Products

The Edge Products

Four coordinated product families designed to eliminate ambiguity through SLA-grade telemetry and defined operational boundaries.

AI Zones

High-Density

High-density rack programs for GPU-intensive workloads.

What's Included

Specialized high-density environments designed for GPU-intensive inference and training workloads.

High-Density Racks

60kW, 100kW, and 150kW per rack configurations.

Liquid Cooling

Direct-to-chip cooling for maximum density and efficiency.

Defined Envelopes

Pre-engineered power, cooling, and network specifications.

Rapid Deployment

Standardized designs for faster commissioning.

GPU-Optimized Network

High-bandwidth, low-latency fabric for distributed training.

Operational Support

Specialized support for AI infrastructure.

What it unlocks

Maximum densityRun more GPUs per rack than traditional facilities
Faster time-to-productionPre-engineered designs accelerate deployment
Efficient coolingLiquid cooling reduces PUE and operating costs
Scalable AIGrow inference and training capacity predictably

What's measured (SLA boundary)

Power delivery and availability
Cooling performance (inlet temps, flow rates)
Network throughput and latency
GPU utilization and health
Incident response times

Measurements are demarc-to-demarc within the AI Zone service boundary.

Optional add-ons (upcharges)

Reserved Expansion: Guaranteed capacity for future GPU deployments.
Enhanced Cooling: Support for next-gen GPU thermal requirements.
Dedicated Fabric: Private high-bandwidth network for your workloads.
ML Ops Support: Specialized operational support for AI workloads.

Ideal customers

AI companies running large-scale inference
Enterprises deploying internal LLMs
Research institutions with GPU clusters
Cloud providers expanding AI capacity

How it works

1

Define requirements

GPU type, density, and cooling needs.

2

Select configuration

60kW, 100kW, or 150kW rack programs.

3

Deploy and scale

Commission with defined acceptance gates.

Quote inputs (2 minutes)

GPU type and quantity
Power density requirements
Cooling preferences (air/liquid)
Network bandwidth needs
Timeline and growth plan