TLDR Microsoft drops 1.69% as Crusoe expands AI campus in Texas MSFT slips to $359.80 as 900MW AI project scales capacity Microsoft declines as Crusoe boosts TexasTLDR Microsoft drops 1.69% as Crusoe expands AI campus in Texas MSFT slips to $359.80 as 900MW AI project scales capacity Microsoft declines as Crusoe boosts Texas

Microsoft (MSFT) Stock: Slips 1.69% as $900MW AI Campus Expands in Texas

2026/03/28 01:33
3 min read
For feedback or concerns regarding this content, please contact us at [email protected]

TLDR

  • Microsoft drops 1.69% as Crusoe expands AI campus in Texas
  • MSFT slips to $359.80 as 900MW AI project scales capacity
  • Microsoft declines as Crusoe boosts Texas AI power to 2.1GW
  • MSFT dips amid massive AI infrastructure push in Abilene
  • Microsoft slides as hyperscaler AI buildout accelerates in Texas

Microsoft (MSFT) stock slipped to $359.80, down 1.69%, as markets reacted to fresh AI infrastructure expansion in Texas. The decline followed a steady intraday downtrend with limited recovery. Meanwhile, Crusoe advanced a major 900 megawatt AI campus project tied directly to Microsoft’s growing compute demand.

Microsoft Corporation, MSFT

Microsoft Expands AI Infrastructure Footprint in Texas

Microsoft continues to scale its AI infrastructure through a new partnership with Crusoe in Abilene, Texas. The project includes a 900 megawatt AI factory campus designed to support next-generation workloads. The site expands one of the largest emerging AI hubs in the United States.

The new campus will sit adjacent to Crusoe’s existing Abilene facilities and include two advanced data center buildings. It will also feature an onsite power plant to improve energy reliability and grid resilience. he total projected capacity across the site will reach 2.1 gigawatts.

Construction has already started with land clearing and early site preparation underway. The first building is expected to become operational by mid-2027. Therefore, the expansion continues Crusoe’s rapid deployment timeline for large-scale AI infrastructure.

Energy Demand Shapes Next-Generation AI Development

Crusoe designed the new campus with an energy-first approach to meet rising AI demand. The site will include 900 megawatts of dedicated onsite generation and battery storage systems. It will support ultra-high-density compute environments for advanced GPU workloads.

Each building will deliver significant computing power while using closed-loop liquid cooling systems. This design reduces water usage and supports efficient thermal management. As a result, the infrastructure aligns with evolving requirements for high-performance AI systems.

The expansion builds on earlier phases of the Abilene project that scaled quickly over recent years. Initial development started with a 200 megawatt build and expanded to 1.2 gigawatts across multiple buildings. Hence, the new campus strengthens the region’s role in large-scale AI deployment.

Strategic Location Strengthens AI Infrastructure Race

Abilene has emerged as a key location for AI infrastructure due to power availability and land access. Microsoft recently leased about 700 megawatts of nearby data center capacity from Crusoe. This shift reflects rapid changes in tenant demand and infrastructure planning.

The area has also attracted broader attention due to adjacent large-scale AI developments linked to ongoing expansion projects. Companies continue to reposition assets to secure long-term computing capacity. This trend highlights intensifying competition in AI infrastructure.

Crusoe is also developing a manufacturing facility for modular AI systems to speed deployment timelines. The company aims to standardize infrastructure while addressing energy constraints across the sector. Therefore, the Abilene expansion reinforces a broader industry shift toward scalable and energy-driven AI development.

The post Microsoft (MSFT) Stock: Slips 1.69% as $900MW AI Campus Expands in Texas  appeared first on CoinCentral.

Disclaimer: The articles reposted on this site are sourced from public platforms and are provided for informational purposes only. They do not necessarily reflect the views of MEXC. All rights remain with the original authors. If you believe any content infringes on third-party rights, please contact [email protected] for removal. MEXC makes no guarantees regarding the accuracy, completeness, or timeliness of the content and is not responsible for any actions taken based on the information provided. The content does not constitute financial, legal, or other professional advice, nor should it be considered a recommendation or endorsement by MEXC.
Tags: