2025-06-24

ASRock Industrial、Intel® Xeon®プロセッサ搭載のエッジAI HPCマザーボードを発表

台湾、台北(2025年6月24日) – ASRock Industrialは、強力なパワー、信頼性の高いスケーラビリティ、Intel® AMXによるAIに最適化されたアーキテクチャを備え、次世代の産業用、エッジAI、高性能コンピューティングを強化するように設計された、最新のエッジ サHPCマザーボードのラインアップであるIMB-XA1901、IMB-X1902、IMB-X1900シリーズを誇りを持って発表します。これらのマザーボードは、Intel® Xeon®6およびXeon® Wプロセッサをサポートし、最大86個のコア、高速DDR5メモリ、最大4枚のグラフィックカードに対応する広範なPCIe Gen5拡張、IPMIリモート管理により、優れたパフォーマンスを実現します。これらのマザーボードは、要求の厳しいAIワークロード、スマート製造、エッジ コンピューティング環境に導入される場合でも、インテリジェントな変革を加速するために必要なコンピューティング能力と産業用信頼性を提供します。

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2025-06-11

[Case Study] 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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2025-06-10

ASRock Industrial Launches New Series of Industrial Motherboards Powered by Intel® Core™ 200S Processors for AI-driven Edge Applications

Taipei, Taiwan (June 10, 2025) – ASRock Industrial proudly announces its next generation industrial motherboards powered by Intel® Core™ 200S series processors (Bartlett Lake-S), supporting up to 24 cores and 32 threads. The new series delivers improved single-thread, multi-thread and AI-performance, along with DDR5 5600 MHz memory support up to 192GB, advanced I/O capabilities, PCIe Gen 5/4 expandability, 4K quad-display powered by Intel® UHD Graphics 770 with Xe architecture. With BIOS-level update support, the new series enables customers to seamlessly upgrade existing 14th, 13th, and 12th Gen Intel® CPU-based motherboards to the latest generation. Available in Mini-ITX, Micro-ATX, and ATX form factors with longevity support, the motherboards are built for intelligent edge applications across smart manufacturing, autonomous robotics, machine vision, retail, kiosks, digital signage, gaming, and security environments.

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2025-06-04

[Case Study] 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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2025-05-27

ASRock Industrial Enhances Industrial Edge Computing with Ubuntu Pro-Enabled Robust Edge AIoT Platforms

Taipei, Taiwan (May 27, 2025) – ASRock Industrial, a leader in Industrial computing, and Canonical have partnered to bring Ubuntu Pro for Devices to the entire range of Robust Edge AIoT Platforms. This partnership represents a major leap forward in secure industrial edge computing, providing enterprises with unparalleled security, extended lifecycle support, and real-time computing capabilities. With Ubuntu Pro’s 10 years of security updates for the operating system and open-source application packages, along with compliance with the Cyber Resilience Act (CRA) and other cybersecurity regulations like FIPS and NIST, this integration empowers seamless deployment across various industries, including industrial automation, robotics, automotive, energy, smart cities, and many AIoT applications.

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2025-05-15

[Case Study] 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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2025-05-13

ASRock Industrial Highlights Robust Edge AIoT Platform and Smart Automation at COMPUTEX 2025

Taipei, Taiwan (May 13th, 2025) – ASRock Industrial is set to make a powerful return to COMPUTEX Taipei, taking place from May 20th – May 23rd 2025 at the Nangang Exhibition Center, Booth L0818. This year, ASRock Industrial will showcase its latest breakthrough in Robust Edge AIoT Platform, Embedded Computer System, and Industrial motherboards. A major highlight includes live demonstrations of InduAgent AI-driven Industrial Agent, AI Pack Station, AI Robotic Orchestration, and SPE Control, the first x86 platform with single-pair Ethernet, providing a firsthand look at how AI is redefining smart factory automation and real-time industrial operations. The event is set to be a central hub for industry professionals and technology enthusiasts eager to explore the future of Edge AIoT computing, driven by ASRock Industrial’s newest innovations.

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2025-05-06

ASRock Industrial Pioneers Ai FDO as the First Zero-Touch Secure Onboarding Solution for Edge AIoT and Automation

Taipei Taiwan (May 6th, 2025) The future of edge AI and industrial automation isn’t just about deploying more devices, it’s about deploying them faster, smarter and more securely at scale. ASRock Industrial introduces Ai FDO (ASRock Industrial FIDO Device Onboarding), a newly developed zero-touch, automated, and highly secure onboarding solution based on the FIDO Alliance industry standard. This innovative solution is designed to streamline device provisioning and onboarding for industrial AI, automation, and edge computing across diverse industries, including smart factories, industrial automation, smart cities, and retail. As industries move toward AI-driven manufacturing, predicative analytics, and large scale automation, companies require a faster, more secure, and scalable way to configure and deploy industrial devices. Ai FDO eliminates complexity, enabling secure, automated, and scalable device deployment from factory to field without human intervention. As part of ASRock Industrial’s commitment to Open Process Automation™ Forum (O-PAS™), Ai FDO is built to support vendor-neutral, software-defined industrial control systems, ensuring seamless integration across modern industrial infrastructures. More than just a device onboarding tool, Ai FDO is a transformative solution that accelerates industrial and edge AI adoption, strengthens cybersecurity, and ensures future-proof interoperability.

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2025-04-23

Stronger AI, Safer Systems—Ready to Power Smarter Industry?

ASRock Industrial strengthens open and secure Edge AI computing with solutions certified for FIDO Device Onboard (FDO) and compliant with IEC 62443-4-1 and 4-2 standards for industrial cybersecurity.

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2025-04-16

ASRock Industrial Showcases Secure Edge AI Applications at CYBERSEC 2025

 (Taipei, April 16, 2025) — ASRock Industrial, with its leading industrial-grade cybersecurity capabilities, was invited to exhibit at CYBERSEC 2025 Taiwan. At the "Cyber Taiwan Pavilion" in the Cybersecurity for AI Applications Zone, ASRock Industrial showcased the Zero Trust-based Edge AI security solutions. President Lai Ching-te attended the opening ceremony and visited the booth, witnessing ASRock Industrial's latest innovations in secure edge AI applications. ASRock Industrial provides edge AI devices with comprehensive industrial cybersecurity protection and obtains both IEC 62443-4-1 and IEC 62443-4-2 international industrial security certifications. ASRock Industrial is also the first in Taiwan to be certified by the FIDO Alliance for FIDO Device Onboard (FDO). The showcased solution integrates FDO technology developed in collaboration with the Industrial Technology Research Institute (ITRI), enabling automated onboarding, authentication, and deployment of edge AI devices. This zero-touch process minimizes human error and significantly enhances cybersecurity across AI application scenarios.

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