Nvidia to Provide Up to $105 Billion in Financing for OpenAI’s Ohio Data Centre

Nvidia disclosed it will provide up to $105 billion in financing for a new OpenAI data centre in Ohio, backing an initial 4.25 gigawatts of computing capacity.


A person holding an Nvidia data-centre GPU next to an open server chassisFile photo: An Nvidia AI data-centre GPU being installed in a server. 极客湾Geekerwan / Wikimedia Commons (CC BY 3.0)

Nvidia disclosed in a securities filing published on 17 August 2026 that it will provide up to $105 billion in financing to support a new artificial-intelligence data centre being built for OpenAI in Ohio. The commitment is intended to support an initial 4.25 gigawatts of computing capacity, with an option to add a further 3.75 gigawatts.

A Chip Maker Turned Financier

The scale of the financing illustrates how deeply Nvidia has become entwined with the buildout of AI infrastructure that ultimately drives demand for its own processors. Capacity from the project is expected to come online in phases starting in 2028, according to the filing, as construction and equipment installation proceed over several years.

Part of a Wider Build-Out

The Ohio commitment sits within a much larger wave of AI infrastructure spending; separate industry estimates put combined 2026 capital expenditure by the world’s largest publicly traded data-centre operators at close to $750 billion. Other recent commitments in the same period include AWS’s expansion of cloud and AI infrastructure investment in India and new AI campus developments in Europe. The scale of these individual commitments, often running into tens of billions of dollars for a single site, illustrates how quickly the capital intensity of AI infrastructure has grown even compared with prior waves of technology investment.

Why It Matters

Financing on this scale blurs the traditional line between chip supplier and infrastructure investor, tying Nvidia’s own financial exposure directly to the success of its largest customers. For the broader technology sector, it signals how much capital is now required simply to keep pace with demand for AI computing power, with consequences for energy grids, construction supply chains and the companies competing to build the next generation of data centres. Communities hosting these facilities also face growing questions about electricity demand and infrastructure strain as gigawatt-scale campuses become more common.


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