering easy setup. They are intended more for R&D purposes rather than long-term production.

For users who want to deploy Jetson in long-term production environments, there are two options:

  • Integrating components yourself: Jetson modules, compatible carrier boards, and other required hardware can be assembled to create custom systems. This requires technical expertise.
  • Choosing ready-made solutions: Pre-integrated AI kits or boxed systems can be used. This speeds up the setup process and allows for an easier transition to production environments.

A carrier board is a hardware component that provides the necessary connections for a Jetson module to operate. While Jetson modules include the main processing units such as CPU, GPU, and memory, they do not have external ports like USB, HDMI, or Ethernet on their own. The carrier board offers a slot for the module to be mounted and exposes its signals to the outside world, enabling usable I/O connections such as USB input, HDMI output, Ethernet port, or camera interface. This makes the Jetson module functional by allowing it to interact with real hardware peripherals.

Development Systems are sets that combine a Jetson module with a production-ready carrier board developed by NVIDIA’s hardware partners. Their purpose is to spare users from the burden of selecting and assembling components such as the module, carrier board, and cooling solution individually. Development Systems can be used both in commercial products and during testing and development processes. To become functional, the appropriate BSP must be installed.

Boxed Systems are solutions where the Jetson module and carrier board are integrated into an enclosure. In these systems, the module, carrier board, and cooling solution are provided ready-to-use. Cooling options may include both active (fan-based) and passive (heatsink) solutions. Most models come with an SSD, Wi-Fi module, antenna, and power adapter included in the package, and the BSP is often pre-installed. This allows users to run the system directly without requiring additional setup steps.

Developer kits are primarily designed for testing, research, and prototyping purposes. Using these kits in production environments voids the product’s NVIDIA warranty.

The modules used in developer kits are “non-production specification” versions. While they may look and perform similarly to production-ready Jetson modules, they lack the quality assurance and supply guarantees required for long-term field deployment.

In addition, developer kits are not included among the products for which NVIDIA provides continuous supply guarantees for production lines, which could put production continuity at risk.

For reliability, continuity, and warranty support in production environments, it is recommended to use Development Systems built with production-ready modules, or Boxed Systems designed with enclosures suitable for harsh field conditions.

Developer Kits consist of a Jetson module and a reference carrier board provided by NVIDIA. They are designed for learning, testing, and prototyping purposes. Since they do not offer industrial durability or long-term production guarantees, they are not intended for use in production environments.

Development Systems, on the other hand, combine a Jetson module with production-ready carrier boards developed by NVIDIA’s hardware partners. These kits are designed to be used not only in testing and development processes but also in the commercialization of end products.

In the Jetson ecosystem, both Development Systems and Boxed Systems are solutions where a module and a carrier board are offered together. However, there are key differences between these two product groups in terms of design, hardware scope, and ease of use.

Physical Structure: Development Systems have an open-board design; the module and carrier board are provided together but without an enclosure. Boxed Systems, on the other hand, integrate the same components into a case, offering a more durable form.

Cooling Solution: Development Systems generally feature active cooling with a fan. Boxed Systems, however, can offer both active (fan-based) and passive (heatsink) cooling options.
Hardware Content: In Development Systems, components such as SSD, Wi-Fi module, antenna, and power adapter are usually optional and can be added for an additional cost. In Boxed Systems, these components are included as standard in most models and delivered as a complete package.

BSP Installation: Development Systems typically provide BSP installation as optional — the user can either install it themselves or obtain a pre-installed version for an additional fee. In Boxed Systems, many models come with BSP pre-installed, ready for immediate use.

Intended Use: Development Systems can be used both in testing/prototyping processes and in the commercialization of industrial products. Boxed Systems, with their enclosed design, are more suitable for harsh field conditions and are therefore particularly preferred for field applications.

The processing power comes entirely from the Jetson module, since the CPU, GPU, and memory components are located on the module itself. The carrier board provides the necessary connections and I/O ports (USB, HDMI, Ethernet, camera, etc.) for the module to function, but it does not contribute to processing capacity. In other words, the module defines the performance, while the carrier board enables functionality.

BSP (Board Support Package) is the software package required for a Jetson module to work in compatibility with the carrier board it is connected to. When a Jetson device is first set up or when a new carrier board is used, the system will not function without BSP installation. This installation enables the module to correctly utilize all I/O connections such as USB, HDMI, Ethernet, and camera inputs, making the system ready for software development.