Core Scientific: Marble Data Center

The Marble Data Center, operated by Core Scientific, is a high-density computing facility located in Marble, North Carolina. Strategically positioned in the southeastern United States, the site benefits from access to regional fiber networks and proximity to key markets including Atlanta, Charlotte, Nashville, and Knoxville. Originally developed as a large-scale blockchain infrastructure site, the facility is evolving to support next-generation workloads such as artificial intelligence and high-performance computing (HPC). Designed for scalability, efficiency, and power-intensive applications, the Marble campus reflects Core Scientific’s focus on delivering flexible, high-capacity infrastructure in emerging data center markets.

⚙️ Facility Highlights

1. Purpose-built, high-density data center, optimized for AI, HPC, and compute-intensive workloads.
2. Large-scale power infrastructure, supporting over 100 MW of capacity for energy-intensive deployments.
3. Scalable campus environment, situated on approximately 70 acres with expansion capabilities.
4. Approx. 250,000 sq ft facility, enabling large-scale, modular deployments.
5. Advanced cooling systems, designed to support high-density compute environments efficiently.
6. Flexible deployment models, including containerized and building-based infrastructure.
7. 24/7 monitoring and operational support, ensuring uptime and performance continuity.
8. Transition-ready infrastructure, supporting the shift from blockchain to AI and next-generation workloads.

🔐 Security & Compliance

1. Secured campus environment, including perimeter fencing and gated access controls.
2. Multi-layer physical security, protecting critical infrastructure and data hall environments.
3. Controlled access systems, ensuring only authorized personnel can enter sensitive areas.
4. Continuous surveillance (CCTV), covering operational and security zones.
5. Fire detection and suppression systems, designed to safeguard high-density IT equipment.
6. Built to align with industry-standard operational and security best practices.

🌐 Connectivity & Carrier Access

1. Access to regional fiber networks, enabling reliable, high-speed data transport.
2. Low-latency connectivity to major southeastern U.S. markets, including Atlanta and Charlotte.
3. Designed for high-throughput workloads, supporting AI training, data processing, and cloud-scale operations.
4. Interconnection capabilities, enabling integration with carriers and service providers.
5. Infrastructure supports hybrid and distributed computing architectures.
6. Ideal for large-scale compute environments requiring strong network performance and geographic diversity.

💼 Who It Serves

1. Hyperscale and AI infrastructure providers deploying high-density compute environments.
2. Cloud and HPC operators requiring large-scale, power-intensive infrastructure.
3. Enterprises with advanced analytics, machine learning, and data processing workloads.
4. Digital infrastructure platforms transitioning from traditional to next-generation compute use cases.
5. Organizations seeking scalable, cost-effective deployments in emerging U.S. data center regions.