BlackRock and Meta Form $14 Billion Partnership to Fund Massive Texas Data Center Campus

Meta Platforms and BlackRock have forged a $14 billion joint venture to construct a massive artificial intelligence data center in El Paso, Texas. The project, which is already under construction and slated to bring its first phase online in 2028, represents one of the largest single AI infrastructure investments in United States history. [1][4][1]

The sheer scale of the facility is staggering. Designed to deliver one gigawatt of computing capacity, the campus will consume enough power to run a medium-sized city, entirely dedicated to training and operating next-generation AI models. [2][4]

But the most significant aspect of the El Paso campus is not its size; it is how it is being paid for. The deal signals a fundamental shift in how Silicon Valley finances the AI revolution, marking the moment when Big Tech realized that even its deep pockets are not enough to fund the infrastructure required for superintelligence alone. [1][6][1]

Under the terms of the agreement, funds managed by BlackRock will hold an 80 percent ownership stake in the venture, while Meta will retain the remaining 20 percent. [2][3] This 80/20 split effectively transforms the traditional model of tech companies owning their data centers outright, replacing it with a structure more commonly seen in commercial real estate or toll-road development. [6]

The financial mechanics of the partnership are intricately structured to balance risk and capital deployment. Meta is contributing land and in-progress construction assets valued at approximately $2.3 billion. [1][3] To align the final ownership stakes with the agreed 80/20 split, the social media giant will actually receive a one-time distribution of roughly $1 billion back from the venture. [3][5][1][2]

BlackRock, stepping in as the primary financier, will make a cash contribution of approximately $4.9 billion. [2][3] A portion of the asset manager's broader infrastructure investment strategy is being supported by a massive $12.5 billion debt package, leveraging the predictable future cash flows of these types of facilities to secure the necessary capital. [2][3]

Those cash flows are guaranteed by Meta itself. Upon completion, Meta will serve as the sole tenant of the El Paso campus. [3][4] The company has agreed to an initial four-year lease, which includes four extension options that could keep Meta in the facility for up to two decades. [3]

To further de-risk the massive capital load for BlackRock and its bondholders, Meta is providing residual value guarantees totaling approximately $13 billion. [3] This guarantee, which declines over time as the facility depreciates, ensures that the investors are protected even if the AI boom cools or Meta alters its long-term computing strategy. [3]

For Meta, the arrangement solves a critical capital expenditure bottleneck. The company recently raised its broader spending outlook for the year to a staggering $125 billion to $145 billion, driven almost entirely by the relentless need to procure AI chips and build the facilities to house them. [2][5][2]

By partnering with BlackRock, Meta avoids tying up $14 billion of its own cash in concrete, steel, and cooling systems. [1][2] Meta Chief Executive Mark Zuckerberg noted that the partnership allows the company to "move faster and at greater scale," pairing its technical design expertise with the capital-raising power of the world's largest asset manager. [3][4][1]

It is worth noting that the $14 billion price tag covers only the physical development of the campus—the buildings, the long-lived power infrastructure, the advanced liquid cooling systems, and the connectivity. [4][5] It does not include the cost of the cutting-edge graphics processing units (GPUs) required to actually run the AI models, meaning the true total cost of the operational facility will be exponentially higher. [2][5][2]

For Wall Street, the El Paso project cements AI infrastructure as a premier, yield-generating asset class. BlackRock CEO Larry Fink highlighted that the transaction offers clients "compelling investment opportunities at the center of AI infrastructure and energy." [3][4] Institutional investors are increasingly viewing these data centers as the modern equivalent of utility plants or railroads—essential, monopolistic infrastructure with guaranteed, credit-worthy tenants. [1][6][1]

The bond market's reaction to the deal illustrates the novelty of this asset class. The $12.5 billion in investment-grade bonds sold to help finance BlackRock's portion faced a nearly weeklong syndication process. [2][5] Investors initially showed weaker-than-expected demand, forcing the debt to offer yields more in line with riskier junk-rated bonds to clear the market, reflecting a learning curve as fixed-income buyers assess the long-term viability of AI real estate. [2][5][2]

Beyond the financial engineering, the project is poised to dramatically reshape the local economy in West Texas. The development represents an influx of capital that will support more than 4,000 construction jobs at peak activity. [4][6] Once fully operational, the campus will require a permanent staff of roughly 300 technicians, security personnel, and facility managers. [4]

However, the sheer volume of data center construction across the United States has created a severe shortage of skilled tradespeople. To address this bottleneck, BlackRock is simultaneously launching a $30 million "Future Builders" initiative in Texas. [4] The program aims to train more than 12,000 electricians over the next three years, ensuring a steady pipeline of labor for this and future energy projects. [4]

The Meta-BlackRock venture is unlikely to be an isolated incident. As the race toward artificial general intelligence accelerates, the power and capital requirements are scaling beyond the balance sheets of even the trillion-dollar tech oligopoly. [1][2][1]

By successfully bridging the gap between Silicon Valley's compute demands and Wall Street's appetite for long-term yield, the El Paso campus has established a blueprint. [6] The era of Big Tech building its own bespoke infrastructure is giving way to a new era of mega-syndicates, where the future of supercomputing is underwritten by the retirement funds and institutional capital of the broader market. [1][6][1]