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Skybox Datacenters: Texas Campus Data Center

Skybox Datacenters Texas Campus Data Center is located at Wichita Falls, Texas, United States. The gross building size for this location has not been provided. The gross colocation space is not available for this data center. No power information has been offered for this location. We found 1 data center location within 50 miles of this facility. No certifications are specified for this location.
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About Texas Campus Data Center

The Texas Data Center (PowerCampus Texas) is a large-scale, hyperscale-ready development by Skybox Datacenters, designed to deliver flexible, high-density infrastructure for cloud, AI, and enterprise workloads. Located in Texas—one of the fastest-growing data center markets in North America—the campus provides access to abundant power, strong fiber connectivity, and a business-friendly environment ideal for long-term digital infrastructure investment.

PowerCampus Texas is engineered as a campus-scale deployment, offering customers the ability to scale from initial capacity to multi-megawatt deployments. The development reflects Skybox’s strategy of combining power-first design, speed to market, and flexibility, enabling hyperscalers and enterprises to deploy infrastructure quickly while maintaining long-term expansion potential.

The site is positioned to support next-generation workloads, including AI training, high-performance computing (HPC), and cloud platforms, with infrastructure designed for high-density environments and evolving cooling requirements.

⚙️ Facility Highlights

  1. Hyperscale-ready campus development in Texas
  2. Designed for AI, cloud, and enterprise deployments
  3. Scalable capacity supporting multi-megawatt deployments
  4. Flexible campus design enabling phased expansion
  5. Power-first development model prioritizing energy availability
  6. Located in a major U.S. data center growth market

🔌 Power Infrastructure

  1. Access to large-scale power capacity from the Texas grid
  2. Designed for high-density and hyperscale workloads
  3. Redundant electrical infrastructure supporting continuous uptime
  4. On-site and scalable power delivery architecture
  5. Built to support long-term, high-capacity deployments

❄️ Cooling Infrastructure

  1. Designed for high-density compute environments, including AI workloads
  2. Flexible cooling architecture supporting evolving technologies
  3. Infrastructure prepared for advanced cooling methods such as liquid cooling
  4. Energy-efficient design aligned with hyperscale requirements

🌐 Connectivity & Carrier Access

  1. Carrier-neutral connectivity model
  2. Access to Texas’ extensive fiber network ecosystem
  3. Low-latency connectivity to major U.S. markets
  4. Designed to support hybrid cloud and multi-cloud architectures

🔐 Security & Compliance

  1. Multi-layer physical security architecture
  2. Controlled access points with monitored entry systems
  3. CCTV surveillance across critical infrastructure areas
  4. Designed to support enterprise-grade security and compliance requirements

💼 Who It Serves

  1. Hyperscale cloud providers expanding in Texas
  2. AI and machine learning infrastructure deployments
  3. Enterprise organizations requiring large-scale infrastructure
  4. SaaS and digital platforms serving North American markets
  5. Organizations implementing high-performance computing environments