Nvidia Slashes Financial Guarantee for OpenAI's Ohio Data Center from $250B to Under $120B

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Nvidia has cut its proposed financial guarantee for OpenAI's massive Ohio data center project to less than $120 billion, down from $250 billion discussed in late July. The reduction follows investor concerns about the chipmaker's risk exposure tied to large AI infrastructure financing commitments for the 10-gigawatt campus.

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Nvidia Reduces Financial Commitment Amid Investor Pressure

Nvidia has scaled back its proposed financial guarantee for OpenAI's Ohio data center project to less than $120 billion, a significant reduction from the approximately $250 billion considered in late July

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. The change comes after investor concerns about Nvidia's risk exposure tied to large financing commitments for AI infrastructure prompted the chipmaker to reconsider the scale of its backing

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. Nvidia and OpenAI are nearing an agreement, with the chipmaker expected to provide a financial backstop only for the first phase of the project, and a deal could be signed as early as this weekend

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Understanding the Financial Guarantee Structure

The Nvidia funding guarantee would not represent a direct investment of $250 billion. Instead, the company would guarantee financing arranged by lenders for the planned campus

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. This structure could help OpenAI secure large amounts of debt and give lenders greater confidence in financing a project tied to a company without an investment-grade credit rating

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. The original proposal raised questions about how much financial risk Nvidia should assume, as investors have increasingly scrutinized the chipmaker's expanding financial ties with major AI customers

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. The reduction in the financial guarantee could limit Nvidia's financial exposure without removing its role in the project

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Separate AI Chip Supply Agreement

Nvidia is also discussing a separate arrangement involving as much as $350 billion in AI chips for the facility

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. That proposal would remain separate from the data center guarantee, and the distinction matters because the two commitments would carry different financial structures

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. Through the AI chip supply arrangement, Nvidia would supply computing hardware instead of directly funding construction

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. This dual approach reflects the complexity of Nvidia's relationship with the AI industry, as the company supplies processors powering the AI boom while exploring financing arrangements around the infrastructure that houses them

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Ohio OpenAI Data Center Project Details

SB Energy, SoftBank's energy subsidiary, is developing the Ohio campus for OpenAI

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. The site could eventually consume 10-gigawatt of power at full scale, which would make it one of the largest data center developments ever proposed

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. Its scale reflects the enormous electricity demand generated by advanced AI computing

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. The first phase could deliver about 800 megawatts by 2028, while reaching the full 10-gigawatt target would require years of additional construction and power infrastructure

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. OpenAI is still discussing a binding lease for the full 10-gigawatt project in Ohio

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AI Infrastructure Financing Challenges

The reduction highlights the financial challenges behind the AI infrastructure boom, as companies now plan data centers that require enormous capital commitments before they generate returns

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. OpenAI's Ohio project could cost more than $500 billion if completed at its proposed scale, making the financing structure almost as important as the physical engineering

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. The project would help OpenAI move toward owning AI infrastructure, although its ability to fund large-scale commitments remains under scrutiny because the company is unprofitable despite a valuation of $852 billion

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. Nvidia on Monday partnered with six major financial institutions to launch compute financing platforms aimed at raising over $500 billion in third-party capital for AI infrastructure

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. At full scale, the facility could support hundreds of thousands of advanced AI processors that could train and run large language models and other generative AI applications

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