Industrial AI Computers

AIS Industrial AI-enabled and GPU-powered Embedded Computers AIS’s new and revolutionary industrial Artificial Intelligence (AI), machine learning, computer vision, IoT-enabled and GPU-powered embedded computing systems are engineered to meet the increasing computing demands of the next generation of control, visualization, and machine intelligence applications with integrated high-performance and energy-efficient NVIDIA® GPUs, CUDA®-enabled APIs, Intel® Xeon® and Core™ processors, are built to meet the demands of harsh industrial environments. Leveraging flexible, standardized communication interfaces and extensive software API support allows for easy and efficient context-aware computing integration into almost any robot, machine, cloud-based, and big data applications, or industry such as healthcare and life sciences, automotive, agriculture, manufacturing, energy and utilities, transportation, and autonomous factories.

Accelerating Industrial AI with AIS New, Revolutionary GPU Embedded Computing Systems

GPU-powered Artificial Intelligence

GPU-powered Machine Learning
GPU-powered Computer Vision

AIS premium, standard, and compact industrial AI-enabled and GPU-powered embedded computers integrate high-performance discrete NVIDIA® GPUs and Intel® workstation-class CPUs into a compact and rugged package for exceptional performance in machine learning, computer vision, image recognition, data mining, and robotics control applications. AIS’s industrial AI-enabled and GPU-powered embedded computers also bring a new level of flexibility with standard connections and interfaces with the ability to communicate directly with a wide variety of discrete sensors and edge computing devices directly and offer extensive support for a variety of high-fidelity software APIs such as and NVIDIA® CUDA®.

Powered by NVIDIA® GeForce® GTX 1080 GPUs and Intel® Xeon® Processors for Most Demanding Artificial Intelligence, Machine Learning, And Computer Vision Applications

AIS premium series industrial AI and GPU-powered embedded computers are designed to handle the most demanding deep learning, computer vision, image recognition, data mining, and robotics control tasks, integrating workstation-class Intel® Xeon® E3 processors, superior performance NVIDIA® GeForce® GTX 1080 GPUs, and additional PCIe expansion for additional high-performance peripherals. The AIS premium AI computer also offers superior uptime with ECC memory support on Intel® Xeon® models, support for RAID on up to 4 drives, and dual Ethernet connections.

Powered by NVIDIA® GeForce® GTX 1050 GPUs and Intel® Core™ i7 Processors for Demanding Artificial Intelligence, Machine Learning, And Computer Vision Applications

AIS standard series industrial AI and GPU-powered embedded computers are designed to handle demanding deep learning, computer vision, image recognition, data mining, and robotics control tasks, integrating ultra-high-performance Intel® Core™ i7 processors and NVIDIA® GTX 1050 GPUs. The AIS standard AI computer also offers additional flexibility as an image recognition system with the ability to connect multiple cameras directly to the computer using the 4 802.3at PoE+ LAN ports making it a perfect fit for security purposes such as camera surveillance, traffic monitoring, number plate recognition, lane identification, and other intelligent transportation systems.

Powered by NVIDIA® GeForce® GTX 1030 MXM GPUs and Intel® Core™ i3 Processors for Basic Artificial Intelligence, Machine Learning, And Computer Vision Applications

AIS compact series industrial AI and GPU-powered embedded computers are designed to handle basic deep learning, computer vision, image recognition, data mining, and robotics control tasks, integrating energy-efficient and powerful Intel® Core™ i3 processors and fast, powerful NVIDIA® GeForce® GT 1030 MXM GPUs, all while operating as a completely fan-less system. The compact AI computer also offers additional flexibility with its modular GPU system, socketed CPUs, and optional PCIe expansion, and is built to withstand some of the toughest environments with its -25°C to 60°C (-13°F to 140°F) operating temperature range.


Benefits

  • Open and standardized interfaces in hardware and software for industrial AI applications
  • NVIDIA® GPU-powered embedded computing systems integrate CUDA® API platforms
  • Industrial AI-enabled computers integrate high-performance CPUs and NVIDIA®GPUs
  • Industrial IoT-enabled solutions for deep machine learning, and computer vision applications
  • Machine learning enabled solutions for image & signal recognition and data mining applications
  • Support for powerful NVIDIA® CUDA-enabled software APIs such as OpenCL and OpenACC
  • Powerful hardware and software support to enable contextually aware computing systems
  • Industrial computer vision embedded computing platforms for intelligent transportation system
  • Open PC-based embedded computing platforms for advanced vision-guided robotic systems
  • Easily expandable systems to grow with your business and future computing demands
  • Robust operating system support for compatibility with leading deep learning frameworks
  • Built to withstand harsh industrial environments without any special maintenance requirements

Premium AI Computers

AIS Premium Industrial AI Computers are powered by NVIDIA® GeForce® GTX 1080 GPUs and Intel® Xeon® processors. The premium GPU-powered embedded computers are designed to handle the most demanding deep learning, computer vision, image recognition, data mining, and robotics control tasks.

Standard AI Computers

AIS Standard Industrial AI Computers are powered by NVIDIA® GeForce® GTX 1050 GPUs and Intel® Core™ i7 processors. The standard GPU-powered embedded computers are designed to handle demanding deep learning, computer vision, image recognition, data mining, and robotics control tasks.

Compact AI Computers

AIS Compact Industrial AI Computers are powered by NVIDIA® GeForce® GTX 1030 MXM GPUs and Intel® Core™ i3 processors. The compact GPU-powered embedded computers are designed to handle basic deep learning, computer vision, image recognition, data mining, and robotics control tasks.