How AI is Transforming Data Center Management

Nlyte Placement and Optimization with AI  Managing a data center today means making intelligent, data-driven decisions that drive performance, optimize costs, and enhance business agility. Nlyte Placement and Optimization AI empowers teams with advanced tools that bring... Read More
Blue data center image with an outline of a brain and AI written in the middle of the image.

Top CMDB Tools for Smarter IT Management

When your organization begins accumulating IT assets, systems, and services, managing them effectively becomes critical. Without a centralized system to organize, track, and understand the relationships between these assets, your IT environment can quickly become... Read More
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Why Liquid Cooling for Edge Is Now Essential

Why Liquid Cooling for Edge Is Now Essential As artificial intelligence (AI) and high-performance computing (HPC) continue to evolve, they are placing unprecedented demands on data center infrastructure, especially at the edge. One of the... Read More
Perhaps the most pressing infrastructure challenge at the edge is thermal management. The rise of AI and other high-performance computing (HPC) applications is driving a dramatic increase in server and rack power densities. The industry average for a data center rack is rapidly moving from 10 kW towards 20 kW, with high-density AI deployments pushing well beyond 40 kW and even approaching 100 kW per rack. This level of heat generation is pushing traditional air-cooling methods to their absolute limits.

Why Software-Defined Power for Edge Is a Game Changer

Why Software-Defined Power for Edge Is a Game Changer As edge computing continues to expand, the need for smarter, more adaptive infrastructure becomes increasingly critical. One of the most transformative innovations in this space is Software-Defined... Read More
Software-Defined Power (SDP) is a transformative technology that is particularly well-suited to the dynamic and automated nature of edge computing. Defined by the Uptime Institute as a layer of abstraction that makes it easier to continuously match power resources with changing data center needs, SDP moves power management from a static, hardware-based function to a dynamic, software-controlled one.