Introducing microfluidic cooling: a breakthrough in chip cooling technology

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Introducing microfluidic cooling: a breakthrough in chip cooling technology


Microfluidic cooling is part of Microsoft’s systems approach to advancing AI infrastructure – from chips to servers to datacenters, all the way to the cloud. This video shows how we’re able to deliver precision cooling with designs inspired by nature and optimized by AI. By etching microchannels directly onto the chip, coolant flows to the hottest regions of each CPU and GPU, enabling up to 3x better cooling performance than cold plates* and 65% reduction in maximum temperature rise of the silicon inside a GPU. Through innovations like this, we’re opening the door to new architectures that use less water and power, helping us build more sustainable, performant datacenters for the world’s most demanding AI workloads. *depending on depend on workloads and configurations involved Read more in our blog: https://aka.ms/AApbc2e Explore the microfluidic cooling infographic: https://aka.ms/microfluidicsinfographic Subscribe to Microsoft on YouTube here: https://aka.ms/SubscribeToYouTube Follow us on social: LinkedIn: Twitter: Facebook: Instagram: For more about Microsoft, our technology, and our mission, visit https://aka.ms/microsoftstories
Microfluidic cooling is part of Microsoft’s systems approach to advancing AI infrastructure – from chips to servers to datacenters, all the way to the cloud. This video shows how we’re able to deliver precision cooling with designs inspired by nature and optimized by AI. By etching microchannels directly onto the chip, coolant flows to the hottest regions of each CPU and GPU, enabling up to 3x better cooling performance than cold plates* and 65% reduction in maximum temperature rise of the silicon inside a GPU. Through innovations like this, we’re opening the door to new architectures that use less water and power, helping us build more sustainable, performant datacenters for the world’s most demanding AI workloads. *depending on depend on workloads and configurations involved Read more in our blog: https://aka.ms/AApbc2e Explore the microfluidic cooling infographic: https://aka.ms/microfluidicsinfographic Subscribe to Microsoft on YouTube here: https://aka.ms/SubscribeToYouTube Follow us on social: LinkedIn: Twitter: Facebook: Instagram: For more about Microsoft, our technology, and our mission, visit https://aka.ms/microsoftstories
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