Revolutionizing Data Centers: The Impact of Direct Liquid Cooling
As AI workloads grow, enterprises are embracing Direct Liquid Cooling in their data centers to sustainably remain cool and run effectively.
As AI workloads grow, enterprises are embracing Direct Liquid Cooling in their data centers to sustainably remain cool and run effectively.
In our exclusive Open RAN segment, The Fast Mode spoke to Supermicro's Michael Clegg on the challenges, opportunities and role of traffic visibility in supporting highly-intelligent, autonomous and high-performant RAN networks.
In de dynamische technologische omgeving van vandaag worden dienstverleners zoals cloud service providers (CSP’s), managed service providers (MSP’s), software-as-a-service (SaaS) providers en enterprise private cloud operators geconfronteerd met een groot aantal uitdagingen in het moderne datacenter.
SuperClusters with Nvidia HGX B200 8-GPU, Nvidia GB200, NVL4, and NVL72 systems deliver unprecedented AI compute density
ATLANTA and SAN JOSE, Calif., Nov. 19, 2024 — Supermicro, Inc. is showcasing its latest high-compute-density multi-node solutions which are optimized for high intensity HPC workloads.
Join us for Telecoms World Asia this November
All-new FlexTwin™ and New Generation SuperBlade® Maximize Compute Density with up to 36,864 Cores per Rack, featuring Direct to Chip Liquid Cooling and Upgraded Technologies to Maximize HPC Performance
Supermicro’s SuperClusters with NVIDIA HGXTM B200 8-GPU, NVIDIA GB200, NVL4, and NVL72 Systems Deliver Unprecedented AI Compute Density
In an interview with Vik Malyala he says, "Two years ago, server CPUs consumed 200W, but now the most powerful GPUs consume 1000W, and power consumption will continue to rise. If we don't make better server systems, more power will be wasted in the future, and it's our job to stop it."