LITEON Technology will showcase its latest AI factory solutions at COMPUTEX 2026, featuring solutions built on the NVIDIA MGX™ architecture. The exhibition will spotlight its 800 VDC power infrastructure and solutions designed for the NVIDIA Vera Rubin NVL72 platform, alongside a comprehensive portfolio spanning high-efficiency power systems, advanced rack integration, and liquid cooling technologies, supporting the next generation of AI factories.
Key solutions on display include the 800 VDC liquid-cooled Power Rack, 110 kW Power Shelf, 2.1 MW in-row CDU, and a range of power modules. Together, these offerings address the growing need for scalable, energy-efficient infrastructure as AI deployments accelerate toward megawatt-scale data centers.
Built on the NVIDIA MGX modular framework, LITEON’s solutions enable flexible and standardized system design across multiple deployment scenarios—from single nodes to rack-scale and full data center infrastructure. This modular approach simplifies integration, shortens time to deployment, and supports seamless upgrades across multiple generations of AI computing platforms.
As rack-level power density continues to rise, data centers are undergoing a fundamental shift in how power is delivered and managed. The transition to 800 VDC architecture represents a new paradigm, enabling higher-efficiency power distribution, reducing conversion loss, and supporting the increasing demands of high-density AI systems. More importantly, it provides a scalable foundation for future AI infrastructure where energy efficiency and system optimization are critical design priorities.
Within this broader transition, LITEON continues to advance power system innovation through close collaboration with ecosystem partners on next-generation AI platforms. Leveraging its experience in supporting high-performance platforms such as NVIDIA GB300, LITEON has developed deep capabilities in handling rapid load transients and maintaining rack-level power stability under highly dynamic workloads. This experience is now being extended into its 800 VDC solutions, reflecting a broader industry shift toward tightly integrated power and compute co-design.
As AI infrastructure continues to scale, power, cooling, and compute are becoming increasingly interdependent. The ability to deliver stable, efficient, and scalable power architecture is no longer a supporting function, but a critical enabler of overall system performance and deployment at scale.
Through continued innovation and ecosystem collaboration, LITEON is helping drive the evolution of AI infrastructure toward more modular, energy-efficient, and resilient architectures to lay the foundation for the next generation of AI factories.
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Irene Chou +886-2-8798-2888 #6509
Corporate Brand Value Development Center