Core Scientific Pivots to AI, Eyes 1.5 GW Texas Data Center
Core Scientific is pivoting to AI, planning a massive 1.5 GW data center in Texas by repurposing 300 MW of its Bitcoin mining capacity. The miner has secured billions in funding and expects initial capacity in 2027, joining a broader trend of miners transitioning to high-performance computing.
Quick Take
Core Scientific plans 1.5 GW AI data center in Texas, repurposing 300 MW from mining.
$3.3B notes and $1B credit facility secured to fund the expansion; initial capacity expected 2027.
Other miners like MARA, Hive, and TeraWulf are also shifting to AI and HPC.
The move reflects miners seeking alternative revenues as mining margins tighten.
Market Impact Analysis
NeutralThe shift of mining infrastructure to AI neutralizes any direct crypto impact in the near term, though it may reduce future mining capacity marginally.
Speculation Analysis
Key Takeaways
- Core Scientific is repurposing 300 MW of Bitcoin mining capacity in Texas to build a 1.5 GW AI data center campus.
- $3.3 billion in notes and a $1 billion credit facility fund the expansion, with initial capacity expected in early 2027.
- Miners like MARA and Hive are also pivoting to AI as Bitcoin mining margins tighten.
- The shift poses no immediate crypto market risk but could marginally shrink mining capacity long term.
What Happened
Core Scientific is converting its Pecos, Texas, Bitcoin mining site into a massive AI-focused data center. The plan targets up to 1.5 GW of gross power capacity, with about 1 GW available for lease. Roughly 300 MW currently used for mining will be repurposed for high-density AI workloads. The company has acquired over 200 acres for the buildout, and the first data hall has moved from foundation work into vertical construction. Initial capacity is expected by early 2027. The pivot marks a strategic shift away from pure-play digital asset mining toward infrastructure services.
The Numbers
Financing the expansion, Core Scientific raised $3.3 billion through senior secured notes maturing in 2031. An additional $1 billion credit facility from Morgan Stanley provides liquidity. The 300 MW repurposed represents a significant portion of the site’s existing mining load. Shares are up 44% year-to-date, signaling investor confidence in the AI diversification. With another 300 MW secured under utility contract, the campus could reach 1.5 GW total, making it one of the largest AI hosting projects in Texas.
Why It Happened
Rising AI compute demand and narrowing Bitcoin mining margins are forcing miners to adapt. Core Scientific, long dependent on volatile crypto revenues, sees higher-margin opportunity in AI colocation. The move follows a broader industry pattern: MARA acquired a stake in AI firm Exaion, while Hive, TeraWulf, and Iren are retrofitting mining facilities for high-performance computing. For miners with access to cheap power and existing infrastructure, the economics of hosting AI workloads now outweigh block rewards.
Broader Impact
The miner-to-AI trend could gradually reduce Bitcoin’s total hashpower if more capacity leaves the network. However, the shift is years in the making and may be offset by efficiency gains among remaining miners. No near-term crypto price impact is expected, but the infrastructure crossover highlights how mining assets can bridge to the AI boom without abandoning energy infrastructure.
What to Watch Next
- Core Scientific’s construction milestones and first lease agreements for the Texas site.
- Debt levels and cash flow as the company shoulders billions in new obligations.
- Actions by other public miners—more AI pivots could signal a broader exodus from mining.
This article is for informational purposes only and does not constitute financial advice.
Always late to trends?
Join for the latest news, insights & more.
Disclaimer: Bytewit is an independent media outlet that delivers news, research, and data.
© 2026 Bytewit. All Rights Reserved. This article is for informational purposes only.
