Unreasonable’s Post

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

Vertiv, renowned for its critical infrastructure solutions, has introduced Vertiv Environet Connect, a cloud-based fleet management and monitoring solution designed to enhance operational visibility and efficiency across diverse data center environments. Key Highlights: 📌 Cloud-Connected Monitoring: Vertiv Environet Connect offers a device-agnostic interface, enabling seamless management of various data center equipment, regardless of manufacturer, across multiple locations. 📌 Enhanced Infrastructure Oversight: The solution supports remote deployments, provides mass provisioning, and allows firmware updates for network management cards. It also delivers customizable alarm notifications for critical infrastructure components such as UPS systems, PDUs, and thermal units. 📌 Support for Edge Deployments: As edge computing grows, driven by AI applications, Environet Connect is designed to reduce latency and avoid processing bottlenecks by enabling secure, user-friendly, and web-accessible monitoring. Wesley Lim, VP of Software and Digital Solutions for Vertiv, noted, "Environet Connect enhances operational visibility and maximizes uptime for remote environments." #DataCenters #CloudManagement #AI Wesley Lim, VP of Software and Digital Solutions, Vertiv https://lnkd.in/ddYJ3ZZf

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

According to Gartner®, “Liquid cooling uses a liquid, such as water, or a refrigerant, rather than air, to cool the data center. This allows the cooling solution to be brought closer to the heat source, thus requiring less, if any, fan power. Liquid cooling can solve the high-density, server-cooling problem, because liquid (conductive cooling) conducts more than 3,000 times as much heat as air and requires less energy to do so, allowing increased data center densities. Read on! Interesting blog by Phil Read, Sr Director, Colocation Product Management 

According to Gartner®, liquid cooling can revolutionize data center cooling solutions by efficiently transferring heat away from servers using a liquid, such as water or refrigerant, rather than air. This method significantly reduces the need for fan power, making it a more energy-efficient option. Liquid cooling's high conductivity enables it to dissipate over 3,000 times more heat than air, enabling higher data center densities. Check out this insightful blog by Phil Read, Senior Director of Colocation Product Management.