Independent data halls
Multiple data halls can support large-scale requirements and phased deployment.
IPC Hyperscale Campus.
The IPC Hyperscale Campus is envisioned as a large-scale facility designed for customers with substantial computing, storage, connectivity, and expansion requirements.
1.15
Design target PUESubject to final engineering and operating conditions.
A next-generation data center environment.
Its design priorities include energy efficiency, resilient power systems, scalable data hall capacity, network diversity, and operational flexibility.
Space and infrastructure.
Modular expansion
Capacity can be added in stages as computing, storage, and connectivity requirements grow.
Dedicated infrastructure
Power systems, telecommunications rooms, and customer areas can be planned around each deployment.
Carrier-neutral connectivity
Multiple fiber entry points can support diverse networks and more resilient connections.
Network diversity.
Multiple physical entry points and diverse fiber routes can reduce dependence on a single network path and improve service resilience.
The facility is intended to connect with domestic carrier networks, internet exchanges, cloud service providers, international cable systems, customer sites, and other IPC locations.
Sustainability principles.
The campus design may incorporate efficient cooling, modular infrastructure, renewable energy sourcing, and water and energy monitoring.
Energy sourcing
Renewable energy sourcing may form part of the campus operating model.
Efficient cooling
Cooling design can be matched to workload density, climate, and facility requirements.
Modular infrastructure
Capacity can come online in stages so resource use follows demand.
Resource monitoring
Water and energy monitoring can inform operating decisions and continuous improvement.
Prepare your infrastructure brief.
Capture the workload, deployment model, location needs, and timing in a structured summary for solution planning.
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