OpenAI’s $100 Milliarden Deal mit NVIDIA: Reine Barzahlungen strukturiert

KI-Gigant schüttet echtes Geld aus - keine Aktienoptionen oder Krypto-Tricks

Die Zahlen sprechen Bände: OpenAI überweist NVIDIA satte 100 Milliarden Dollar in bar. Ein Deal, der die gesamte Tech-Branche aufhorchen lässt.

Warum Barzahlungen?

Keine komplizierten Aktienpakete, keine undurchsichtigen Token-Abkommen. OpenAI setzt auf altmodische Liquidität - was Investmentbanker zum Augenrollen bringt. 'So transparent wie ein Schweizer Bankkonto - nur ohne die Steuervorteile', scherzt ein Finanzanalyst.

NVIDIA's Cash-Bonanza

Der Chip-Hersteller kassiert die volle Summe in klassischer Währung. Eine clevere Move, während andere Tech-Firmen mit Krypto-Experimenten herumspielen. NVIDIA setzt auf solide Bilanzierung statt Hype.

Die Branche reagiert

KI-Startups überdenken ihre Finanzierungsstrategien. Bar bleibt König - zumindest bei Deals dieser Größenordnung. Ein Wink mit dem Zaunpfahl an die Krypto-Community, dass traditionelle Finanzen noch lange nicht am Ende sind.

Fazit: Manchmal ist altbewährt einfach besser - auch wenn's nicht so hip klingt.

OpenAI delays costs by leasing Nvidia chips instead of buying

Jensen Huang, the CEO of Nvidia, described the deal as “monumental in size.” He said building a single gigawatt AI data center could cost about $50 billion. Out of that, around $35 billion goes straight to Nvidia for its chips. The remaining is for everything else. But OpenAI isn’t paying that up front. By leasing the GPUs instead, the company avoids taking a financial hit all at once.

OpenAI will get an initial $10 billion from the deal soon. That money helps kick off the first wave of deployment. And while some of the funds will be used for hiring, operations, and other expenses, the majority of it will go straight to compute. More specifically, to Nvidia’s processors. These GPUs are the engines behind AI training, powering models like ChatGPT and everything that runs on them.

Sarah Friar, OpenAI’s chief financial officer, said in Abilene that the plan wouldn’t be possible without partners. She pointed to Oracle, which is leasing the Abilene data center, and Nvidia, which is providing equity up front in return for long-term payments.

“Folks like Oracle are putting their balance sheets to work to create these incredible data centers you see behind us,” Sarah said. “In Nvidia’s case, they’re putting together some equity to get it jumpstarted, but importantly, they will get paid for all those chips as those chips get deployed.”

Debt talks begin while Nvidia chips eat most of OpenAI’s cash

OpenAI is not profitable. It doesn’t have positive cash flow, and it doesn’t hold investment-grade credit. That’s why financing data centers through equity is costly. Executives inside the company said they’re preparing to take on debt to handle the rest of the expansion. And thanks to the lease structure with Nvidia, banks are more comfortable lending. The terms look better when a company isn’t trying to buy everything outright.

Sarah said the compute shortage is the bigger issue. “What I think we should all be focused on today is the fact that there’s not enough compute,” she said. “As the business grows, we will be more than capable of paying for what is in our future — more compute, more revenue.”

But not everyone is thrilled about the way this is structured. Nvidia’s $4.3 trillion market cap has been built on selling chips to OpenAI, Google, Meta, Microsoft, and Amazon. At the same time, OpenAI’s $500 billion private valuation is only possible because of cash injections from Microsoft and others. That money doesn’t sit around. It goes right back to Nvidia.

Jamie Zakalik, an analyst at Neuberger Berman, told CNBC the deal shows OpenAI raising capital and pouring it straight into the same company providing the tech. “It’s goosing up everyone’s earnings and everyone’s numbers,” Jamie said. “But it’s not actually creating anything.”

When asked about those concerns, OpenAI CEO Sam Altman didn’t push back. “We need to keep selling services to consumers and businesses — and building these great new products that people pay us a lot of money for,” Sam said. “As long as that keeps happening, that pays for a lot of these data centers, a lot of chips.”

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