AI & GPU Infrastructure
GPU & HPC COLOCATION

Requirements, pricing, and planning for GPU cluster colocation at megawatt scale.

3 articles · Part of AI & GPU Infrastructure
Articles

Comprehensive guides and insights about gpu & hpc colocation.

Why Liquid-Cooled GPU Colocation Beats Cloud for Long-Running AI Training in 2026

Why Liquid-Cooled GPU Colocation Beats Cloud for Long-Running AI Training in 2026

Liquid-cooled GPU colocation costs 40–60% less than cloud for long-running AI training. Here's the infrastructure math that makes it obvious.

8 MIN READ
Why H100 Clusters Overheat in Standard Colo and What 120kW Per Cabinet Actually Fixes

Why H100 Clusters Overheat in Standard Colo and What 120kW Per Cabinet Actually Fixes

H100 clusters demand 60–80kW per cabinet minimum. Most colo facilities cap at 10–15kW. Here's what 120kW/cabinet liquid cooling actually solves.

9 MIN READ
Why GPU Colocation at $250/kW Beats Cloud GPUs for Sustained AI Training in 2026

Why GPU Colocation at $250/kW Beats Cloud GPUs for Sustained AI Training in 2026

GPU colocation at $250/kW beats cloud GPUs for sustained AI training. Compare real costs, latency, and control for HPC workloads in 2026.

8 MIN READ
Related Topics

Other areas within ai & gpu infrastructure.

3 articles

Power, Cooling & Density

Data center power architecture, 2N redundancy, liquid cooling, and kW/cabinet planning for high-density workloads.

Explore →
2 articles

AI: Colo vs. Cloud

Cost comparisons, cloud repatriation analysis, and decision frameworks for AI workloads outgrowing hyperscalers.

Explore →
Expert Guidance

Need help implementing gpu & hpc colocation strategies?

Our team can help you implement these strategies in your infrastructure.

Contact Our Team →