Physical AI Industrial Computers
Where AI Meets the Physical World
Introducing Physical AI
Physical AI is where artificial intelligence escapes the cloud and enters the real world—enabling machines to perceive, decide, and act in real time. It powers the intelligence behind autonomous robots, smart vehicles, and connected infrastructure by combining AI models with real-world sensors and control systems at the edge.
Start Your Physical AI Transformation
Getting started with Physical AI involves three core steps: simulating your environment, training and validating AI models, and deploying those models at the edge. Premio enables this final step with industrial-grade edge computers built for reliable, real-time AI performance in demanding physical conditions.
Bringing Physical AI to Life with Premio
Physical AI takes shape when trained models are deployed on edge hardware built for real-world demands. Premio’s industrial computers are engineered to run AI workloads reliably at the edge—with the performance, durability, and flexibility needed to process data in real time and turn intelligence into action.
NVIDIA Jetson™ Edge PCs
Compact, fanless platforms powered by Jetson™ Orin modules, delivering robust AI for robotics, AMRs/AGVs, and edge vision inference.
Industrial GPU Computers
GPU/PCIe accelerator-ready box PCs designed for vision AI, real-time analytics, and multimodal workloads.
X86 Super-Rugged Computers
Ruggedized fanless systems built for extreme operating temperatures, equipped with high-performance CPUs and customizable EDGEBoost I/O modules for maximum flexibility.
X86 Semi-Rugged Computers
Compact fanless computers that balance performance, energy efficiency, and versatile I/O configurations for industrial edge deployments.
DIN-Rail Fanless Computers
Built for harsh industrial environments, space constrained, process control, and 24/7 automation.
ARM® Semi-Rugged Computers
Energy-efficient ARM platforms with wide-temperature resilience, optimized to run Debian or Android applications at the edge.
On-Prem Data Center Servers
High-density 1U–3U servers optimized for private LLMs, multimodal AI, and edge data center workloads.
- Super-Rugged
JCO-6000-ORN Series
High-Performance AI Edge Computer
Rugged fanless AI edge computers leveraging NVIDIA Jetson AGX Orin module (Up to 275 TOPS)
- Modular EDGEBoost I/O Support (M12/RJ45, USB, 10GbE, PoE)
- 8x USB3 Vision Locking Ports
- 8x Mini-Fakra connectors for GMSL Cameras
- Out-of-Band Port for remote management
JCO-3000-ORN Series
Mid-Range AI Edge Computer
Rugged fanless AI edge computers leveraging NVIDIA Jetson NX & Nano (Up to 100 TOPS)
- Support up to 4x PoE Camera
- Multiple DIO Ports with 8x/16x DIO
- Out-of-Band Module for Remote Management
JCO-1000-ORN Series
Entry-level AI Edge Computer
Rugged Fanless AI Edge Computers leveraging NVIDIA Jetson Orin Nano module (Up to 40 TOPS).
- Ultra-Compact Form Factor
- 2x USB 3.2 Gen2
- 4K HDMI
RCO-6000 Series
High Performance Industrial Computer
Maximizes edge Al performance and modular EDGEBoost flexiblility for optimized edge deployments.
- Intel Core Processors
- Modular M12/RJ45, USB, 10GbE, PoE Support
- EDGEBoost Nodes for dedicated GPU, NVMe/SATA storage, & PCIe expansion
- Automation-Ready Wireless Connectivity
- Fanless & Cableless
RCO-3000 Series
Mid Range Small Form Factor Computer
High-performance within a small form factor to streamline real-time edge processing and rich I/O connectivity.
- x86 Intel Core Embedded Processors
- Hot-swappable SSD Bay
RCO-1000 Series
Entry Level Industrial Mini Computer
Industrial-grade NUC Alternative optimized with low-power efficiency for lite edge workflows in space constrained deployments.
- x86 Intel Celeron Embedded Processors
- Scalable EDGEBoost I/O Support (USB, COM, DIO)
- Embedded CAN Bus
- Industrial NUC Alternative
- Rugged
BCO-6000-RPL Series
Semi-Rugged Industrial GPU Computer for general purpose industrial computing workloads
- Powered by x86 Intel Core Embedded Series Processors (35W TDP)
- Slim, Low-Profile, and Short-Depth Chassis
- GPU Integration
- Edge AI Ready
- Wireless Connectivity for IIoT
BCO-3000-RPL Series
Mid-Range Small Form Factor Computer
High-performance within a small form factor to streamline general purpose industrial computing workloads
- Extensive, rich I/O
- M.2 Expansion
BCO-1000-ADLN Series
Entry Level Industrial Compact Computer
Semi-Rugged NUC alternative for industrial computing workloads
- Powered by x86 Intel Alder Lake N Series Processor
- Compact Size for Space Constrained Applications
- Industrial NUC alternative
BCO-500-ADL Series
Mid-Range Fanless Mini Computer
Semi-rugged NUC alternative for space limited applications
- Mini form factor for space constrained deployments
BCO-500-ROK Series
Low-Power ARM® Fanless Mini Computer
- Powered by Rockchip RK3568J Processor
- Mini Form Factor for Space Constrained Deployments
- Rich IIoT Connectivity
- Robust Wireless & Cellular Connectivity
- Specialized
DCO-1000-ASL Series
DIN-Rail Fanless Embedded Computer
Compact, fanless din-rail industrial computer designed for demanding IoT environments.
- X86 Intel Atom Embedded Processor
- Ultra-rugged fanless with DIN-RAIL Mount
- Up to 4x RJ45 LAN with OOB module
- Industrial
KCO Series
Short-Depth Industrial Computer
Semi-Rugged High Performance Industrial Computer for intelligent computer vision
- Supports Intel Core Processor and mATX motherboard
- Fanned 2U or 3U Chassis with Dust Filter
- Dual GPU Compatability
- Certification Ready: UL, CE, FCC
VCO-6000 Series
Rugged Edge AI Workstation
Built for rugged edge AI deployments with high-performance Intel® Core™ processing, FHFL dual-GPU support, and fanless computing node design.
- Intel® Core™ 35W/65W processors
- FHFL dual-GPU support
- 600W GPU power budget
- Rugged fanless computing node design
- On-Prem Datacenter
LLM-1U-RPL Series
1U Edge AI Server
Deploy on-prem LLM and generative AI workloads for real-time inferencing and decision-making capabilities.
- 13th Gen Intel Core Processor
- Dedicated GPU Acceleration
- Operational Redundancy
- Short-Depth, 1U Form Factor
High-Performance AI Acceleration
Ruggedized Industrial
Flexible I/O & Sensor Integration
Modular & Scalable Architecture
Long Lifecycle & Industrial Certifications
Why Physical AI is Accelerating Now
Physical AI is emerging as the next frontier in automation. Gartner’s 2025 AI Hype Cycle points to multimodal AI, AI-ready data, and autonomous agents as critical drivers of growth. The real breakthrough comes when trained models move from the cloud to the industrial edge, running next to sensors and machines to deliver responsiveness, reliability, and trust in real-world environments.
The Edge Advantage:
- Instant Responsiveness – Real-time decisions without cloud latency
- Operational Continuity – AI systems keep running even if networks fail
- Trusted Security – Sensitive data stays local and protected
- Adaptive Intelligence – Edge systems learn and improve in real-world conditions
“Physical AI development stands at a crossroads between two revolutionary paradigms: the speed of GPU-accelerated simulation and the promise of self-supervised world models. Product leaders must prioritize investments in the proven simulation approach for near-term gains while preparing for the transformative potential of world models in the long run.”
Gartner
Explore Premio Key Technologies for Physical AI
Edge AI Accelerators
Configure your Edge AI accelerators to run LLMs, SLMs, and inference for faster, more efficient Physical AI deployments.
EDGEBoost Modularity
Precisely scale and tailor deployment high-connectivity and performance requirements with modular EDGEBoost technologies.
Remote Management & Connectivity
Keep industrial systems connected and under supervision with remote management and 5G-ready computing.
Operational Reliability
Withstand power fluctuations, extreme temperatures, dust, and constant shock or vibration in harsh industrial environments.
Discover Key Applications of Industrial Physical AI
Explore the four key application quadrants of Industrial Physical AI and see how Premio hardware enables intelligence at the edge.
Vision & Perception Nodes
AI vision systems that see, detect, and interpret the physical world.
Autonomous Mobility Systems
AI powering autonomy in robots, vehicles, and mobile platforms.
Process & Infrastructure AI
Smarter factories, energy grids, and city systems with AI at the edge.
On-Prem Data Center Edge
High-density edge servers for private LLMs, multimodal AI, and real-time analytics.
Why Choose Premio
An ‘Inside Outsource’ To Your Success
With 30+ years of embedded manufacturing, Premio emphasizes its specialty in highly reliable and rugged edge computing hardware for Industry 4.0 deployment applications. Our dedicated teams ensure Premio provides swift time-to-market solutions with our global turnkey manufacturing and support infrastructure for scalable deployment.
- State-of-the-art facility in Los Angeles, California (ISO9001, ISO14001, ISO13485)
- Regulatory testing and compliance for North American market
- In-house burn-in testing and simulation chambers
- Dedicated support and supply chain teams to navigate disruptions
Real-World Digital Transformation Case Studies
From production inefficiencies to quality control bottlenecks, these organizations integrated rugged edge computing solutions to successfully enable their deployment applications. Explore how these forward-thinking organizations adopted Industry 4.0 manufacturing technologies to address major pain points and optimize their productivity.
Discover how a robotics startup fast-tracked its factory inspection system using Premio’s rugged JCO-6000-ORN.
Learn more about how a super-rugged small form factor industrial computer enabled real-time IoT data processing to power next-generation drone manufacturing.
Discover how one company turned to Premio to help them future proof their surgical manufacturing infrastructure with the RCO-6000-RPL.
When an industrial robotics company was facing drastic supply chain challenges, they turned to Premio to help solve their roadblocks. Discover how Premio solved and scale their operations.
Physical AI Decision Toolkits
Decision Toolkits guide you through the key steps to identify the right industrial AI computer for specific Industrial Physical AI use cases.
Discover key challenges and solutions for AI-powered predictive maintenance systems. Learn how rugged edge AI empowers modern manufacturing predictive maintenance for automation engineers.
Discover more about how rugged edge AI computers empower manufacturing engineers with reliable, compact, and scalable solutions to drive smart factory transformation.
Manufacturing quality control (QC) is undergoing a robotics revolution. Traditional manual inspection is error-prone, slow, and costly, leading industries to adopt robotic arms with AI vision. Today’s robotics engineers are architects of autonomous inspection agents that combine mechanical precision with artificial intelligence.
Discover the top trends and challenges in logistics automation and see how rugged edge computing and industrial monitors enable faster, smarter, and more reliable warehouse operations!