SK Telecom has signed a three-party memorandum of understanding with global server manufacturer Supermicro and energy management and automation specialist Schneider Electric to develop a comprehensive solution for artificial intelligence data centres.
The agreement, signed during Mobile World Congress 2026, focuses on reducing construction timelines for AI data centres and addressing supply bottlenecks by combining the technical capabilities of the three companies.
SK Telecom, traditionally known as South Korea’s largest wireless telecommunications operator, is increasingly positioning itself as an AI-focused company with ambitions to expand globally through innovations in AI infrastructure, AI transformation and AI-powered services.
Under the partnership, the companies will collaborate on a prefabricated modular data centre model that integrates AI computing servers with power and cooling infrastructure into pre-manufactured modules. These modules can be assembled in a building-block configuration, enabling faster deployment compared with traditional construction methods.
Unlike the conventional steel-reinforced concrete approach, where servers and infrastructure are installed after the building is completed, the modular design allows data centre components to be installed in advance. This approach reduces construction time and improves cost efficiency.
The modular model also enables phased deployment as demand grows, improving scalability while reducing the need for large upfront investments and allowing operators to adapt more flexibly to evolving AI infrastructure requirements.
As part of the agreement, SK Telecom will contribute operational expertise in AI data centre management. Supermicro will supply high-performance GPU servers designed for AI workloads, while Schneider Electric will provide mechanical, electrical and plumbing infrastructure design and construction capabilities.
The collaboration reflects growing global demand for AI infrastructure and the need for faster, scalable data centre deployment.
