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AI & GPU Computers

Our industrial AI and GPU computers are built for demanding applications such as machine vision, autonomous systems, video analytics, deep learning inference and parallel data processing. Our range includes compact embedded platforms, high-performance expansion systems and more, all designed to deliver the graphics and compute acceleration needed for industrial and edge deployments.

Built with high-performance GPUs and tested to meet industrial certifications, our systems are ideal for use in applications such as autonomous driving, machine vision, deep learning inference, and real-time analytics at the edge.

If you're planning a project that involves AI, vision automation, or GPU-accelerated processing, get in touch with our technical sales team. We can help you choose a solution that meets your performance, environmental, and regulatory requirements.

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Learn More About AI & GPU Computers

AI and GPU computers are used for workloads that benefit from parallel processing, accelerated graphics or dedicated AI performance beyond what a standard CPU can usually provide. Typical applications include machine vision, video analytics, deep learning inference, autonomous systems, inspection, simulation and other compute-intensive edge tasks.

The main difference is their ability to support GPU acceleration or dedicated AI processing hardware for demanding workloads. While a standard industrial PC may be suitable for control, monitoring or general-purpose computing, AI and GPU systems are better suited to applications involving image processing, neural network inference, large data sets or high-throughput visual workloads.

Key factors include the type of workload, required processing performance, power availability, thermal design, expansion needs and the environment in which the system will operate. It is also important to consider whether the application needs compact embedded hardware, a ruggedised platform, GPU expansion capability or compatibility with a particular development ecosystem.

Yes, systems can often be configured to suit the needs of the application, including processor choice, memory, storage, operating system and expansion options. This can help ensure the hardware is aligned with the intended software environment, performance target and installation requirements before deployment.

Many AI and GPU computers are designed specifically for edge use, where data needs to be processed close to the source rather than sent to a central server. This can help reduce latency, improve responsiveness and support applications in environments where bandwidth, connectivity or real-time performance are important considerations.

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