... spots. Amidst these challenges, single-phase cold plate cooling is gaining traction as IT power densities experience a dramatic climb. However, the widespread adoption of this cooling method faces impediments such as the limited availability of chilled water supplies, constrained air distribution...

... Abstract A numerical analysis of the effects of water-cooled cold plate designs and the coolant inlet velocity on the thermal management of computer chips with hotspots is presented. With the increasing demand for computational capabilities of highperformance computing, non-uniform temperature...

... advanced cooling technologies, need to be investigated. Liquid cooling is becoming more mainstream to overcome the some of challenges mentioned above. Direct-to-chip cold plate-based liquid cooling is highly efficient and becoming more reliable as the advancement in technology is taking place. Several...

... in a thermally conductive dielectric fluid allowing it to dissipate heat from all the electronics. The broader focus of this research is to investigate the heat transfer and flow behavior in a 1U air cooled spread core configuration server with heat sinks compared to cold plates attached in series...

... densities, single-phase cold plate cooling is becoming increasingly popular. However, the limited availability of a source of chilled water or constrained air distribution routes and the unavailability of raised floors are the main obstacles to the adoption of single-phase cooling technologies in many old...

... for a product, and prepare the facility accordingly to align with long term strategy. In this presentation, we will introduce a passive cold plate loop solution (Tide 1.0), based on Meta’s AI training platform (Zion) with eight Open Accelerator Modules (OAM). It reflects the design considerations...

... in terms of heat transfer and fluid flow characteristics, as well as manufacturability, and reduced weight, material usage, and production cost. topology-based design additive manufacturing heat sink cold plate liquid cooling Proceedings of the ASME 2022 International Technical Conference...

... Abstract Rising power densities at the server level due to increasing performance demands are being met by using efficient thermal management methods such as direct-to-chip liquid cooling. The use of cold plates that are directly installed yields a lower thermal resistance path from the chip...

... and qualification process for developing cost effective LAAC solutions to provide cooling capabilities for multiple socketed packages are also discussed. This effort includes qualifying high performing heat exchanger (finned radiator) and cold plate with different fin designs. Thermal simulations were conducted...

... CFD FNM liquid cooling cold plate MCM The objective of the study is to improve on performance of the current liquid cooling solution for a Multi-Chip Module (MCM) through design of a chip-scale cold plate with quick and accurate thermal analysis. This can be achieved through...

... consumption of this system, liquid cooling system has been developed. This paper reports the development of cold plate technology and vapor chamber application by using micro-channel fin. In case of cold plate application, micro-channel fin technology is good for compact space design, high thermal performance...

...-cooled systems. One method to reduce cost is to use fabricate the cold plate using heatsink manufacturing techniques. Case studies are presented to show liquid-cooling with these lower cost cold plates can provide performance that exceeds air-cooling solutions. Finally, suggestions are offered...