
Farah Johnson-May
Articles
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Jan 15, 2025 |
datacenterdynamics.com | Farah Johnson-May |Dirk Naylor
The data center is evolving. With the increasing use of GPUs and CPUs for artificial intelligence (AI) applications, the demand for cloud processing is driving further AI expansion. As the incoming equipment evolves, it’s inevitable that the supporting infrastructure will need to change as well. For example, cabinets used to house equipment are growing taller and larger than traditionally, in order to accommodate the increased volume.
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Jan 9, 2025 |
datacenterdynamics.com | Farah Johnson-May
The data center industry often faces a critical challenge – delivering solutions that truly align with clients’ unique requirements. Too frequently, operators are offered one-size-fits-all products that fail to address specific priorities such as availability, low PUE, sustainability, or tight delivery timelines. In today’s fast-paced environment, being vendor-agnostic and prioritizing client-driven outcomes is more essential than ever.
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Dec 9, 2024 |
datacenterdynamics.com | Farah Johnson-May
When Bob Downing, VP of sales for energy solutions at AVK, began his career, the data center industry was a far cry from what it is today. Reflecting on his start as an apprentice in uninterruptible power supplies (UPS), Downing recalls a marked lack of modern technology, with typical applications focused on military, government, and banking. “These leviathans now serve the hyperscalers we recognize today.
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Nov 27, 2024 |
datacenterdynamics.com | Farah Johnson-May
Schneider Electric, originally known for its hardware solutions in energy management, has bolstered its portfolio to become a leading provider of industrial software. In a world where data center customers require a plethora of tools to efficiently manage and analyze large volumes of operational data, the software too needs to evolve to facilitate the demands of AI-driven applications.
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Nov 15, 2024 |
datacenterdynamics.com | Farah Johnson-May |Marc Hamilton Garner
Traditional data center designs have remained largely consistent over the last few decades, typically supporting around eight to 10 kilowatts (kW) per rack, with design features like raised floors and perimeter cooling. However, with the growing demands of AI and accelerated high-performance computing, there's a noticeable shift toward creating data centers capable of handling much higher power densities – up to 100kW per rack.
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