Taipei, Taiwan (July 30, 2026) – At AI WAVE SHOW 2026, Taiwan's premier annual exhibition for AI hardware, software, and intelligent applications, ASRock Industrial joined forces with AMD and Taiwan AI Cloud to showcase an AI edge computing solution powered by the AI BOX-A395. By integrating a high-performance hardware platform, advanced AI inference technologies, and a comprehensive AI software ecosystem, the demonstration highlights the latest innovations in enterprise AI inference, AI agents, and cross-industry intelligent applications. Focused on accelerating enterprise AI adoption, the showcase features generative AI, on-premises AI inference, and a wide range of industry use cases, helping organizations deploy AI solutions while balancing computing performance, data security, and deployment flexibility to accelerate digital transformation.
了解更多ASRock Industrial is committed to providing secure, trustworthy edge AI computing platforms, and we work closely with global customers to help them build products and solutions to meet international cybersecurity standards and regulatory requirements.
了解更多Taipei, Taiwan (July 21, 2026) – ASRock Industrial today announced a strategic collaboration with Axelera AI to deliver high-performance, power-efficient, and cost-effective AI inference solutions for edge computing. The collaboration integrates Axelera Metis® AIPU cards into ASRock Industrial’s edge AI platforms, delivering a compact, scalable AI inference solution optimized for real-world edge environments. The solution enables parallel AI processing by extending the system’s native AI computing capabilities with up to 214 TOPS of additional inference through the Metis® M.2 or PCIe AI acceleration cards. Powered by Metis® AIPU, it delivers superior performance while significantly lowering power consumption and total cost of ownership (TCO) compared with conventional GPU-based architectures. Designed for edge AI applications including LLM, machine vision inspection, robotics, smart retail and city environments, the solution enables organizations to deploy advanced AI workloads where data is generated while minimizing the system footprint, power requirements, and infrastructure costs.
了解更多Selecting the right hardware for AI deployment can be challenging as AI models continue to grow in complexity. ASRock Industrial AI Pathfinder simplifies the process by intelligently matching AI workloads with optimized Edge AI platforms. Supporting over 21 AI models across LLMs, computer vision, and multimodal AI. AI Pathfinder helps users quickly identify the most suitable hardware based on model requirements, performance targets, and deployment scenarios, reducing evaluation time and accelerating the path from proof-of-concept to production.
了解更多Taipei, Taiwan (July 8, 2026) – ASRock Industrial announces the launch of the iEP-7050E Series Industrial IoT Controller, a next-generation AI-driven edge platform engineered to power intelligent systems, from robotics and machine vision to real-time industrial automation. Built on the latest Intel® Core™ Ultra Series 3 Processors (Panther Lake), the iEP-7050E Series integrates CPU, high-performance Intel® Graphics, and NPU architectures to enable advanced on-device AI capabilities, with up to 180 total platform TOPS. The platform also supports real-time computing with Intel® TCC and TSN, enabling deterministic performance directly at the edge while maintaining power-efficient compute and industrial-grade reliability and flexibility. Engineered for rugged operation, the iEP-7050E Series features a fanless design and a wide operating temperature range of -25°C to 60°C, ensuring dependable performance in harsh environments. With flexible I/O and a modular design supporting configurations such as Basic, PoE, 5G/WiFi, 8DIO, CANBus, and OOB SKUs, the iEP-7050E Series is purpose-built for applications including robot control, autonomous systems, smart manufacturing, and intelligent transportation.
了解更多Taipei, Taiwan (June 30, 2026) – ASRock Industrial today announced AI Pathfinder, a new online tool designed to simplify Edge AI system selection by matching AI workload requirements with optimized hardware configurations. As generative AI, computer vision, and multimodal AI continue to evolve rapidly, enterprises face challenges beyond model selection—particularly in identifying suitable hardware platforms for real-world deployment. From machine vision to large language models (LLMs) with over 100 billion parameters, different AI workloads require varying levels of compute performance, memory capacity, AI accelerator configurations, and model precision, often leading to lengthy system evaluation and selection processes. To address this need, AI Pathfinder maps AI model requirements to ASRock Industrial’s scalable Edge AI systems. Supporting more than 21 AI models, including OSS-120B, Gemma 4 32B, and a wide range of computer vision and multimodal AI workloads, AI Pathfinder recommends suitable hardware configurations based on performance requirements and deployment scenarios, enabling customers to accelerate platform selection and streamline Edge AI deployment.
了解更多At COMPUTEX 2026, ASRock Industrial showcased its vision for “Secure and Open Edge AI” through a series of live demonstrations spanning agentic AI, physical AI, Cybersecurity, and open automation. Highlights included the Agentic Robotic101 powered by NUC-358H for fully localized multimodal robotics, AI BOX-A395 demonstrations for medical AI, AI compliance validation, and large-scale local AI workloads, as well as trusted OpenClaw AI agents secured by AiSafeguard and Exein Runtime. Combined with AiUAC Copilot for IEC 61499 open automation development, the showcase demonstrated how ASRock Industrial continues advancing scalable, secure, and open Edge AI computing for next-generation intelligent industries.
了解更多Taipei, Taiwan (June 23, 2026) – ASRock Industrial unveils three new Industrial Robust Edge AIoT platforms – the iEPF-9500S-EW7, iEPF-9040VS, iEP-9040VE Series, powered by Intel® Core™ Series 2 Processors/with P-cores (Bartlett Lake-S/12P), delivering high-performance edge AI computing, real-time industrial control, and scalable deployment. Featuring DDR5 memory, flexible PCIe expansion, rich industrial I/O, and support TSN and TCC, the platforms ensure low-latency processing and reliable operating in demanding environments. The iEPF-9500S-EW7 enables high-performance edge AI system for advanced workloads with PCIe Gen5 and up to dual 600W GPU support, the iEPF-9040VS Series balances performance and efficiency with PCIe Gen4 expansion and up to 75W GPU support for cost-optimized scalability, while the iEP-9040VE Series offers a compact design for control-oriented and space-constrained deployments. Together, they support a wide range of applications including smart manufacturing, AI-based inspection, robotics and edge automation.
了解更多Taipei, Taiwan (June 3, 2026) – ASRock Industrial and Phison Electronics today announced a strategic collaboration to accelerate large-scale local AI deployment through next-generation AI memory expansion powered by Phison aiDAPTIV™ technology. Together, ASRock Industrial AI BOX-A395 and Phison aiDAPTIV™ enable 120B-parameter large language models to run locally with only 64GB of system memory and 85GB of aiDAPTIV™ cache memory, reducing traditional memory requirements by up to 50% and significantly lowering the barrier for large-scale edge AI deployment. At Computex 2026, both companies further demonstrated this solution, enabling large-scale LLMs to run stably on-device and delivering a highly efficient and seamless edge AI experience. This collaboration delivers next-generation edge AI with reduced total cost of ownership (TCO), faster inference performance, and support for larger AI workloads on compact edge devices. This breakthrough enables scalable local LLM deployment across ASRock Industrial’s latest Edge AI platforms, providing greater flexibility for enterprise and industrial AI applications. ASRock Industrial will also feature validated Phison aiDAPTIV™ configurations through its AI Pathfinder tool, helping customers identify optimized AI systems based on workload requirements and deployment scenarios.
了解更多As retailers increasingly rely on real-time data to optimize store operations, physical AI & automation systems are becoming essential to ensure accuracy and efficiency at scale. To support this transformation, Simbe partnered with ASRock Industrial to enhance the performance and reliability of its Tally autonomous shelf-scanning robot, part of the larger Store Intelligence™ platform. Built using ASRock Industrial’s NUC-255H Industrial Motherboard, the system acts as the core computing platform, enabling real-time sensor fusion, navigation, and AI processing within fast-charging retail environments. This integration enhances operational consistency while supporting scalable deployment of intelligent, data-driven retail solutions.
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