AMD Secures Up to 2.5 GW of AI Data Center Capacity

Power, Not Chips, Is the Scarce Thing

AMD and Core Scientific announced an infrastructure partnership on July 28, 2026 under which AMD secures up to 2.5 gigawatts of data center capacity to support customer deployments of its AI hardware. The initial tranche is more than 500 megawatts of US capacity arriving in 2027, with rights to reserve up to 1.9 GW more through 2028. Core Scientific describes the signed portion as a 15-year, 529 MW agreement representing roughly $14 billion in base contracted revenue.

• Up to 2.5 GW total, starting with 500+ MW in 2027 and options on 1.9 GW more through 2028
• 15-year, 529 MW signed agreement worth approximately $14 billion in base contracted revenue for Core Scientific
• The companies will collaborate on physical infrastructure design and deployment of AMD Instinct GPUs, EPYC CPUs, and the ROCm software stack
• AMD received warrants on up to 30 million Core Scientific shares at $23.47, with ~6.5 million vesting on the initial leases and more vesting as capacity is contracted

Why a Chip Company Is Signing Power Contracts

Here is the thing that took the market a while to internalize: you can have the accelerators and still not be able to sell them, because the customer has nowhere to plug them in. Grid interconnects, substations, transformers, and cooling capacity all run on multi-year lead times that no amount of fab capacity shortens. Securing power ahead of demand has become a competitive necessity rather than a finance-department detail.

By locking in capacity that its end customers can deploy into, AMD is removing the constraint that would otherwise sit between a signed GPU order and revenue recognition. It is the same logic that has driven a run of long-dated capacity deals across the sector, including the Hut 8 Beacon Point campus lease earlier this month.

What Does This Do to Core Scientific's Business?

It substantially rebuilds it. Core Scientific came up as a bitcoin mining operator, and a 15-year contracted revenue base of roughly $14 billion is a categorically different financial profile from mining — which is exposed to hash price, halvings, and energy spot markets in ways that make long-range planning difficult. Contracted, investment-grade-adjacent revenue over fifteen years is the kind of thing that changes how a company is valued and how cheaply it can finance the next build.

The warrant structure is worth reading closely, because it aligns the two sides in a specific way. AMD holds warrants on up to 30 million shares at $23.47, with about 6.5 million vested on the initial leases and the remainder vesting as further capacity is contracted. AMD therefore participates in Core Scientific's upside precisely to the extent that it keeps filling the capacity — which is the incentive you would want if you were a Core Scientific shareholder.

The Part Beyond the Real Estate

The agreement is not purely a lease. The companies plan to collaborate on physical infrastructure design and on deployment of Instinct accelerators, EPYC CPUs, and the ROCm software stack. Co-designing the building around the hardware — power distribution, thermal envelope, rack topology — is where the efficiency gains in this generation of AI facilities are actually found, and it is a meaningful commitment to the ROCm ecosystem alongside the concrete.

What Investors Should Watch

Two things. First, whether the option capacity actually converts: the 500 MW is signed, the additional 1.9 GW is a right rather than an obligation, and the conversion rate is the real signal on AMD's demand pipeline. Second, delivery timing — 2027 energization dates depend on interconnect queues and equipment lead times that have slipped for others.

Set against a week in which semiconductor names traded lower on questions about AI infrastructure returns, a fifteen-year contracted agreement is a useful data point for the other side of that debate. Our stock trading coverage has been following how this buildout is being financed, and long-dated capacity contracts are becoming the clearest window into what the hyperscale demand curve actually looks like.

Sources: HPCwire — July 28, 2026; CoinDesk — July 28, 2026; Business Standard — July 28, 2026.