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Colovore Announces New 9MW, Liquid-Cooled AI Data Center in Santa Clara

Colovore, provider of the most efficient and scalable colocation solutions in the Bay Area, announced its second data center location in Santa Clara. Located at 3060 Raymond St. and immediately adjacent to its existing data center at 1101 Space Park Drive, the new facility will deliver another 9MW of liquid-cooled, high-density colocation capacity featuring standard 50 kW per rack capacities for customers deploying modern, high-performance A.I., Machine Learning, and Big Data applications and servers. The first phase of capacity will be delivered in Q1 2024.

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“Companies of all sizes and across all industry verticals continue to deploy more and more compute-intensive servers and they want to optimize those deployments and IT footprints”

The Growing Demand for Purpose-Built AI and HPC Data Centers

Since Colovore’s launch in 2013, the growth in data-driven applications and processing-intensive computing platforms has been exponential. The modern servers underlying these applications require 10-20x the amount of power and cooling to operate reliably versus just ten years ago, driven principally by advances at the CPU and GPU processing level. Today, AI and HPC servers routinely draw 1kW and higher per server rack unit, generating heat loads which far exceed the cooling capabilities of legacy air-based colocation facilities. These servers require highly-specialized, liquid-cooled data center environments, and the incredible growth in A.I., Machine Learning and Big Data system deployments continues to fuel strong demand for Colovore’s services.

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Colovore’s Differentiated Data Center

Colovore provides the most scalable, efficient, and robust colocation solutions in Silicon Valley. Unlike legacy data centers now scrambling to find ways to introduce limited liquid cooling options in their facilities, Colovore was designed from the ground-up to deliver the highest cabinet power densities, with every cabinet featuring liquid cooling. Its newest facility at 3060 Raymond will feature:

  • 50 KW of standard power per cabinet (vs. 3-5 kW per cabinet in legacy colos), but customizable up to 250 kW per cabinet for direct liquid cooling (DLC) deployments;
  • Robust liquid cooling via rear door heat exchangers and DLC connections for the most demanding servers;
  • Market-leading Silicon Valley colocation PUE of 1.1;
  • Highly flexible and scalable deployment options, featuring minimum commitments of only 10 kW per cabinet but built-in scalability to 50 kW in the same cabinet;
  • Highly-customizable private environments for commitments greater than 1 MW;
  • Data center floor loading of 3,000 pounds+ per cabinet to support the heaviest AI, HPC and storage platforms.

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