“Hood” is Cray’s next-generation supercomputer, and is based on the XT3 architecture. It uses Opterons and an improved SeaStar network (torus topology). Details are pretty light at the moment, but it will be installed next year.
“Hood” is Cray’s next-generation supercomputer, and is based on the XT3 architecture. It uses Opterons and an improved SeaStar network (torus topology). Details are pretty light at the moment, but it will be installed next year.
With today’s growing adoption in the AI data center of liquid cooling – essential for controlling AI cooling costs and energy usage – minimizing risk includes the use of high-quality connectors. Liquid cooling connectors are crucial ….
This ebook from our friends over at Rescale, shows that by adopting a platform solution and retiring the fixed capacity, on-premises infrastructure model, companies can significantly reduce capital expenditures, dramatically increase productivity, and develop next-generation innovative products at a pace that surpasses their competition.
Siemens and nVent are collaborating to develop a liquid cooling and power reference architecture for hyperscale AI workloads. The new joint architecture developed by Siemens and nVent is designed to help build 100 MW hyperscale AI data centers built to house large-scale, liquid-cooled AI infrastructure, such as NVIDIA GB200 NVL72 systems. It presents a Tier […]
