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BlackRock, Nvidia, Microsoft Lead $40 Billion Acquisition of Aligned Data Centers

BlackRock, Nvidia, Microsoft Lead $40 Billion Acquisition of Aligned Data Centers

The formation of the Artificial Intelligence Infrastructure Partnership (AIP) by BlackRock, Nvidia, xAI, and Microsoft aims to secure crucial infrastructure for AI development through a $40 billion deal to acquire Aligned Data Centers.

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Fact Check
The statement is strongly confirmed by multiple, recent, and highly credible sources. Reputable news outlets including Reuters, Yahoo Finance, Bloomberg, and a Business Wire press release all report that an investment consortium including BlackRock, Nvidia, and Microsoft will acquire Aligned Data Centers in a deal valued at $40 billion. The evidence is consistent and corroborates every key detail of the statement.
Summary

BlackRock, Nvidia, xAI, and Microsoft have formed the Artificial Intelligence Infrastructure Partnership to acquire Aligned Data Centers for $40 billion. The consortium plans to invest $30 billion in equity and potentially $100 billion with debt to expand Aligned's infrastructure, supporting the increasing demand for AI computing power. The deal includes plans to double Aligned's 50 campuses across the U.S. and Latin America. The acquisition is expected to close in the first half of 2026, marking a significant step in addressing AI’s infrastructure needs. Meanwhile, Bitcoin mining firms that have pivoted to AI infrastructure are seeing strong gains, with companies like Hut 8, Bitfarms, and CleanSpark among the top performers.

Terms & Concepts
  • AI Infrastructure: Specialized hardware, software, and facilities designed to support high-performance artificial intelligence computations and applications.
  • Acquisition: A corporate transaction in which one entity purchases a significant stake or the entirety of another company’s assets or shares.
  • Data Center: A facility that houses computing systems, networking equipment, and storage infrastructure, enabling efficient handling of large-scale digital workloads.