Nexus Data Center: Hubbard Campus

The Hubbard Campus is a large-scale, next-generation data center development by Nexus Data Centers, located in Hubbard, Texas, approximately south of the Dallas–Fort Worth metroplex. Designed as a hyperscale and AI-ready digital infrastructure hub, the campus is positioned to support the rapid growth of cloud computing, artificial intelligence, and high-performance workloads in the United States.

Spanning approximately 2,000 acres, the Hubbard Campus represents one of the most significant planned data center developments in Texas. The project is reported to deliver between 600MW and 612MW of total planned capacity, with the higher figure (612MW) cited in more detailed industry reporting. This scale positions the campus among the largest hyperscale developments in North America.

The site benefits from Texas’ strong energy infrastructure, land availability for expansion, and proximity to major fiber routes connecting Dallas–Fort Worth and other key U.S. markets. Once completed, the campus is expected to provide scalable, high-density infrastructure tailored for hyperscale cloud providers, AI deployments, and enterprise workloads requiring long-term growth capacity.

⚙️ Facility Highlights

1. Planned hyperscale campus in Hubbard, Texas
2. Approximately 2,000-acre site supporting large-scale expansion
3. Reported 600–612MW total planned capacity
4. Designed for AI, cloud, and high-performance computing workloads
5. Campus-scale development enabling phased buildout
6. Strategic location within Texas’ growing digital infrastructure corridor

🔌 Power Infrastructure

1. Planned 600–612MW campus capacity (reported range)
2. Access to Texas’ robust power grid and energy resources
3. Designed to support high-density and hyperscale deployments
4. Redundant electrical infrastructure expected for resilient operations

❄️ Cooling Infrastructure

1. Cooling systems planned for high-density AI and hyperscale workloads
2. Expected support for advanced cooling technologies, including liquid cooling
3. Energy-efficient design aligned with large-scale deployments

🌐 Connectivity & Carrier Access

1. Planned carrier-neutral connectivity model
2. Proximity to major fiber routes connecting Dallas–Fort Worth and national networks
3. Designed to support low-latency connectivity and hyperscale networking requirements
4. Suitable for hybrid cloud and distributed infrastructure architectures

🔐 Security & Compliance

1. Multi-layer physical security architecture planned
2. Controlled access systems and monitored perimeter
3. CCTV surveillance across critical infrastructure areas
4. Designed to meet enterprise and hyperscale security standards

💼 Who It Serves

1. Hyperscale cloud providers expanding in Texas
2. AI and machine learning infrastructure deployments
3. Enterprise organizations requiring large-scale capacity
4. SaaS and digital platforms serving North American markets
5. Organizations seeking long-term, scalable infrastructure