OpenAI is taking a giant leap towards fulfilling its artificial intelligence ambitions by renting an enormous volume of computing power from Oracle data centers. The deal, under the ambitious Stargate project, shows the scale of power that modern AI research requires.
As Bloomberg News reports, OpenAI will rent around 4.5 gigawatts of data center capacity from Oracle in the US. For perspective, that is the amount of electricity needed to supply millions of homes in America. A gigawatt is the power of one nuclear reactor and will supply around 750,000 homes.
The agreement is also linked to Oracle’s recent news of winning a huge cloud deal worth $30 billion a year beginning in fiscal 2028. Oracle did not identify the customer then, but sources indicate that this Stargate agreement is at least part of this megadeal.
OpenAI, Oracle, and NVIDIA’s Massive AI Computing Project
Stargate is OpenAI’s most ambitious infrastructure project to date. Unveiled at the White House last January, the project calls for a staggering $500 billion investment in AI infrastructure, with Oracle and SoftBank Group as key partners. The project seeks to build the computing infrastructure for next-generation artificial intelligence systems.
“Under Stargate, Oracle, NVIDIA, and OpenAI will work closely together to build and run this computer system,” OpenAI said when the project was originally announced. The company clarified that this is a continuation of their existing partnership with NVIDIA since 2016, extending their recent partnership with Oracle.
Oracle is not waiting around to get started. Oracle has already built a massive data center in Abilene, Texas, for OpenAI alone, in collaboration with development partner Crusoe. But it’s not stopping there.
To cater to OpenAI’s increasing needs, Oracle is set to construct multiple new data centers in various states. Oracle is looking to place these centers in Texas, Michigan, Wisconsin, and Wyoming. The Abilene center that is already in use will also be allocated a significant expansion, raising its existing capacity of 1.2 gigawatts to approximately 2 gigawatts.
In addition, OpenAI is also considering other locations in New Mexico, Georgia, Ohio, and Pennsylvania for future expansion. This national strategy will have the computing power spread over various locations, with greater coverage and reliability.
Oracle and OpenAI’s $500 Billion Bet on the Future of AI Infrastructure
The size of this alliance is large. It is a reflection of where artificial intelligence is going. Contemporary AI systems, especially large language models such as those produced by OpenAI, use enormous amounts of computing power to train and operate effectively. The more advanced systems are, the higher their energy usage.
This is not a matter of having powerful computers, it’s a matter of having enough powerful computers operating at the same time to provide the complex calculations necessary to support sophisticated AI. The 4.5 gigawatts of electricity that OpenAI is committing is a considerable amount of the world’s overall computing hardware devoted to AI development.
The Stargate project is a sign that the AI industry is moving away from experimental phases and towards serious, large-scale infrastructural development. With the project having $500 billion invested, OpenAI and its investors are giving it their all for the future of artificial intelligence.
This alliance of OpenAI and Oracle also illustrates the way incumbent technology companies are changing to keep up with the AI boom.
Oracle, which has historically specialized in database and enterprise software, is positioning itself today as a significant infrastructure provider for next-generation applications of AI.
When these centers come online over the next few years, they’ll be the computer infrastructure required for AI systems that could reorganize everything from medicine and education to scientific inquiry and creative industries.
The magnitude of the investment implies that the firms involved think we’re only at the beginning of what’s potentially possible with AI technology.
