From AI to Big Data, we offer scalable, sustainable, cost effective High Density GPU Colocation solutions to meet the high capacity demands in today’s market.
Our solution supports power, advanced cooling, security, compliance control requirements, and interconnectivity in a single suite.
Our 20,000 acre data center campus enables on-site solar power generation in tandem with battery storage supported by low emission (N+2) redundant backup power.
Each modular microgrid + data center can be customized build-to-suit to meet off-taker requirements. Standard module size is 25MW of capacity covering 450 acres.
High-density colocation is designed to accommodate the increasing power requirements of modern IT equipment, particularly in artificial intelligence (AI) and other high-performance computing (HPC) workloads. In a high-density colocation setup, advanced cooling and power distribution systems manage the heightened heat generated by densely packed hardware. While traditional data centers might have power densities of around 2-5 kilowatts (kW) per rack, high-density colocation can reach much higher levels, often ranging from 120 kW to 130 kW and ultra-high-density can deliver 150kW and beyond per rack.
Traditional colocation is delivered via standard industry-accepted racks and cabinets with no additional per-cabinet cooling offered. High density and ultra-high-density colocation are delivered via state-of-the-art self-contained cabinets with integrated cooling options.
