New rugged durable moduleAiStrict environment with high attention to safety

From factories and farms to refinery and construction sites, there is no shortage of heat, poor hygiene, noisy, and there is potentially dangerous locations, but these locations are critical to maintaining industrial operations.

These locations need to be inspected and maintained while daily operations, but given the safety issues and working conditions, these tasks are not optimally selected.

Robots and automation technologies are increasing in manufacturing, agriculture, construction, energy, government, and other industries. At the same time, many companies have always been committed to making demanding applications benefit from AI andDepth study.

In some stringent environments, security and reliability are critical, and the new NVIDIA Jetson AGX Xavier industrial grade module, NVIDIA is possible to deploy edge AI in these environments.

Jetson AGX Xavier Industrial Grade Module

This new industrial grade module expands the functions of the Jetson AGX Xavier system level module to enable developers to build advanced, supporting AI's rugged and durable systems. Jetson AGX Xavier Industrial-grade module is designed for smart video analysis in the harsh environment,OpticalDetection, robot technology,computerVisual, autonomous operation and AI are created.

The module adopts compact, energy-saving design, which can reliably provide AI performance of 30 TOPs per second. Based on rigorous industrial standardstestComponents, as well as new features in functional security, it can withstand severe impacts andvibration, As well as extreme temperature range. In addition, it is also compatible with existing Jetson Agx Xavier modules in terms of pins, software and profile, so it is easy to upgrade.

Designed for the most demanding industrial use

Jetson AGX Xavier Industrial Grade Modules are designed for industrial, aerospace, defense, architecture, agriculture, logistics, inventory management, delivery, inspection and medical sector, including workers and venue safety, venue access control, and danger and strict Checks in a harsh environment.

In the oil and gas industry, the Jetson AGX Xavier Industrial Grade Module simplifies the anomalies and fault predictions of the edge by providing real-time insights on pipelines, valves, equipment, and maintenance work monitoring or inspection. The expansion reliability of the module allows it to be used for security, predictive maintenance, and compliance, and equipment that can always remain in operation under constant changing environmental conditions.

In the automotive manufacturing industry, a factory in which more than 1,000 cars needs to check more than 6 million solder joints in real time. The factory can use the AI ​​and computer vision of the Jetson AGX Xavier industrial grade module, directly analyze the process and quality data from the welding gun, thereby reducing inspection time, increasing quality prediction, and ultimately providing a safer car for consumers.

Another example is displayed on GTC 21, and the AI ​​die-cast process is abnormal detection to predict product quality in advance, avoid up to 30% subsequent process cost, and reduce the defect rate of up to 40%, thereby improving the efficiency and safety of the process. Improve productivity and return on investment.

Similarly, heavy equipment used in construction sites must be reliably operated under various climatic conditions. The farm needs to use tractors to carry fertilizer and herbicide sprinklers, and harvest thousands of acres of crops on various terrain.unmannedAircraft andDroneExtreme impacts and vibrations may be experienced when flying in harsh environments. The ultrasound and patient monitor of the care point require long-term sustained stability operation.

The Jetson AGX Xavier Industrial-grade module can provide all these machines to provide the features necessary to achieve independent operation.

Designed for reliability, safety

The Jetson AGX Xavier Industrial Grade Module combines the supercapaloging function of the Jetson Agx Xavier system level module with the new reliability, usability, and maintenanceability required to deploy AI in harsh environments, including error correction code, single correction Wrong (SEC), Double Error Detection (DED) and parity protection, can realize the interior required for industrial applicationsRamElastic, address and data bus error detection and correction and IP elasticity.

Jetson AGX Xavier Industrial Grade Module Equipped with 512 Nuclear NVIDIA VOLTA GPUHas 64 TENSOR Core, two NVIDIA depth learning accelerator, two visual accelerators, one 8-core NVIDIA CARMEL ARM CPU,OneEncoder And the decoder, etc. The new SCE includes dual ARM Cortex-R5 processor that can be used to integrate fault detection mechanisms, lockup subsystems, and support built-in system testing. Cortex-R5 is in a domain that is always online, can be used for security and error correction.

It also includes hardware verification security boot, hardware accelerated encryption, encrypted storage support, memory, and other security functions for protecting customer software.

CheckFull specifications.

Easily build and manage industrial AI deployment through software

Jetson AGX Xavier Industrial Grade Modules Based on NVIDIA CUDA-XAccelerometerSupport for the arithmetic stack and JetPack SDK is a full software definition platform that enables cloud primary function. NVIDIA's CUDA-X acceleration, free production in the NGC and NVIDIA migration learning kits can provide developers to build and deploy deep learning and shortcuts for AI training and reasoning systems.

Through Jetson AGX Xavier industrial grade modules and JetPack, customers can use cloud primary technology to use cloud primary technology to maintain and update rugged key security systems.

Supply

The new Jetson AGX Xavier industrial-grade module has now open order and will be listed in late July. Developers can start using Jetson Agx Xavier developers from now onKitDownload JetPack and use all documents on the NVIDIA Jetson website to build the most intelligent edges and embedded systems for their industrial applications.