The secret to increasing data center performance lies at the interface.
As data centers evolve to support the explosion of AI and ever-increasing power densities, thermal management is no longer just a design consideration—it’s a strategic imperative.
Power fluctuations, overheating, and inefficient cooling solutions aren’t just technical nuisances; they drive unplanned downtime, inflate operational costs, and threaten long-term profitability. The question for data center operators isn’t whether they’ll face these challenges— it’s how to solve them without compromising performance, sustainability, or serviceability.
At Carbice, we believe the interface isn’t just a material problem—it’s a system-level issue. Carbice’s vertically aligned carbon nanotube technology transforms thermal interfaces from a liability into a scalable advantage, offering both performance predictability and manufacturing efficiency. With this breakthrough, Carbice is redefining the role of cooling in data center design, enabling more reliable systems that are easier to deploy, maintain, and scale. This paper explores the hidden costs of legacy thermal interfaces, the systemic risks they pose to data center operators and IT suppliers, and how Carbice’s material innovation and reliable cooling expertise solve a problem the industry has long ignored. The solution isn’t just about better thermal conductivity—it’s about building the foundation for faster deployment, more reliable operations, and a more sustainable digital future