Accelsius

As we reflect on the highlights of 2023, it's clear that a tidal wav of change swept through the data center industry, particularly in the realm of cooling solutions. From the emergence of liquid cooling as a prominent topic at industry conferences to the growing consensus around innovative direct-to-chip systems, last year marked a significant shift in thinking. Excited to see how these advancements continue to shape the future of data center technology!

From Skepticism to Standing Room Only: Liquid Cooling's Breakout Year A look back at 2023: The analysts were right. All eyes focused on liquid cooling to meet the greater server densities and higher compute performance of modern data centers.

Great article from : "Refreshingly, Accelsius’ offering – dubbed NeuCoolTM – has also been designed with serviceability in mind, providing enough space in the data center rack to hot-swap power supplies, pumps and core electronic control units when required."

Liquid cooling: From complexity to commodity Disrupting the data center dynamic with next-generation liquid cooling

Exciting news! Thrilled to launch our KickStart Program, an exclusive field trial of our innovative NeuCool™ platform, a two-phase, direct-to-chip liquid cooling solution for mission-critical applications.

Our early program participants are excited about best-in-class heat removal, using eco-friendly waterless coolant, provided alongside enterprise-grade services and all based on a NAM supply chain.... We can't wait to share the success stories!

https://ow.ly/qgT750QipaG

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Using direct-to-chip liquid cooling instead of traditional air cooling can lower the PuE to about 1.08 and increase the amount of power available for pure compute by 70%. Read Accelsius' CSO, Praveen Asthana's, analysis to learn more! https://www.accelsius.com/blog/ai-vs-the-data-center

AI vs. the Data Center Adopting liquid cooling can help company executives and facility operators break through the current limits of data center economics to truly enable AI implementations at scale