Soeteck Blogs

A new GPU generation ships every 18 months. A traditional data center takes 36 months to build. AI training clusters now pull 50 to 250+ kilowatts per rack. Edge computing...

You keep hearing about AI compute demands. But the real bottleneck isn’t the GPU—it’s the infrastructure surrounding it. AI training clusters require rack densities far exceeding what traditional air‑cooled data...

Data center Precision cooling is a thermal management approach built specifically for the unique heat profile of servers, storage, and networking gear — not for human occupancy. While a conventional...

As digital infrastructure evolves at breakneck speed, you’re likely searching for smarter, faster, and more sustainable ways to deploy data center capacity. Enter the prefabricated data center—a game-changing solution that’s shifting...

When you need to deploy IT capacity quickly, a traditional brick-and-mortar data center often becomes your biggest bottleneck. Construction permits, civil works, and complex cooling systems can delay your project...

The International Energy Agency projects global data center electricity demand will double between 2025 and 2030, reaching roughly 945 TWh—comparable to Japan’s total electricity consumption. Cooling alone accounts for 30% to 55%...

Unlike in-row or rack-level cooling systems that sit directly between heat sources, perimeter cooling units are installed along the walls or periphery of a room. This configuration delivers conditioned air...

When you walk into a data center, you don’t see racks of servers randomly scattered in a room—you see carefully arranged rows of equipment generating enormous amounts of heat. If...

Let’s be honest: air cooling has reached its limit. If you’re running high‑density servers or AI clusters, you already know that. That’s why data centers everywhere are moving to a...