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OpenAI, Samsung SDS and SK Telecom to Begin Korea Data Center Build

OpenAI, Samsung SDS, and SK Telecom are preparing to begin construction of artificial intelligence data centers in South Korea as early as March, according to Science Minister Bae Kyung-hoon.

The South Korean government previously said the U.S. startup would form joint ventures with the two Korean firms to develop two facilities with an initial combined capacity of 20 megawatts. The planned infrastructure is intended to support AI model training and deployment, reinforcing South Korea’s role in the global AI supply chain.

SK Telecom confirmed it is in discussions with OpenAI regarding a data center project in the country’s southwest, though the exact timeline for construction remains under review. The collaboration reflects increasing partnerships between U.S. AI developers and Asian technology firms to expand computing capacity amid surging demand.

The initiative comes as major AI companies race to secure power, land, and advanced hardware to support rapidly scaling models. South Korea’s strong semiconductor ecosystem and digital infrastructure make it an attractive base for AI expansion, particularly as governments compete to host next-generation data facilities.

Nvidia invests $2 billion in CoreWeave to boost data center build-out

Nvidia has invested $2 billion in CoreWeave, becoming the AI infrastructure provider’s second-largest shareholder as the two companies deepen their partnership to expand data center capacity across the United States. The announcement pushed CoreWeave’s shares up 9% in premarket trading, highlighting investor confidence in the growing demand for AI-focused cloud infrastructure.

CoreWeave is part of a group of so-called neocloud companies that supply specialized hardware and computing capacity for artificial intelligence workloads. Demand for these services has surged as enterprises accelerate AI adoption. Nvidia’s new investment is expected to help CoreWeave speed up the acquisition of land and power needed to construct large-scale data centers, with the company targeting more than 5 gigawatts of AI data center capacity by 2030.

The investment was made at a purchase price of $87.20 per share, adding roughly 23 million shares and nearly doubling Nvidia’s stake in CoreWeave. Nvidia had previously held a 6.3% stake, making it the company’s third-largest shareholder. Despite scrutiny over Nvidia’s investments in AI firms, CoreWeave said the funds would be used for data center expansion, research and development, and workforce growth, rather than for purchasing Nvidia processors.

Once a cryptocurrency miner, CoreWeave has transformed its business to focus on leasing Nvidia GPUs to technology and AI companies. CoreWeave’s chief executive said the expanded collaboration reflects strong and growing demand for Nvidia’s computing platforms across the AI ecosystem.

OpenAI Unveils Plan to Keep Data-Center Energy Costs in Check

OpenAI has announced a new Stargate Community plan designed to ensure its expanding data center operations do not push up electricity costs for local communities. The initiative aims to make OpenAI’s large-scale AI infrastructure “pay its way on energy” as demand for computing power accelerates.

Stargate is a $500 billion, multi-year effort to build advanced AI data centers for training and inference, backed by investors including Oracle. The project received public support from U.S. President Donald Trump when it was first announced in early 2025.

Under the new approach, each Stargate site will have a locally tailored community plan shaped by local input and concerns. Depending on the location, OpenAI said this could involve fully funding dedicated power and storage, or paying for new energy generation and transmission capacity to support the facility.

The move reflects growing pressure on technology companies to address the strain that AI data centers place on power grids. OpenAI’s announcement follows a similar step by Microsoft, which recently outlined measures to manage water and electricity use at its U.S. data centers while working with utilities to expand local supply.