Premio Blog - Case Studies

Mobile Microgrids and the Rugged Edge: Ensuring Power Reliability Everywhere

A Premio customer required an industrial-grade computer with a GPU to manage their AI-centric mobile microgrid power solution. Discover how Premio leverages its capabilities to deliver a reliable and durable solution.
Industrial-grade Computing: Making Real-time Visibility a Reality in Breast Cancer Surgery

Premio's KCO Series capabilities satisfied an OEM in 3D tomosynthesis for breast cancer. Discover the challenges faced and the customer-centric approach to meet the OEM's expectations.
AMD Ryzen Embedded SBC enables Self Service Key Cutting Kiosk

Premio SBCs powered by AMD Ryzen Embedded SoCs utilize its ultra-compact form factor and ubiquitous connectivity to enable self-service key cutting kiosks.
Let’s Get Cooking: How Premio Helps Bring the Robot Fry Cook to Life

Premio's customer was looking for a skilled rugged computer supplier that can source, manufacture, and support the necessary ingredients to build an AI driven robot fry cook. Find out how we were able to bring the robot fry cook to life!
Navigating Deep Learning to Improve ADAS

Learn how edge computing enable real-time decision making for AI enabled autonomous vehicles and ADAS.
Improve Autonomous Vehicle Testing with Split-Architecture Embedded Computers

Autonomous vehicle testing accumulates tremendous amounts of valuable data. Find out how the RCO-6000 series makes transporting and offloading data easier using EDGEBoost Nodes with NVMe SSD canister bricks.
Rugged Edge Computers Connect UHD Cameras to the Cloud For Fire Detection and Prevention

Rugged Edge Computing uses localized processing and inference analysis for real-time detection for detrimental forest fires. Read more!
AI Edge Inference Computer Design Made (Relatively) Simple with EdgeBoost Nodes

Inference occurs when a compute system makes predictions based on trained machine-learning algorithms. While the concept of inferencing is not new, the ability to perform these advanced operations at the edge is something that is relatively new. The technology behind an edge-based inference engine is an embedded computer. But obviously...
As Chip Shortages Plague the Embedded Computing Industry, OEMs Think “America First”

In the world of manufacturing for industrial and rugged applications, including robotics, and artificial intelligence, the Made in America moniker brings a lot of cache.
Powering Deep Learning and Inference Analysis in Heavy Industrial Applications

Rugged edge computing accelerates data processing based on sensor input data, enabling access and analytics close to the data source. To achieve that in industrial settings, machine learning is required but must be supported by dedicated hardware.
AI GPU computing delivers data-center performance on the factory floor

AI GPU computing for automated inspection transforms quality control operations, runs complex vision algorithms, and consolidates workloads.

Industry 4.0 in Real Time: Data-Center Performance on the Factory Floor

More advanced automation capabilities are redefining precision object detection and automated inspection.

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