Argentum AI in Talks for $5 Billion AI-Chip Financing

As of Oct. 27, Argentum AI was discussing a $5 billion debt package for AI chips with a major private-credit firm, according to two people familiar with the talks. The Chicago-based startup, founded in 2025 and backed by Super Micro, has not closed the financing.

What would the $5 billion financing fund?

One of the sources said the money would pay for additional chips at a data center Argentum secured in Poland with DL Invest Group. The proposed debt would fund chips leased to customers that lack investment-grade credit ratings.

Those customers define the structure's risk. Argentum would procure the hardware and collect lease revenue from tenants with weaker credit than large, investment-grade borrowers, while the private-credit firm supplies the capital. The sources did not disclose the facility's interest rate, tenor, security or lender.

The same source said Argentum has secured more than $12 billion in contracted revenue. That figure measures contracted business, but it does not establish how much has been recognized, when the contracts begin or how concentrated they are. Contracted revenue and investment-grade credit are different things.

Why has neocloud credit tightened?

Financing for neoclouds, which rent AI computing power to other companies, has tightened. On Sunday, Elon Musk wrote on X that debt markets have "almost entirely shut off" access to money for companies without substantial revenue independent of AI data centers.

He predicted that 200-plus neoclouds would see "guppy-level death and consolidation." The wording is blunt; the credit test is specific. Under Musk's test, cash flow outside data centers can support borrowing where a pure AI operator may be shut out.

SpaceX secured $40 billion of debt for chips with an affiliate of Apollo Global Management on Monday. Musk credited the financing to SpaceX's investment-grade rating and to Starlink and launch revenue. The distinction is revenue outside AI data centers.

At $5 billion, Argentum's proposed package is $1.5 billion larger than Nebius's $3.5 billion financing facility from Citi. Nebius secured the facility last week to fund continued data-center development and GPU purchases as it races to expand capacity. The disclosed figures establish scale, not pricing or covenant terms.

What has Argentum already committed?

Argentum, led by founder and CEO Andrew Sobko, is an independent, institutional-grade AI cloud platform focused on deploying large-scale GPU infrastructure for enterprise AI. The chips would remain in the service model, with computing capacity leased to customers rather than sold as standalone systems.

In May, the company signed a roughly $2.5 billion agreement with cloud-gaming firm Boosteroid and DL Invest for a 300-megawatt data center. At the time, Argentum said it was working with US financial institutions and investment banks on financing structures for future deployments.

The current talks put a figure on that strategy: $5 billion for chips linked to Polish capacity and customers outside the investment-grade tier. The source did not specify whether the 300-megawatt agreement covers the Polish site.

What remains unstated?

The 300-megawatt agreement supplies a power scale for one project but no chip count. Without GPU models, process nodes or wafer sizes, neither chip cost nor accelerator count can be calculated.

Argentum's more than $12 billion in contracted revenue also does not disclose gross margins, lease rates or payment terms. The commercial case therefore rests on several unstated variables, not merely the size of the promised data-center build-out.

Can the deal reach production scale?

If the talks produce a binding facility, Argentum can order more chips for its Polish data center and expand leased capacity despite the neocloud credit squeeze. If they do not, contracted revenue will not remove the need for capital or accelerate Polish capacity on its own. The next test is committed funding that turns contracted revenue into added capacity, not another announced target.