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Vantage Data Centers: Shackelford County (Frontier) Data Center Campus – Building 9

Vantage Data Centers Shackelford County (Frontier) Data Center Campus – Building 9 is located at Shackelford County, Texas, USA. The data center is 3 sqft. The gross colocation space is not available for this data center. It has access to 1.4 MW of power. We found 17 data center locations within 50 miles of this facility. No certifications are specified for this location.
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About Shackelford County (Frontier) Data Center Campus – Building 9

Building 9 is part of the Shackelford County (Frontier) Data Center Campus, a mega-scale AI-focused development in the Lone Star State designed to meet unprecedented demand for next-generation compute infrastructure. Strategically located in Shackelford County, Texas, the campus provides hyperscale-ready capacity, advanced cooling systems, and high-density power architecture tailored for GPU-intensive and AI workloads.

Spanning approximately 1,200 acres, the campus is planned to deliver 1.4GW of critical IT load across 10 one-story data centers once fully developed, totaling approximately 3,700,000 square feet. Building 9 benefits from this master-planned hyperscale environment, designed to support extremely high rack densities and flexible deployment models.

Engineered for advanced AI infrastructure, the campus supports average densities up to 1.4kW per square foot, enabling large-scale, high-performance computing environments

⚙️ Facility Highlights

  1. Located on a 1,200-acre mega-campus in Texas
  2. Planned 1.4GW of critical IT load (campus total)
  3. 10 one-story data centers at full build-out
  4. Approximately 3,700,000 square feet of total campus space
  5. Supports densities up to 1.4kW/SF average
  6. Class A building amenities including offices, conference rooms, and break areas
  7. Proximity to local amenities and Abilene Regional Airport

❄️ Cooling Infrastructure

  1. Combined air-cooled and liquid-to-liquid cooling systems designed to support next-generation GPU workloads
  2. Computer Room Air Handling (CRAH) units located in two galleries on opposite sides of each data module for highly efficient airflow distribution
  3. Water Utilization Efficiency (WUE) designed to be near zero (liters/kW/hr)
  4. N+1 redundancy across all mechanical systems

🔌 Power Infrastructure

  1. 1.4GW of critical IT capacity
  2. N+1 redundancy across all electrical systems
  3. Multiple, diverse power feeds supporting the campus
  4. Rack densities up to 1.4kW per square foot

🌐 Connectivity & Carrier Access

  1. Major fiber-based service providers operating within a few miles of the campus, including AT&T, Fiberlight, Windstream, and Zayo
  2. Three Meet-Me-Rooms (MMRs) per building enabling diverse paths and multiple connectivity options
  3. One point-of-entry (POE) per building ensuring inbound carrier diversity
  4. Diverse fiber pathways into the campus (minimum two paths per carrier)

🔐 Security

  1. On-site Security Operations Center with patrols 24x7x365
  2. Perimeter security gates and fencing
  3. CCTV monitoring on all access control points throughout the campus
  4. Dual authentication (badge/PIN and biometric readers) for customer and critical infrastructure areas
  5. Visitor management system and badging to control and track on-site personnel

💼 Who It Serves

  1. Hyperscale AI and GPU-intensive compute deployments
  2. Cloud providers expanding high-density U.S. capacity
  3. Large enterprise and HPC workloads requiring liquid cooling capability
  4. SaaS and digital platforms scaling AI infrastructure
  5. Organizations seeking massive contiguous capacity in a single mega-campus