Chilldyne’s Post

As AI accelerates computing demands, traditional air cooling can no longer meet thermal requirements efficiently. Direct-to-chip liquid cooling offers a revolutionary solution by removing heat directly from processors through a sophisticated four-stage cooling process: • Within cold plates, coolant absorbs heat directly from processors through micro-channels. • Within servers, sealed piping networks distribute coolant across high-power components. • Within racks, CDUs and manifolds manage cooling across multiple servers. • Within premises, heat transfers through exchangers to cooling towers for atmospheric rejection. Key benefits: • 40% reduction in electricity costs. • Up to 25x better heat transfer than air. • 80% reduction in data center space. • One-year ROI on facility investment. • Enables ~1kW AI processors. More / Resources @Supermicro: • Supermicro Liquid Cooling Solutions Overview: https://lnkd.in/eKzmmae7 • White Paper - Liquid Cooling Solutions: https://lnkd.in/ekhUFzS6 • Datasheet - Direct To Chip - Liquid Cooling Components: https://lnkd.in/ej3VECMm • White Paper - Direct Liquid Cooling - Power Savings Analysis: https://lnkd.in/eRYhBsYS #LiquidCooling #DirectToChip #DataCenter

➡ Powering AI at scale requires more than just advanced processors—it needs cooling designed for the future. Liquid-cooled systems have emerged as indispensable components for future-proofing #datacenter operations. Coolant Distribution Units (CDUs) should be an integral part of your #AI-ready #liquidcooling system. Here’s why: 🔽 ✔ Efficient Cooling: It creates an isolated water loop and pumps this through the cooling system to operate at maximum efficiency, automatically adjusting the coolant flow and temperature to provide 100% sensible cooling ✔ Precise Temperature Control: This action of “decoupling” allows the CDU to accurately monitor and control the flow and temperature of clean, cool fluid to all types of IT cooling systems. The CDU maintains a secondary loop water temperature above the dew point in the data center, eliminating the possibility of condensation. ✔ Redundancy: Built-in redundant pumps and resiliency features ensure temperature, flow rate, and pressure, ensuring increased uptime and reliability. Learn more here about how to optimize your #liquidcooling infrastructure for peak performance: https://lnkd.in/e9K3q5cw

➡ Powering AI at scale requires more than just advanced processors—it needs cooling designed for the future. Liquid-cooled systems have emerged as indispensable components for future-proofing #datacenter operations. Coolant Distribution Units (CDUs) should be an integral part of your #AI-ready #liquidcooling system. Here’s why: 🔽 ✔ Efficient Cooling: It creates an isolated water loop and pumps this through the cooling system to operate at maximum efficiency, automatically adjusting the coolant flow and temperature to provide 100% sensible cooling ✔ Precise Temperature Control: This action of “decoupling” allows the CDU to accurately monitor and control the flow and temperature of clean, cool fluid to all types of IT cooling systems. The CDU maintains a secondary loop water temperature above the dew point in the data center, eliminating the possibility of condensation. ✔ Redundancy: Built-in redundant pumps and resiliency features ensure temperature, flow rate, and pressure, ensuring increased uptime and reliability. Learn more here about how to optimize your #liquidcooling infrastructure for peak performance: https://lnkd.in/e9K3q5cw

🌊 We're proud to unveil EneaBlue, our groundbreaking 1.5-phase immersion cooling innovation for AI servers ! 🔬 By combining the best of two-phase cooling with sustainable single-phase fluids, we've created a game-changing solution that : • Delivers exceptional cooling for high-TDP GPUs, matching two-phase performance while using eco-friendly bio-based fluids • Reduces energy consumption by 32% compared to traditional cooling • Enables fluid temperatures up to 60°C, maximizing heat reuse potential • Eliminates PFAS-related concerns through partnership with MOTUL bio-based technology and Ynvolve for server. 💡 The result ? A cost-effective, sustainable solution that's ready to transform data center cooling for AI infrastructure. 🎯 Want to see it in action ? Visit us at DC world Paris 2024 ! #DataCenter #Sustainability #Innovation #AI #GreenTechnology #CoolingTechnology #ThermalManagement

Data centers face a growing challenge: managing heat generated by increasing computational power. As more devices are packed into tight spaces, effective thermal management becomes critical. Two of the most promising solutions are liquid cooling, which offers superior heat removal compared to air cooling, and immersion cooling, where servers are submerged in a thermally conductive liquid to enhance heat transfer. These innovations improve energy efficiency, supporting AI and other high-performance applications while minimizing environmental impact. #DataCenters #ThermalManagement #LiquidCooling #ImmersionCooling #EnergyEfficiency https://ow.ly/WBRT50TRLCh

Modern life relies on digital devices, generating vast amounts of data stored in energy-intensive datacenters. Traditional air-based cooling systems consume large amounts of electricity and water, and emit greenhouse gases. Liquid cooling offers a more sustainable alternative, with greater energy efficiency and cooling capacity. Join us on Dec 4 for a webinar with Wendy Luiten from WLC to explore sustainability challenges in data center cooling and how CFD simulation optimizes cooling strategies. Learn about plant-based oils as a viable alternative for immersion cooling. Link - https://sie.ag/3JpCUS #ElectronicsSemi #Simcenter #Datacenter #ImmersionCooling #Webinar

Modern life relies on digital devices, generating vast amounts of data stored in energy-intensive datacenters. Traditional air-based cooling systems consume large amounts of electricity and water, and emit greenhouse gases. Liquid cooling offers a more sustainable alternative, with greater energy efficiency and cooling capacity. Join us on Dec 4 for a webinar with Wendy Luiten from WLC to explore sustainability challenges in data center cooling and how CFD simulation optimizes cooling strategies. Learn about plant-based oils as a viable alternative for immersion cooling. Link - https://sie.ag/3JpCUS #ElectronicsSemi #Simcenter #Datacenter #ImmersionCooling #Webinar

Modern life relies on digital devices, generating vast amounts of data stored in energy-intensive datacenters. Traditional air-based cooling systems consume large amounts of electricity and water, and emit greenhouse gases. Liquid cooling offers a more sustainable alternative, with greater energy efficiency and cooling capacity. Join us on Dec 4 for a webinar with Wendy Luiten from WLC to explore sustainability challenges in data center cooling and how CFD simulation optimizes cooling strategies. Learn about plant-based oils as a viable alternative for immersion cooling. Link - https://sie.ag/3JpCUS #ElectronicsSemi #Simcenter #Datacenter #ImmersionCooling #Webinar

What are the tradeoffs in managing data center external airflow? It can be a careful balance of competing priorities, including thermal regulation, emissions control, noise, and aesthetics. Learn how digital twin technology offers a promising solution, enabling simulation and optimization of airflow scenarios for optimal performance and compliance. https://ow.ly/p6lv50TKnwx #DataCenter #DigitalTwin

Modern life relies on digital devices, generating vast amounts of data stored in energy-intensive datacenters. Traditional air-based cooling systems consume large amounts of electricity and water, and emit greenhouse gases. Liquid cooling offers a more sustainable alternative, with greater energy efficiency and cooling capacity. Join us on Dec 4 for a webinar with Wendy Luiten from WLC to explore sustainability challenges in data center cooling and how CFD simulation optimizes cooling strategies. Learn about plant-based oils as a viable alternative for immersion cooling. Link - https://sie.ag/3JpCUS #ElectronicsSemi #Simcenter #Datacenter #ImmersionCooling #Webinar