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应用概述

Automation is evolving across both production floors and process environments, where real-time intelligence, edge AI, and flexible system integration are driving greater efficiency and scalability. From factory automation with machine vision and robotics, to process automation with AI agents and open control frameworks, our Industrial Robust Edge AIoT Platforms enable data-driven decisions, predictive maintenance, and autonomous control in complex industrial workflows.

Supports scalable and open integration
Supports scalable and open integration
Maximizes equipment ROI
Maximizes equipment ROI
Improves production efficiency
Improves production efficiency
Reduces downtime and maintenance cost
Reduces downtime and maintenance cost

解决方案

Smart Industrial Automation

Accelerate smart manufacturing with our Industrial Robust Edge AI computing solutions designed for machine vision, robotics, and factory control. Supporting real-time data processing, sensor integration, and industrial protocols, these platforms enable precision automation across production lines, packaging, and inspection systems. With fanless design, reliability and wide-temperature tolerance, they ensure consistent performance in harsh factory environments.

Open Process Automation

Open process automation optimizes complex manufacturing workflows with our Industrial Robust Edge AIoT platforms designed for distributed control, real-time diagnostics, and predictive decision-making. Supporting IEC 61499 standard and aligned with Open Process Automation Standard (O-PAS), these solutions enable modular, vendor-neutral system architecture for higher flexibility. With integrated AI agents and edge inference, they help reduce downtime, enhance process consistency, and future-proof automation across industries such as energy, tobacco, and pharmaceuticals.

成功案例

Winome Enables Flexible Semiconductor Equipment Integration with ASRock Industrial IMB-X1715

To meet the increasing computing and control demands of advanced semiconductor packaging and testing equipment, Winome integrates flexible computing platforms based on the ASRock Industrial IMB-X1715 for high-resolution 3D AOI equipment. The platform supports vision inspection, motion control, I/O control, and peripheral connectivity within a single system. Powered by Intel® Core™ Ultra Series 2 processors and supporting up to 256GB of DDR5 memory, the IMB-X1715 provides the computing resources required for demanding inspection workloads while offering a cost-effective alternative to a Xeon-based platform. Its flexible PCIe architecture enables dedicated cards for different control functions to operate independently without requiring two-card synchronization. Combined with Winome's rapid local technical support and component replacement, the integrated solution delivers a high-performance, flexible, and cost-effective computing platform for advanced semiconductor inspection equipment.

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ASRock Industrial AI BOX-A395 Brings Real-Time Edge AI to Flood Monitoring at Taiwan’s Yuanshanzi Flood Diversion Channel

Taiwan’s Yuanshanzi Flood Diversion Channel plays a critical role in protecting downstream communities along the Keelung River by diverting excess river water to the sea. Constructed following the severe flooding caused by Typhoon Nari in 2001, the channel can divert up to 1,310 cubic meters of water per second. During heavy rainfall and typhoons, timely recognition of changing water conditions is essential for effective flood monitoring and emergency response. Traditional CCTV-based water monitoring relies heavily on personnel to review live footage, interpret changing conditions, and determine when alerts are needed. As camera networks expand and video volumes increase, manual monitoring becomes more demanding, while centralized video processing faces growing pressure from concurrent video streams, AI workloads, and network transmission requirements.



To address these challenges, ASRock Industrial collaborated with Focus Intelligence Technology (FIT) to deploy an edge AI-powered water monitoring solution at the Yuanshanzi Flood Diversion Channel. Combining ASRock Industrial’s AI BOX-A395 edge AI computing platform with FIT’s smart water monitoring and system integration capabilities, the solution brings AI-powered image analysis closer to video sources while retaining the existing centralized water management infrastructure. Powered by the AMD Ryzen™ AI Max+ 395 processor, AI BOX-A395 delivers up to 126 TOPS of overall AI performance and supports up to 128GB of unified memory. The joint proof of concept (PoC) demonstrated a shift from minute-level recognition to second-level processing, helping accelerate the identification of changing water conditions and supporting more timely event notifications.

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From Open Architecture to Commercial Deployment: ASRock Industrial iEP Series Power Scalable DCNs for Open Process Automation

As Open Process Automation (OPA) moves from validation to real-world deployment, Distributed Control Nodes (DCNs) are becoming a key foundation for open, multi-vendor process control architectures. As the industrial computing layer within the OPA architecture, DCNs require platforms that combine predictable performance, flexible connectivity, industrial reliability, and cybersecurity. ASRock Industrial’s iEP-5000G and iEP-7000E Series serve as scalable industrial computing platforms for the DCN layer, providing the performance, ruggedness, and flexibility required for distributed control and edge applications. Through ExxonMobil’s COPA 500 deployments, the iEP-7020E Series supported the Lighthouse Project at the Resins Finishing Plant in Baton Rouge, with more than 100 DCNs and 1,000+ I/O points. The same DCN technology was also deployed at the Anchorage Chemical Terminal (ACT), which entered production on June 24, 2026. Together with the O-PAS™ Standard-certified iEP-5010G-010, these deployments demonstrate ASRock Industrial’s scalable DCN computing platform for next-generation Open Process Automation.

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CSI and ASRock Industrial Validate Standards-Based O-PAS Systems Management Architecture

Collaborative Systems Integration (CSI), in partnership with ASRock Industrial, both members of the OPAF (Open Process Automation Forum) and COPA (Coalition of Open Process Automation), successfully validated a standards-based systems management architecture aligned with the Open Group O-PAS™ Standard.The joint effort demonstrates how Distributed Control Nodes (DCNs) can be securely discovered, provisioned, managed, and continuously monitored within an open, software-defined industrial ecosystem, enhancing interoperability, scalability, and lifecycle efficiency across modern process automation environments.A key milestone of the initiative was the integration of the ASRock Industrial iEP-7020E with AiSMA (ASRock Industrial System Management Architecture), a Redfish® agent native lifecycle management framework, forming the DCN management foundation to enable O-PAS™ system management & orchestration functions.

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Texas A&M Deploys AI Nuclear Control Powered by COPA 500 and ASRock Industrial Systems

In response to growing global demand for reliable and resilient energy systems, Texas A&M deployed a COPA 500 based AI nuclear control system integrated with ASRock Industrial’s iEP-5000G/iEP-7000E Series platforms as Distributed Control Nodes (DCNs) for real time execution and validation. Powered by deterministic edge processing, the system enables secure coordination between predictive AI models and physical reactor controls, delivering precise timing, operational reliability, and safe real-time monitoring for advanced nuclear research environments.

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GR3N Pilots the World’s First Modular Depolymerization Plants for Smart, Scalable Industry

A sustainability-driven innovator in plastic recycling, GR3N implemented a modular, scalable, and vendor-neutral control system to support its microwave assisted deploymerization process, enabling infinite PET recycling with high purity polymer recovery. The solution enables scalable production by integrating UAO IEC 61499 runtime with ASRock Industrial’s iEP-5000G and iEPF-9000S platforms, delivering flexible and open edge control. By aligning modular plant automation with process design, GR3N lowers engineering costs, improves total cost of ownership (TCO), strengthens IP protection, enables data-driven optimization, and seamlessly integrates OT and IT systems.

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J&W Elevates Smart Logistics Center with ASRock Industrial’s iEP-5000G and UniversalAutomation.org (UAO) runtime

In a joint effort to modernize warehouse operations, J&W partnered with ASRock Industrial to deploy an intelligent hybrid automation system that integrates a human-cobot system with a modular conveyor loop, vision-based control gates, and autonomous mobile robots (AMRs). Powered by ASRock Industrial’s iEP-5000G industrial edge controller running IEC 61499, the system enables seamless coordination across control systems, robots, and IT platforms, bringing real-time responsiveness, efficiency, and scalability for e-commerce logistics center’s workflows.

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Transforming Semiconductor IC Substrate Inspection with AI, Powered by PEGATRON and ASRock Industrial

A global leader in semiconductor packaging, specializing in IC substrate manufacturing, deployed an advanced AI AOI system for second-stage inspection to streamline its post-AVI (Automated Visual Inspection) process. The solution integrates PEGATRON’s PEGAAi, an end-to-end AI platform, with ASRock Industrial’s iEPF-9030S Robust Edge AIoT Platform. By leveraging edge AI capabilities, the solution performs automatic anomaly detection, significantly reducing manual re-inspection workload, improving inspection efficiency, and enhancing yield stability. The deployment highlights the powerful synergy of smart AI software and rugged, high-performance hardware, accelerating smart manufacturing in the semiconductor industry. Furthermore, the scalable solution PEGAAi has been successfully deployed in more than 13 PEGATRON factories worldwide, with a total of 400 to 500 sites.

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Elementary Empowers Lightweight AI Vision Inspection with ASRock Industrial iEP-7020E Performance

Elementary, a leader in AI-powered machine vision, adopted ASRock Industrial’s iEP-7020E Series to power a compact AI vision inspection system for simpler applications, enabling real-time anomaly detection with up to two cameras. The new solution reduced system footprint by over 75% and lowered total cost, while maintaining low-latency performance and improving deployment speed, energy efficiency, and reliability.

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OPA System with ASRock Industrial’s DCN for Open Automation

Open Process Automation (OPA) is revolutionizing industrial automation by offering unmatched flexibility, security, and efficiency while redefining industry standards. ASRock Industrial is spearheading this transformation, driving innovation with Distributed Control Nodes (DCNs) that eliminate vendor lock-in, enhance system interoperability, and ensure future-proof automation. By embracing an open, software-defined approach, ASRock Industrial’s DCNs has been integrated into the OPA system of a global leading energy company, setting new benchmarks in industrial automation, and enabling long-term scalability and operational efficiency.

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SmartRay Achieves Reliable Automotive Weld Inspection with ASRock Industrial's iEP-7020E Series

SmartRay integrated ASRock Industrial’s iEP-7020E Series Industrial IoT Controller into its JOSY 3D Visual weld inspection system to deliver precise, real-time, and fully automated weld quality control of automotive production. The collaboration enhances manufacturing efficiency by ensuring 100% inline inspection, reducing rework, and supporting data-driven process optimization.

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AI-Powered Precision Redefining Packing Operations

Manual packing is slow, error-prone, and expensive, leading to losses across industries like food production, electronics, medical biotech, and automotive due to mislabeling, workflow bottlenecks, and labor-intensive packing processes. Companies that fail to adapt to smarter, AI-driven automation are at risk of falling behind. In response, ASRock Industrial and Solomon joined forces to introduce the AI Packing Solution – a next-generation smart packaging system that integrates ASRock Industrial’s iEP-6010E Series with NVIDIA Jetson Orin NX SOM and Solomon’s META-aivi AR + AI vision system. This collaboration doesn’t just improve packing workflows, it redefines them with precision, intelligence and automation.

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Achieving Smart Factory Operational Excellence with AI Agents

The manufacturing industry is evolving at an unprecedented pace, demanding real-time intelligence, predictive capabilities, and adaptive decision-making. ASRock Industrial and Aimirim have partnered to implement IEC 61499-powered smart and open process for a global tobacco company, incorporating AI agent solutions that offer real-time suggestions and troubleshooting. By combing ASRock Industrial’s iEP-6010E edge AI device with Aimirim’s Shaman, this solution brings real-time AI agent to factory operations such as quality control, production, and maintenance, empowering operators with instant, intelligent recommendations to resolve production inefficiencies.

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Smarter and More Flexible Autonomous Mobile Robots (AMR) Reduces Labor Cost and Enhances Productivity

Smart manufacturing and distribution facilities are already being built, calling for the more intelligent Autonomous Mobile Robots (AMR) over its ancestor- automated guided vehicle (AGV). A leading IPC company accelerates the development of smart Autonomous Mobile Robots (AMR) powered by ASRock Industrial's iBOX-1185G7E to reduce labor costs and increase productivity. The AMR will become prevalent in several vertical markets such as logistics, automotive, medical, and agriculture.

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AOI System through Workload Consolidation Brings 100X Data Transmission Enhancement for Increased Product Inspection Efficiency with Smaller System Equipment Footprint

One leading DMS company used the iEPF-9010S Series through workload consolidation approach for phenomenal upgrades in its AOI system. One iEPF-9010S can process all AOI tasks for product quality inspection, replacing the traditional setting of using at least two IPC systems and improving overall images data transmission performance. The results show improved data transfer rate up to one hundred times for increased product inspection efficiency with fewer devices to manage, thus smaller system equipment footprint and lower system integration complexity.

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Machine Vision to Improve Automated Inspection and Yield Rate in Manufacturing

A world-leading Design and Manufacturing Service (DMS) Company to create smart manufacturing by using robotic arms and machine vision in production lines has resulted in higher efficiency and product quality outputs.

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相关产品

iEP-6010E Series NEW

Industrial IoT Controller

NVIDIA Jetson Orin NX 16GB SOM support, up to 100 SPARSE (50 DENSE) INT8 TOPS

iEPF-10000S Series NEW

Expandable Edge AIoT Platform

Support NVIDIA GPU (1~2pcs): RTX PRO 6000 Blackwell Workstation Edition (Build-To-Order), RTX PRO 60..

iEP-5020G Series New

Industrial IoT Controller

Latest and Powerful Intel Atom® x7433RE Processor (Amston Lake)

iBOX-155U

Fanless Embedded BOX PC

Intel® Core™ Ultra processors (Meteor Lake-U/H)

iEP-7040E Series NEW

Industrial IoT Controller

Intel® Core™ Ultra 255H Processor (Arrow Lake-H)

IMB-1715 New

ATX Motherboard

Intel® Core™ Ultra Series 2 Processors (Arrow Lake-S) with Q870 chipset

iEPF-9040S-EW4

Expandable Edge AIoT Platform

Intel® Core™ Processors (Series 2) with R680E Chipset

iEP-9040E

Compact Edge AIoT Platform

Intel® Core™ Processors (Series 2) with R680E Chipset