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High-density, liquid-cooled data center environments engineered explicitly for GPU clusters, power reliability, and extreme compute efficiency.
A multi-layer infrastructure architecture routes power, cooling, and compute resources through dedicated processing layers, ensuring maximum efficiency, thermal stability, and AI performance.
Yellow Path:Power and workload progression through each infrastructure layer.
White Nodes:Monitoring, processing, and control checkpoints.
Output Layer:AI-ready compute delivered to production environments.
Supports 200kW+ per-rack GPU power density.
The full facility stack — incoming power, rack density, cooling infrastructure, network fabric, and controlled operations — is engineered around accelerator workloads from the ground up.
Rack layouts are planned around accelerator power draw, heat removal path, cable routing, and structured service access — not legacy 1U server assumptions.
DLC architecture brings coolant directly to compute components, avoiding the inefficiencies of air-only systems at high GPU densities.
Reliable AI compute starts with the electrical path — utility interconnection, switchgear, transformation, and UPS architecture before the first server powers on.
From incoming utility to GPU rack output — each layer of the facility is designed with AI workload performance as the primary constraint.
High-density rack architecture targeting AI/HPC accelerator loads
Direct liquid cooling with closed-loop CDU and chiller plant
Low-latency fabric with carrier-neutral interconnect access
24/7 NOC monitoring, remote hands, biometric access control
Owned generation and utility-connected sites across the U.S. footprint
Diverse carrier access and dark fiber pathway
The strongest data center story is not only the room. It is the integration of power generation, site control, direct liquid cooling, network access, and deployment speed — owned at every layer.
DigiPower X controls the infrastructure stack from energy assets through compute-ready colocation, compressing deployment timelines and improving long-term operating economics for AI and HPC customers.
Infrastructure strategy starts with energy access and site capacity — not with a leased building.
Existing electrical infrastructure and approved load studies compress development timelines.
Sub-$0.05/kWh power-cost visibility supports better long-term AI infrastructure economics.
Designed for 200kW+ rack densities and liquid-cooled accelerator clusters — not legacy workloads.
Whether you need co-location, a turnkey data center build, or bare-metal GPU compute — DigiPowerX has the infrastructure, the scale, and the team to deliver.
Purpose-built facilities designed to grow with you.
High-density power, advanced cooling, and elite connectivity.