The AI gold rush is moving into an infrastructure phase, as manufacturers throughout the data center and computing supply chain secure lucrative contracts. This shift marks what is becoming the most capital-intensive expansion in technology history.
Applied Digital serves as a prime example of this transition. This company, which historically focused on crypto mining, has recently committed to a notable $7.5 billion lease for 300 megawatts (MW) dedicated to AI and high-performance computing (HPC) at its Delta Forge 1 facility, cementing this agreement for a 15-year term. Following this, Applied Digital announced a $5.2 billion lease for an additional 210 MW at its Delta Forge 2 site. As a result of these substantial commitments, the firm’s total contracted revenue now surpasses $31 billion, with potential escalation to $73 billion if renewals occur.
Why are Companies Shifting from Mining to AI?
This transition is not limited to Applied Digital. Numerous Bitcoin mining firms are migrating towards AI infrastructure, leading to an industry projection where contracts tied to AI and HPC from miners could reach around $65 billion by late 2025. The rationale behind this is clear. Bitcoin miners possess critical resources that AI firms require, specifically real estate, power capacity, and cooling infrastructure. Transforming a mining operation into a GPU cluster is significantly faster than constructing a new facility from the ground up.
Interestingly, revenue generated from Bitcoin mining is likely to dwindle. Estimates suggest that by the end of 2026, revenue from Bitcoin mining will contribute to less than 20% of the overall income for these transitioning companies. This represents a significant shift for enterprises that previously relied almost entirely on proof-of-work computation for their revenue streams.
How Does the CHIPS Act Influence this Expansion?
Beyond crypto miners, this wave of deal-making includes notable technology players. For instance, Google and SpaceX have finalized an agreement worth approximately $920 million per month for GPU clusters. On the manufacturing front, the CHIPS Act is prompting significant financial commitments. One example is Amkor, a renowned chip packaging company, which is allocating around $2 billion to a new advanced packaging facility in Arizona. Advanced packaging, which involves the sophisticated stacking and connecting of chips, has emerged as a crucial bottleneck in the AI supply chain. Amkor's expansion endeavors directly address this limitation.
What Potential Do These Developments Hold for Investors?
For investors, the financial benefits of this burgeoning sector are apparent. Companies engaging in 15-year leases with forecasted revenues exceeding $31 billion provide predictable cash flow profiles attractive to institutional investors. This scenario starkly contrasts the inherent volatility associated with Bitcoin mining, where revenues fluctuate alongside hash rates, energy costs, and cryptocurrency prices.
However, the investment landscape also carries risks. The potential figure of $73 billion in revenue for Applied Digital presumes that renewal contracts will be executed, a scenario that may not materialize if market conditions deteriorate. Additionally, concentration risk could be an issue; if major hyperscalers like Google comprise substantial portions of contracted revenue, losing just one key customer may significantly impact financial stability.