Premio Blog

How to Modernize Legacy Machines with Control-Cabinet Edge Computing Across the Edge Continuum

Learn how control-cabinet edge computing connects legacy machines to IIoT platforms, local analytics, and modern industrial networks without replacing reliable PLC control systems.
Navigating the $450B Edge Computing Market in 2026: Hardware Innovation & OEM/ODM Strategy

Explore physical AI at the edge, market growth, rugged hardware innovation, and a 10-point evaluation checklist for industrial OEMs.
Enabling Real Time Smart Parking with NVIDIA Jetson Edge AI Computers

Discover how a U.S. based smart parking technology provider leverages NVIDIA Jetson edge AI computing, PoE camera integration, and wireless connectivity to support real-time parking intelligence and scalable deployments.
Scaling In-Vehicle AI From Telematics to Autonomous Perception

Learn how in-vehicle AI evolves from telematics and fleet intelligence to multi-camera perception, sensor fusion, and autonomous systems. This technical white paper provides a workload-driven framework for comparing x86, NVIDIA Jetson, and discrete GPU architectures while evaluating compute, I/O, memory, storage, power, thermal design, cybersecurity, and vehicle integration.
Intel N-Series Processors Explained: Why Intel N97 Fits Industrial Computing Applications

Discover how Intel® N-Series processors, particularly the Intel® N97, deliver power-efficient computing, quad-core performance, and integrated graphics for industrial HMI, IoT gateways, automation, and embedded computing applications.
Beyond the Button: Building HMI into the Machine with Open Frame Panel PCs

How can OEM machine builders integrate HMIs directly into their equipment? Explore the advantages of open frame panel PCs, key design considerations, and a real-world telehealth application in this episode of The Rugged Edge Survival Guide.
What Is a Short-Depth Rackmount Server and Why Does It Matter?

Discover what short-depth rackmount servers are, how they compare to standard-depth servers, and why they matter for industrial edge computing. Explore their benefits, common applications, and key considerations for choosing the right server for space-constrained deployments.
Streamlining Warehouse Workflows with Rugged All in One Touchscreen Computers

Learn how a global logistics and fulfillment organization leveraged Premio's industrial all-in-one touchscreen computers to streamline operator workflows, support barcode integration, and enable standardized HMI deployments across fulfillment and robotics environments.
Understanding Multi-Display Architecture in Industrial Panel PCs

Explore how multi-display architecture enhances industrial HMI applications. Learn the differences between mirrored, extended, and independent displays, key design considerations, and how industrial panel PCs support machine control, production monitoring, and diagnostics across multiple screens.
Accelerating Intelligent Security Infrastructure with Intel® Metro AI Suite and Industrial Edge Computers

Learn more about how Premio’s AI edge inference computer and Intel® Metro AI Suite enable smarter mobile surveillance with rugged computing, scalable storage, and AI-powered video analytics.
What Is In-Vehicle AI? From Telematics to Real-Time Edge AI

Explore how In-Vehicle AI transforms traditional telematics into real-time intelligence through cameras, sensors, and edge computing. Learn about key technologies, applications, and vehicle-ready AI hardware.
Powering Short Depth Edge AI Servers with an AMD ATX Industrial Motherboard

Discover how the CT-AR701 industrial ATX motherboard enables OEM/ODM manufacturers to develop customizable 19-inch short-depth rackmount Edge AI servers. With AMD EPYC processor support, high-speed networking, scalable AI acceleration, and OOB management readiness, the CT-AR701 provides a flexible foundation for next-generation enterprise Edge AI infrastructure.
Advancing Telehealth Accessibility in Remote Environments with Open Frame Touchscreen Computers

Learn why Premio’s HIO-W210-ADL open-frame touchscreen computer was selected for evaluation in a compact telehealth system connecting patients, medical peripherals, and remote healthcare professionals.
Machine Network vs. Plant Network: Why Industrial HMIs Need Dual Ethernet

Learn how machine and plant networks differ, why single-port HMIs can complicate connectivity, and how dual Ethernet simplifies integration, supports flexible network configurations, and enables connected industrial operations.
Right-Sizing Edge Computing: Why Top-Spec Isn't Always Best

Learn why top-spec hardware isn't always the best choice for industrial edge computing. In this episode of Premio's Talk Rugged podcast, explore how to balance performance, connectivity, ruggedness, and integration requirements with the CT-DAS Series of industrial single-board computers.
Enabling Intelligent Tactile Robotic Picking with 3U Edge AI Rackmount Servers

Discover how a warehouse robotics solution provider uses the LLM-3U-AM5 Edge AI Server to support intelligent tactile picking and stowing through GPU accelerated AI inference, object recognition, grasp planning, and adaptive robotic manipulation.
Powering Multi Axis Laser Workstation Performance with a Rugged Small Form Factor Industrial Computer

Discover how Premio’s RCO-3000-RPL rugged small form factor industrial computer supports multi-axis laser workstations with high-performance Intel® Core™ processing, DDR5 memory, flexible industrial I/O, and hot-swappable storage. Explore how this solution simplifies machine tooling integration, supports HMI and machine vision workloads, and improves maintenance and reliability in demanding industrial environments.
How to Choose the Right Compute Architecture for In-Vehicle AI: x86 vs. NVIDIA Jetson vs. Discrete GPU

Compare x86, NVIDIA Jetson, and discrete GPU architectures for in-vehicle AI computing. Learn how to choose the right solution for your vehicle AI applications.