Strategic Infrastructure for Hyperscaler and Colocation Success

AI is rewriting the rules of data center performance. Is your data center set up for premium operational efficiency?

The July 2024 near-blackout in Virginia’s “Data Center Alley” was a wake-up call. Sixty facilities, powering 70% of the world’s internet traffic, nearly went dark in an instant.

As AI workloads grow denser and more power-hungry, the risk to uptime, efficiency, profitability, and sustainability increases, and traditional cooling strategies can’t keep up.

This brief explores how cooling infrastructure design must evolve to meet the realities of AI-driven demand. Armed with this knowledge, hyperscale, colocation and enterprise operators can upgrade their systems to ensure reliability, sustainability, and performance, no matter what comes next.

What will you learn from this brief?

The AI Cooling Gap

See how soaring rack densities, nonstop AI workloads, and tightening resource constraints are redefining what “reliable cooling” means for hyperscale and colocation facilities.

Core Principles of AI-Ready Cooling

Explore key strategies, like modular scalability and intelligent controls, that keep performance high and operating costs low in high-density environments.
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Inside the AIRSYS PowerOne™ Line

Get an exclusive look at AIRSYS’ next-generation cooling portfolio. Our CritiCool-X™, FluidCool-X™, Optima2 CW™, and MaxAir™ are purpose-built to close cooling gaps and power AI growth.
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Resilience isn't optional. Resilience is mission-critical.

In 2024, 19% of all data center outages were caused by cooling system failures, and 54% of those failures cost operators more than $100,000 each.

Bridge the gap between today’s infrastructure and tomorrow’s AI-fueled challenges.

Meeting tomorrow’s demand will require fundamentally rethinking how AI data centers should approach thermal management. Download your copy now and start building a cooling strategy for what's next.

Download Your Copy Today