Powering the Future of AI, HPC & Energy
Digi Power X develops next-generation modular data centers, high-performance computing (HPC) solutions, and sustainable Bitcoin mining — built on a foundation of owned energy assets and grid-scale expertise.
Over 100MW of infrastructure across New York, Alabama, and North Carolina.
Liquid-cooled NVIDIA B200 clusters optimized for AI & HPC workloads.
Liquid-cooled NVIDIA B200 clusters optimized for AI & HPC workloads.
ABOUT US
With multiple sites, including our state-of-the-art combined cycle and high-capacity substations, we tap into and enhance the energy grid, supporting both industrial clients and broader energy markets. We are focused on continuously expanding our power infrastructure to create a resilient backbone for the future of energy and technology.
Why customers choose DigiPower X
Over 11,800 miners and 100MW developed electrical infrastructure.
Hydro, gas, and renewable power integration.
ARMS 200 modular Tier 3 data centers for AI & HPC.
Positive cash flow and zero long-term debt.
DigiPower X Data Centers
DigiPower X Data Centers provide AI and HPC optimized colocation, tailored racks, and managed infrastructure with high-density power, direct liquid cooling, and accelerated deployment timelines.
Custom colocation services with access to NVIDIA GPUs..
Cross-data center connectivity for redundancy and scaling..
Strategic U.S. footprint for enterprise and AI deployments..
NeoCloud integrates NVIDIA B200 GPUs, liquid-cooled servers, and ultra-fast networking to deliver unmatched performance for training and inference.
Seamlessly scale GPU clusters from hundreds to tens of thousands of GPUs with no disruption.
NeoCloud Compute →
Ultra-fast ethernet with up to 8,000Gbps per GPU node, enabling massive data throughput and faster training.
NeoCloud Networking →
Flexible reserved access options for your project or mission critical workload.
NeoCloud GPU Pricing →Integrated Solutions
DigiPower X combines modular data centers with NeoCloud, enabling enterprises to scale AI workloads seamlessly across private and public infrastructure. .
