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Crusoe Cloud: Snyder Data Center

Crusoe Cloud Snyder Data Center is located at 9301 Camp Springs Rd, Hermleigh, Texas 79526, USA. 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 2 data center locations within 50 miles of this facility. No certifications are specified for this location.
Technologies
IaaS

About Snyder Data Center

The Snyder Data Center is a planned large-scale digital infrastructure project developed by Crusoe Cloud, located in Snyder, Texas. Designed as a next-generation facility optimized for artificial intelligence and high-performance computing workloads, the project will support the rapidly growing demand for GPU-intensive AI training and cloud infrastructure.

Strategically positioned in West Texas, the Snyder facility benefits from access to abundant energy resources, large land availability for campus-scale expansion, and proximity to major fiber routes connecting Texas technology hubs. The data center is part of Crusoe’s broader mission to build sustainable, energy-efficient infrastructure capable of powering advanced AI systems and large-scale cloud platforms.

Once completed, the Snyder campus is expected to provide scalable infrastructure designed specifically for modern AI workloads, including GPU clusters and high-density computing environments. The project reflects Crusoe’s focus on vertically integrated infrastructure, combining energy optimization with purpose-built data center architecture.

⚙️ Facility Highlights

  1. Planned AI-focused data center campus in Snyder, Texas
  2. Designed to support large-scale GPU and AI training workloads
  3. Scalable campus architecture enabling phased expansion
  4. Infrastructure optimized for high-density compute deployments
  5. Designed for cloud, AI, and high-performance computing applications
  6. Strategic location within Texas’ expanding digital infrastructure corridor

🔌 Power Infrastructure

  1. Planned high-capacity power infrastructure for large-scale compute environments
  2. Access to Texas’ regional power grid and energy resources
  3. Electrical systems designed to support high-density AI workloads
  4. Redundant power architecture planned for resilient operations

❄️ Cooling Infrastructure

  1. Cooling systems planned for high-density GPU deployments
  2. Infrastructure prepared for advanced cooling technologies such as liquid cooling
  3. Energy-efficient cooling architecture designed for AI and HPC workloads

🌐 Connectivity & Carrier Access

  1. Planned carrier-neutral connectivity model
  2. Fiber connectivity expected to link the campus to major Texas network corridors
  3. Designed to support low-latency connectivity for cloud and AI workloads
  4. Scalable network architecture supporting hyperscale deployments

🔐 Security & Compliance

  1. Multi-layer physical security design planned
  2. Controlled facility access and monitored entry points
  3. CCTV surveillance across the campus
  4. Infrastructure designed to support enterprise-grade security standards

💼 Who It Serves

  1. AI and machine learning infrastructure providers
  2. Hyperscale cloud platforms
  3. Enterprises deploying large-scale GPU clusters
  4. Research institutions and advanced analytics organizations
  5. Businesses requiring high-density compute infrastructure