MiTAC Computing Unveils Full-Stack Innovations for Open AI Infrastructure at OCP Global Summit 2026
In a significant showcase at the OCP Global Summit 2026 in San Jose, California, MiTAC Computing Technology Corporation, a subsidiary of MiTAC Holdings Corporation (TWSE: 3706), introduced a range of cutting-edge solutions designed to enhance open AI infrastructure. The theme of their presentation, "Designing Open AI Infrastructure with Full-Stack Innovation," underscored their commitment to this evolving technological landscape.
The focus of MiTAC's innovations revolves around the concept of full-stack AI infrastructure—an approach that emphasizes the integration of various components necessary for large-scale AI deployment. This encompasses optimizing not just raw computational power but also the management and scalability of AI workloads across diverse platforms. MiTAC's offerings include an all-encompassing infrastructure solution that employs high-performance servers designed to support intensive computing tasks required by AI applications.
MiTAC Computing's strategy is characterized by a holistic redesign of fragmented infrastructure—transforming it into a coherent, scalable base that effectively addresses the needs of modern AI environments, including the training, inference, and interactive agent applications which are increasingly foundational to artificial intelligence tasks. The components of their AI infrastructure range from liquid-cooled servers to storage solutions, all backed by an open platform firmware, operating systems, and comprehensive AI software ecosystems, enhancing the efficiency and flexibility of AI deployments.
With the introduction of the "Scalable AI Factory," MiTAC showcases its commitment to high-density computing environments aligned with the advanced demands of AI development. This solution merges full-stack capacities with necessary rack-scale integration to support high-density computing in both centralized data centers and modular, decentralized setups. Specifically through TonoForge™, a modular data center solution, MiTAC illustrates how quickly deployable infrastructures can be established—reducing time to operational capability to an impressive twelve weeks while maintaining effectiveness across GPU-enabled AI clusters.
Crucial to the future of computing is the implementation of cutting-edge cooling technologies. MiTAC's focus on advanced liquid cooling solutions, developed in partnership with ZutaCore, emphasizes the necessity of managing heat effectively to support heightened performance metrics. Their proprietary cooling technology enables the removal of heat at the source, enhancing processing capabilities and achieving up to 5000W per chip, which translates to lower overall power usage efficacy (pPUE) values as low as 1.03, thereby promoting energy efficiency in increasingly power-dense AI environments.
In addition to hardware advancements, MiTAC is also investing heavily in expanding open-source firmware solutions that not only streamline integration from bare metal configuration to fluid AI applications but also enhance user control over hardware and tailoring options. Customers are offered improved flexibility through the MiOPF™ and MiOBMC™ technologies which allow for rapid system initialization and real-time telemetry, further solidifying MiTAC's commitment to a collaborative, community-driven approach to infrastructure.
Complementing their infrastructure offerings, MiTAC has launched multiple server models, including the world premiere of the C2611Z6 multi-node liquid-cooled server for OCP racks and the robust G4520G6 designed for enterprise AI inference. Both systems exemplify the need for high-density environments while simultaneously offering customers powerful, efficient solutions suitable for data-intensive AI workloads.
With these innovations, MiTAC Computing sets a benchmark for AI infrastructure development in contemporary data center requirements. Attendees of the OCP Global Summit are invited to visit MiTAC's stand D22 to experience firsthand how these innovations will affect the future of open AI infrastructures. For more information, interested parties can refer to MiTAC’s detailed offerings on their official website.
The focus of MiTAC's innovations revolves around the concept of full-stack AI infrastructure—an approach that emphasizes the integration of various components necessary for large-scale AI deployment. This encompasses optimizing not just raw computational power but also the management and scalability of AI workloads across diverse platforms. MiTAC's offerings include an all-encompassing infrastructure solution that employs high-performance servers designed to support intensive computing tasks required by AI applications.
MiTAC Computing's strategy is characterized by a holistic redesign of fragmented infrastructure—transforming it into a coherent, scalable base that effectively addresses the needs of modern AI environments, including the training, inference, and interactive agent applications which are increasingly foundational to artificial intelligence tasks. The components of their AI infrastructure range from liquid-cooled servers to storage solutions, all backed by an open platform firmware, operating systems, and comprehensive AI software ecosystems, enhancing the efficiency and flexibility of AI deployments.
With the introduction of the "Scalable AI Factory," MiTAC showcases its commitment to high-density computing environments aligned with the advanced demands of AI development. This solution merges full-stack capacities with necessary rack-scale integration to support high-density computing in both centralized data centers and modular, decentralized setups. Specifically through TonoForge™, a modular data center solution, MiTAC illustrates how quickly deployable infrastructures can be established—reducing time to operational capability to an impressive twelve weeks while maintaining effectiveness across GPU-enabled AI clusters.
Crucial to the future of computing is the implementation of cutting-edge cooling technologies. MiTAC's focus on advanced liquid cooling solutions, developed in partnership with ZutaCore, emphasizes the necessity of managing heat effectively to support heightened performance metrics. Their proprietary cooling technology enables the removal of heat at the source, enhancing processing capabilities and achieving up to 5000W per chip, which translates to lower overall power usage efficacy (pPUE) values as low as 1.03, thereby promoting energy efficiency in increasingly power-dense AI environments.
In addition to hardware advancements, MiTAC is also investing heavily in expanding open-source firmware solutions that not only streamline integration from bare metal configuration to fluid AI applications but also enhance user control over hardware and tailoring options. Customers are offered improved flexibility through the MiOPF™ and MiOBMC™ technologies which allow for rapid system initialization and real-time telemetry, further solidifying MiTAC's commitment to a collaborative, community-driven approach to infrastructure.
Complementing their infrastructure offerings, MiTAC has launched multiple server models, including the world premiere of the C2611Z6 multi-node liquid-cooled server for OCP racks and the robust G4520G6 designed for enterprise AI inference. Both systems exemplify the need for high-density environments while simultaneously offering customers powerful, efficient solutions suitable for data-intensive AI workloads.
With these innovations, MiTAC Computing sets a benchmark for AI infrastructure development in contemporary data center requirements. Attendees of the OCP Global Summit are invited to visit MiTAC's stand D22 to experience firsthand how these innovations will affect the future of open AI infrastructures. For more information, interested parties can refer to MiTAC’s detailed offerings on their official website.
Topics Consumer Technology）
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