Deploying high-density GPU clusters for AI is no longer a future trend—it’s a present-day reality. But as compute power skyrockets, the physical infrastructure is often left behind, creating a dangerous gap. Standard assessments can’t see the new, dynamic failure points introduced by hardware drawing 50kW, 70kW, or more per rack.
At Mission Critical Engineers, we specialize in identifying these hidden risks before they lead to catastrophic downtime. Our assessments consistently uncover vulnerabilities that can throttle performance and compromise your entire investment.
Before you scale, consider these critical questions:
- Is our current cooling design truly capable of managing the concentrated thermal exhaust from racks drawing 50kW, 70kW, or even higher, or are we creating hotspots that will throttle our most expensive assets?
- Can our existing power distribution units and branch circuits handle the sustained, high-amperage draw of modern GPUs without creating “stranded power” or risking hardware failure?
- Are we simply moving hot air around, or are we efficiently rejecting heat at its source to maintain facility-wide stability and a low PUE?
Answering these questions is the first step in engineering true uptime.
Get the Answers: Download Our Executive Brief
Our new executive brief, “Engineering Uptime: Mitigating Risk in High-Density GPU Deployments“ provides a concise, actionable analysis of these three critical vulnerabilities and the forward-looking strategies required to solve them.
Download your complimentary copy to get the data-driven insights you need to ensure your facility is truly future-proof.
By taking a proactive approach to your physical infrastructure, you can ensure that your investment in high-density computing delivers maximum performance, reliability, and operational excellence.