The Rugged Edge Media Hub

Watch the video now to see our product experts introduce the design philosophy behind the VCO-6000-RPL Series Machine Vision Computer and explore how it supports high-performance industrial vision applications at the edge. Learn more about VCO-6000-RPL Series >>

This case study shows how the DCO-1000-ASL helped support remote wildlife monitoring stations by enabling reliable sensor integration, local data processing, and stable wireless communication across rugged conservation terrain. Read the full case study

Discover how a retail fuel station operator transformed traditional digital signage into an intelligent, audience-aware engagement platform using Premio’s BCO-500-MTL edge AI computer powered by Intel® Core™ Ultra processors. This case study explores how real-time AI analytics, efficient 11 TOPS-class edge computing, and rugged fanless design enabled dynamic advertising, improved customer engageme...

Digital signage is evolving into distributed edge infrastructure across retail environments. Premio delivers high-performance, rugged, and remotely manageable edge computing platforms designed to support AI-driven workloads, real-time personalization, and scalable deployments in real-world conditions.

Digital signage buying guide for scalable deployments using edge computing platforms. Learn how to align AI-driven, interactive, and standard signage workloads with industrial edge computers to reduce downtime, improve performance, and enable reliable, always-on digital signage infrastructure across distributed environments.

Explore NVIDIA’s latest Blackwell architecture and what it means for next-generation AI performance at the edge. In this video, we break down key advancements over Ada, highlight real-world AI use cases, and introduce Premio’s industrial GPU computers — designed to deliver reliable, high-performance computing in rugged environments. Read full blog: https://premioinc.com/blogs/blog/what-s-new-in-nv...

See how a beverage manufacturer improved uptime and eliminated washdown challenges with stainless steel industrial panel PCs built for high-speed production lines. Learn more about SIO-300 Series: https://premioinc.com/products/sio-315-asl

This case study explores how retailers can overcome the thermal and reliability challenges of storefront digital signage deployments. Installed in sealed enclosures and exposed to outdoor conditions, signage systems often face heat buildup, limited airflow, and environmental stress. Discover how Premio’s BCO-500-RK3568J fanless industrial computer enables reliable, 24/7 operation with a wide opera...

In this video, we introduce Premio’s RCO Series rugged edge computers, designed to support deployments from ultra-compact embedded systems to high performance AI inference solutions. We will walk through the key differences between the RCO-1000, RCO-3000, and RCO-6000 Series, and show how modular expansion with EDGEBoost technologies helps scale performance based on your application needs. Explore...

This case study explores how a regional public transportation provider deployed the RCO-1000-EHL as an onboard edge gateway across its bus fleet. The solution supported real time telemetry, passenger information updates, and stable communication between vehicle subsystems and centralized control infrastructure. Read the full case study >>

A medical-focused engineering design and contract manufacturing company developing an eye vision diagnostic system required a reliable embedded AI platform capable of supporting advanced image processing within a tightly integrated enclosure. Premio addressed these challenges with its compact NVIDIA Jetson-based edge computing solution designed for medical-grade reliability and long-term deploymen...

As AI moves to the edge, these platforms are widely adopted for delivering powerful, energy-efficient AI inference in compact systems. From smart factories to autonomous machines, organizations are deploying small form factor edge computers to bring real-time intelligence into space-constrained environments. However, a one-size-fits-all approach doesn’t work. Differences in camera interfaces, depl...

This case study shows how a manufacturer deployed Premio’s LLM-1U-RPL edge AI server to run LLM inference locally, helping operators access PLC alarms, inspection data, and maintenance records more quickly while improving troubleshooting consistency across shifts without relying on cloud connectivity. Read the full case study >>

A California-based wave energy startup developing a buoy-based energy conversion system required a compact, rugged industrial computer to manage real-time control algorithms, subsystem networking, and offshore connectivity. Read how Premio’s DIN-Rail Fanless Embedded Computer, DCO-1000-ASL Series, delivered the performance and the durability necessary to power next-generation marine energy innovat...

A North American manufacturer faced mounting pressure to detect microscopic defects in real time while keeping up with rapid SMT throughput. By deploying Premio’s 3U fanned industrial GPU computer, the company enabled scalable, on-site AI-powered inspection without reliance on cloud processing.

A European transportation innovator developing a compact, driverless rail platform required real-time AI vision within highly space-constrained vehicles operating continuously in motion. By leveraging Premio’s ultra-compact, rugged NVIDIA Jetson-based edge AI computer, the company enabled intelligent perception and reliable deployment in a modern autonomous transit system.

The CT-XAR01 is a Mini-ITX industrial motherboard built for AI-enabled edge computing, powered by Intel® Core™ Ultra Series 2 (Arrow Lake-S) processors with integrated CPU, GPU, and NPU architecture. Designed for AI inference, machine vision, and data-intensive industrial workloads, it delivers high-bandwidth connectivity, scalable expansion, and long-term reliability in a compact form factor. Key...

Explore why modern industrial edge platforms require multiple compute architectures to support diverse workloads, environments, and AI demands. This presentation outlines key trends shaping the edge—including decentralized intelligence, AI-driven workloads, and workload convergence—and explains why a single architecture is no longer sufficient. It compares ARM and x86 design philosophies and highl...

Discover how a global retailer improved digital signage performance using Premio’s BCO-500-ADL industrial fanless edge computer. The solution enables synchronized multi-display content, responsive kiosk interactions, and faster campaign distribution through reliable, high-efficiency edge computing.

Explore how Premio and MemryX are advancing edge AI performance through a high-efficiency, GPU-free architecture. In this Embedded World interview, Jordy Hsu (Premio) and Sam Fuller (MemryX) present a real-world edge AI deployment achieving approximately 1000 FPS multi-stream inference without traditional GPU acceleration. The solution combines Premio’s fanless BCO-3000 industrial computer with th...

Explore Premio’s Amston Lake series powered by Intel X7000 processors. Designed for rugged edge environments, these systems deliver power-efficient performance, modular I/O, and reliability for industrial applications, smart cities, and automation—built for the extreme edge.

Last week during embedded world, we spoke with Graziella Spizzi, Owner & CEO of Fabrimex Systems AG, as they showcased a live Anomaly Detection demo at our booth—powered by Premio’s 𝗕𝗖𝗢-𝟯𝟬𝟬𝟬-𝗥𝗣𝗟 𝗦𝗲𝗿𝗶𝗲𝘀, Semi-Rugged Small Form Factor Industrial Computer. ▶️ Watch the full video to learn how their solution is transforming industrial operations with AI at the edge. 🔎 Learn more about BCO-3000-RP...

This case study explores how a rugged fanless mini industrial computer was deployed as the central controller to support reliable motor control automation in a modern poultry processing facility. Read the full case study >>

This case study explores how a government-focused systems integrator deployed Premio’s RCO-3000-RPL to achieve reliable, real-time OT network monitoring in extreme energy environments, addressing challenges in high-temperature operation, multi-network connectivity, flexible mounting, and strict NDAA/TAA compliance while ensuring long-term scalability and performance at the edge. Learn more >&gt...

Learn more about how Premio’s edge computing solutions, powered by Intel® Atom® x7000RE processors, deliver efficient performance, flexible I/O expansion, and reliable operation across rugged and industrial environments. Learn more >>