The rise of artificial intelligence is transforming not just how we work, but also how data centers are designed. From large language models such as Chat GPT to advanced neural networks, AI workloads are pushing the limits of traditional infrastructure and creating an urgent need for better AI data center cooling solutions and airflow management.
If you’re designing or upgrading a data center today, understanding and addressing these challenges is essential.
The AI Effect: Why Racks Are Hotter Than Ever
AI applications rely on incredibly powerful GPUs and high density compute nodes. These generate much more heat and consume far more power than conventional enterprise servers. Where a typical rack in the past might have drawn 5 to 10 kW, AI racks today can easily exceed 40 to 100 kW — and next generation designs are targeting even higher densities.
This dramatic increase has two big consequences:
- Traditional cooling methods are no longer enough. Raised-floor designs and perimeter cooling systems can’t handle the heat loads of modern AI racks.
- The risk of failure rises. Without proper cooling and airflow engineering, overheating can damage hardware, reduce performance, and shorten equipment lifespan.
As a result, data center operators are turning to smarter, more efficient AI data center cooling solutions that can handle these extreme workloads while maintaining uptime and energy efficiency.
EX Cabinet: Meeting the Weight and Density Requirements of AI
Engineered specifically for high-capacity environments, the EX Cabinet is built to support the increasing scale, weight, and complexity of next-gen data center equipment.
Here’s how it addresses the problem:
Built for strength. The EX offers an industry leading static and dynamic weight capacity of up to 4,500 lbs. With cabinet depths of up to 63″, it easily accommodates taller, deeper AI ready equipment.
Designed for deployment. With features like shock pallets, multi-use ramps, and complete integration of accessories, the EX is ready for quick installation.
Power and airflow ready. The EX includes robust cable, power, and airflow management features by default, with a range of optional accessories available to scale for high density demands.
By delivering superior strength and turnkey deployment features, the EX Cabinet provides a powerful platform for scaling AI operations without the complexity or delay of traditional infrastructure retrofits.
Why Aisle Containment Still Matters
Even with advanced cabinet level cooling, managing airflow throughout the data hall remains essential. That’s where aisle containment comes in — physically separating hot and cold air paths to improve efficiency and prevent recirculation.
Great Lakes offers a range of containment solutions that complement high density cabinets:
- Doors and panels to isolate hot or cold aisles.
- Ceiling baffles and walls that integrate with your existing infrastructure.
- Custom designs that fit around obstacles and make the most of available space.
When combined with hybrid cooling, aisle containment creates a comprehensive AI data center cooling solution. Together, they help lower energy costs, prevent hot spots, and extend equipment life — all while supporting the extreme demands of AI.
Building for the Future with AI Data Center Cooling Solutions
AI is no longer an emerging trend; it’s here, and it’s changing how data centers are designed. High density racks, hybrid cooling, and intelligent airflow management are now essential elements of any AI data center cooling strategy.
Solutions like the EX cabinet and Great Lakes’ aisle containment systems offer a clear path forward. They enable data center operators to handle the next generation of workloads without sacrificing reliability, efficiency, or scalability.
If your facility isn’t yet ready for 40 to 100 kW racks, now is the time to start planning.
Explore how Great Lakes’ high density cooling and containment solutions can prepare your data center for the AI powered future.
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