High heat dissipation efficiency, suitable for high heat flux density applications (such as CPUs and GPUs). Compact structure and lightweight. Liquid cold plates provide order-of-magnitude better ther...
HOME / Spot Cold Channel High Density - SMB AI-Systems & High-Speed Interconnect
Spot Cold Channel High Density - SMB AI-Systems & High-Speed Interconnect [PDF]
To satisfy critical thermal management needs in applications as diverse as military/aerospace, medical/test equipment, power electronics, lasers, renewable energy and transportation, these liquid
Get Quote
Discover how advanced thermal design and analysis, using cold plates in electronic cooling systems, help optimize product performance, reduce costs, and ensure reliability in high-performance
Get Quote
Explore our advanced cold plate designs and tailored heatsinks for optimal cooling performance and reliability in your applications.
Get Quote
To enhance the efficiency of power electronics, a composite DC-DC converter architecture has been proposed based on the literature, which addresses the loss mechanisms
Get Quote
Why use liquid cold plates? Leverage the high heat capacity of liquid to quickly absorb more heat than air cooled thermal management solutions. Coldplates excel at dissipating high-density, high-output
Get Quote
Liquid cold plates with optimized microchannel design provide a powerful solution by improving heat transfer, lowering thermal resistance, and ensuring temperature uniformity.
Get Quote
These sealed, facility-ready cold plates connect easily to JetCool''s 6U liquid-to-liquid Coolant Distribution Unit (CDU), creating an integrated liquid cooling solution that scales effortlessly for high
Get Quote
This guide covers cold plate design fundamentals including channel geometry, material selection, CFD optimization, and system integration considerations for power electronics applications.
Get Quote
The liquid cooled plate not only meets the requirements of high-performance computing units for fast heat transfer, but also saves space for high-density computing integration.
Get Quote
To better understand the impact of design choices regarding cold plate distribution scheme, microchannel configuration, and channel size, the geometrical features are characterized.
Get Quote