The Rugged Edge Media Hub

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 highlights how heterogeneous computing enables optimal performance, efficiency, and scalability across edge deployments.Featuring Premio’s BCO-500 series, the video demonstrates how a unified, fanless platform with multiple processor options enables engineers to match the right compute architecture to each application—while maintaining a consistent hardware footprint.

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 the MemryX MX3 AI accelerator to deliver scalable, low-power AI processing at the edge.This approach highlights a shift toward specialized AI acceleration, enabling faster, more energy-efficient inference for applications such as machine vision, industrial automation, and real-time analytics.

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-RPL Series here: https://premioinc.com/collections/bco-3000-rpl-series-small-form-factor-computer

This case study explores how a robotics developer leveraged Premio’s super-rugged modular fanless computer to power real-time navigation, sensor fusion, and reliable edge computing inside autonomous mobile robots operating in modern warehouse environments.Learn more >>

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 >>

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 >>

What to expect in this case study:Deploying the AIO-200-ASL-3L Series touchscreen computer with Intel Atom® x7835RE Processor for high speed vision and inkjet controlUtilizing HDMI and DisplayPort outputs for expanded production visibilityEnsuring long term durability with IP65 front protection and UL certified industrial hardwareLearn More >>

Discover how automotive manufacturers can improve factory efficiency with real-time CNC machine monitoring and edge computing. In this case study, a European automotive parts manufacturer deployed Premio’s CT-DAS01 industrial single board computer to collect machine data, integrate legacy and modern equipment, and enable real-time analytics across the factory floor.Read the full case study >>

The CT-DAS01 3.5″ industrial SBC powered by Intel® Atom® x7000RE delivers reliable performance for industrial edge computing. With dual 2.5GbE networking, native dual CAN FD, DDR5 memory support, and cellular-ready connectivity, it enables scalable deployments for industrial automation, transportation, and remote edge systems.

The RCO-1000-ASL is a super-rugged fanless mini computer powered by Intel® Atom® x7000RE processors, delivering compact, reliable edge computing performance for industrial and harsh deployment environments.Learn more >>

Discover how Intel® Core™ Processors (Series 2) enhance Premio’s RCO and VCO Series with stronger hybrid performance, higher sustained frequency, DDR5 support, and seamless pin to pin upgrade compatibility for rugged edge deployments.Learn more >>

Deliver modular high-performance computing for edge AI with the RCO-6000-RPL! Optimize and configure to meet your edge deployment requirements. Powered by Intel Core Processors (Series 2), the RCO-6000-RPL delivers high performance and utilizes EDGEBoost technologies to deliver modular flexibility in connectivity and performance acceleration.Learn more >>

Deliver modular high-performance computing for edge AI with the RCO-6000-RPL! Optimize and configure to meet your edge deployment requirements. Powered by Intel Core Processors (Series 2), the RCO-6000-RPL delivers high performance and utilizes EDGEBoost technologies to deliver modular flexibility in connectivity and performance acceleration.Learn more >>