Ellynt AI

AI HARDWARE SOLUTIONS

Powerful  AI Hardware Solutions

by Ellynt AI

At Ellynt AI, we engineer cutting-edge AI hardware designed to meet the demanding needs of industrial, commercial, and edge AI applications. Our portfolio features two main categories: fanless AI industrial PCs and actively cooled commercial mini PCs. Both deliver exceptional performance for real-time AI workloads, multitasking, and scalable deployment.

AI Industrial PCs – Rugged, Fanless Design for 24/7 Operation

Our fanless AI industrial PCs are built for harsh environments where reliability and durability matter. With silent, fanless cooling and ruggedized enclosures, these PCs operate continuously in factories, warehouses, and automation hubs without compromising performance...More

Commercial Mini PCs – High-Performance AI with Smart Cooling

Our commercial mini PCs balance power and efficiency with active fan cooling systems designed for controlled spaces such as offices, retail environments, and studios...More

Why Choose Ellynt AI Hardware?

Tailored AI computing solutions for both industrial and commercial environments

Fanless designs for silent, dust-free operation in industrial settings

Industry-leading GPU and NPU acceleration for real-time AI inference

Robust connectivity and mounting options for versatile deployments

Proven reliability tested across temperature and durability standards

Multi-display support and advanced I/O capabilities for complex applications

Ready to Power Your AI Applications?

Discover how Ellynt AI hardware solutions can transform your business operations with cutting-
edge performance and reliability.

Get in Touch with Ellynt AI

We’re here to help you implement the right solution for your business.

    Email

    rutul.dave@ellyntai.com

    Phone

    Pending

    Address

    Example: 123 Tech Boulevard, San Francisco, CA - pending

    Ready to Transform Your Business?

    Discover how our innovative AI hardware and software solutions can revolutionize your operations and drive growth.