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Fort Worth – Scalable Infrastructure for High-Density Workloads

Executive Summary

Fort Worth is the strategic choice for enterprises requiring massive power capacity and high-tier facility redundancy without the density constraints of Dallas. This market serves as a critical growth corridor for organizations prioritizing cost-effective scalability and disaster recovery within the Texas Triangle. Deploying here ensures low-latency access to the central United States while leveraging one of the most favorable business climates in North America.

Fort Worth: At A Glance

FactorRating / DataNotes
Global Connectivity GradeA+Strong regional fiber and high carrier density.
Direct Cloud On-Ramps0 – as of September 2025Nearest on-ramp hub is Dallas.
Power Cost$0.07/kWh, as of September 2025Competitive rates for high-density AI and HPC workloads.
Disaster RiskModerate (43.46), as of September 2025Primary concerns involve extreme weather events.
Tax IncentivesYesState sales tax exemptions for qualified facilities.
Sales Tax6.25%, as of September 2025Standard Texas rate for taxable equipment.

Network & Connectivity Ecosystem

Fort Worth functions as a resilient extension of the broader Dallas–Fort Worth interconnection corridor. The city provides the physical diversity necessary for high-availability architectures.

Carrier Density & Carrier Neutrality: There are over 25 providers active in this market as of September 2025. Major facilities maintain a carrier-neutral stance, hosting roughly 30 unique network operators that provide a mix of local fiber, national long-haul transport, and diverse subsea backhaul options.

Direct Cloud On-Ramps: Fort Worth currently has 0 direct cloud on-ramps as of September 2025. Organizations typically access AWS, Google Cloud (GCP), and Microsoft Azure via private transport or software-defined interconnection to the primary cloud hub in Dallas.

Internet Exchange Points (IXPs): Most local peering occurs through private cross-connects or by extending layers to Dallas-based exchanges. This proximity allows for sub-millisecond round-trip times to major national peering points.

Bare Metal: High-performance compute options are readily available through providers such as phoenixNAP and Hivelocity, offering automated server deployments for localized workloads as of September 2025.

Power Analysis

Energy availability is a primary driver for data center investment in this region, supported by a deregulated market and significant generation capacity.

Average Cost Of Power: Industrial users see rates of approximately $0.07/kWh as of September 2025. The energy mix is diversifying, with renewables like wind and solar now making up roughly 30% of the Texas grid. These rates provide a substantial operational advantage for high-density AI and HPC workloads.

Power Grid Reliability: The local grid is supported by multi-substation redundancy and well-engineered transmission lines. Infrastructure in major industrial corridors is purpose-built to handle the heavy draw required by hyperscale and enterprise facilities.

Market Access, Business & Tax Climate

Fort Worth is one of the fastest-growing large cities in the United States, offering a deep talent pool and pro-growth local government.

Proximity To Key Business Districts: Data centers are strategically located near the AllianceTexas development and the downtown business district. These areas host global leaders in logistics, aviation, and financial services that require immediate proximity to their compute resources.

Regional Market Reach: A deployment in Fort Worth effectively serves the entire 8-million-person DFW metroplex. It also acts as a primary gateway for traffic moving between the South Central United States and Mexico.

Tax Advantage For Data Centers: Texas provides a significant sales and use tax exemption for data centers that meet specific capital investment and job creation requirements. This benefit applies to the purchase of servers, cooling systems, and power equipment, lowering the cost of large-scale refreshes.

Natural Disaster Risk

The natural disaster risk in Fort Worth is rated as Moderate with a score of 43.46 as of September 2025. While the region is inland and protected from coastal storm surges, facilities are engineered to withstand localized atmospheric events.

Primary Natural Hazards:

  • Hail: Frequent storm activity requires reinforced roofing and protected external equipment.
  • Ice Storms: Winter weather events can impact local logistics, though facilities use on-site fuel reserves for autonomy.
  • Heat Waves: High summer temperatures are managed through advanced evaporative or closed-loop cooling systems.
  • Lightning: Severe thunderstorms are common, necessitating comprehensive grounding and surge suppression systems.
  • Riverine Flood: Risk is localized to specific basins; major data center developments are typically sited outside of primary flood zones.
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