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Hitachi and Intel announce collaboration on physical AI By Investing.com
TOKYO and SANTA CLARA, Calif. - Hitachi, Ltd. (TSE:6501) and Intel Corporation (NASDAQ:INTC) announced today a strategic collaboration to advance physical AI, advanced computing, and digital infrastructure across manufacturing, energy, and mobility sectors, according to a press release statement.
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Hitachi, Ltd. and Intel Corporation Announce Strategic Collaboration to Accelerate Ai Transformation Across Key Industries
Hitachi, Ltd. announced that it has entered into a strategic collaboration with Intel Corporation to explore opportunities that advance physical AI, advanced computing, and next-generation digital infrastructure across manufacturing, energy, mobility and other critical industries. Through the
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Hitachi and Intel have announced a strategic collaboration to advance physical AI, advanced computing, and digital infrastructure across manufacturing, energy, and mobility sectors. The partnership combines Hitachi's IT and operational technology expertise with Intel's computing capabilities across five key areas: foundry tools, quantum computing, energy optimization, custom silicon and edge-AI applications, and factory automation.
Hitachi, Ltd. and Intel Corporation have announced a strategic collaboration designed to accelerate AI adoption and transform operations across manufacturing, energy, and mobility sectors
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. The partnership brings together Hitachi's information technology expertise and deep operational technology knowledge with Intel's computing capabilities to develop next-generation compute capabilities and industry solutions that modernize operations, improve efficiency, and build more intelligent infrastructure systems. With Hitachi's market capitalization standing at $150 billion and approximately 290,000 employees worldwide across 606 consolidated subsidiaries, the collaboration represents a significant commitment to industrial-scale AI transformation1
.The companies plan to work together across five strategic pillars to create new solutions and optimize existing processes. In foundry tools, Hitachi gathers high-precision data from its metrology systems, dimension scanning electron microscopes (CD-SEMs), and etching systems on the integrated platform ExTOPE
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. Leveraging physical AI, this data enables predictive diagnostics and maintenance optimization, contributing to improved yield, shorter time to market, and enhanced quality in semiconductor manufacturing processes.The quantum computing component involves strengthened co-development efforts between R&D teams of both companies, accelerating the advancement of quantum technologies and creating new value
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.For energy optimization, Hitachi's HMAX Energy will be deployed within Intel's fabrication facilities to provide managed services for core power equipment, while Intel plans to supply high-voltage silicon chips to further improve Hitachi's power systems
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. The two companies are also exploring opportunities for collaboration in custom silicon, edge-AI applications, and factory automation, leveraging their respective technologies to create comprehensive solutions. "Building on more than 40 years of trust with Intel, we are delighted to launch a comprehensive strategic collaboration," said Toshiaki Tokunaga, President and CEO of Hitachi1
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Lip-Bu Tan, CEO of Intel Corporation, emphasized the unique positioning of this partnership: "By combining Intel's advanced computing and AI capabilities with Hitachi's deep OT expertise and world class IT capabilities, we are uniquely positioned to help industries capture the enormous opportunity represented by physical AI at industrial scale"
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. The collaboration comes as Hitachi reported revenues of 10,586.7 billion yen for fiscal year 2025, which ended March 31, 20261
. This strategic collaboration builds on Hitachi's recent partnership with Anthropic PBC to integrate advanced AI capabilities into its Lumada 3.0 business model, deploying AI technology across energy, transportation, manufacturing, and finance sectors1
. Industry observers will be watching how this partnership influences semiconductor manufacturing efficiency, quantum computing breakthroughs, and the broader adoption of physical AI in critical infrastructure systems.Summarized by
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