Direct-to-chip liquid-cooling enables the leap from traditional datacenters to high-throughput AI factories
Part 4 of 6 in a series, “Powering AI Factories: Scaling GenAI with Direct-to-Chip Liquid-Cooling”
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Advances in GenAI reasoning will dramatically increase the need for accelerated computing
Part 3 of 6 in a series, “Powering AI Factories: Scaling GenAI with Direct-to-Chip Liquid-Cooling”
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AI infrastructure is no longer a backend cost; it is increasingly a front-end value engine
Part 2 of 6 in a series, “Powering AI Factories: Scaling GenAI with Direct-to-Chip Liquid-Cooling”
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The fastest growing companies are investing in automation and data to drive GenAI readiness
Part 1 of 6 in a series, “Powering AI Factories: Scaling GenAI with Direct-to-Chip Liquid-Cooling”
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Powering AI Factories: Scaling GenAI with Direct-to-Chip Liquid-Cooling
Transforming Datacenters from Cost Centers to Engines of Intelligence
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Supermicro Open Storage Summit Showcases the Impact of AI Workloads on Storage: Starts August 12
- Expanded virtual event features 9 sessions, 23 companies and 40 speakers, up from 7 sessions in 2024
- Focused on AI workloads including distributed inference infrastructure models, enterprise AI using Agentic, RAG, and GenAI and their impact on storage
- Other topics include Storage-as-a-Service, software defined storage
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Super Micro and NVIDIA talk about the new stage of generative AI: How can Japan companies take advantage of this opportunity?
For Japan companies to ride this wave, they need to change their mindset towards AI investment and overcome the challenges of AI infrastructure. Nvidia and Super Micro talked about how to work on it specifically.
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TechTalk: This is why HPC and AI systems are increasingly being cooled with warm water
At ISC High Performance 2025, ManageIT speaks with Ian Lloyd from Supermicro about liquid cooling.
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Edge AI: Ushering in an Era of Real-Time Intelligence
The future of generative AI hinges on edge computing. It should be viewed as a national task. - says Kim Seong-min of Supermicro
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Supermicro Now Shipping High-Performance 4-Socket X14 Servers for Demanding Enterprise, Database, and Mission-Critical Workloads, Based on Intel Xeon 6 Processors
- Performance increase of up to 50% compared to the previous generation of Intel processors
- Compute density is maximized with 4 Intel Xeon 6 processors for a total of up to 344 cores per system
- Supports up to 6 Double-Width GPUs for Enterprise AI Workloads
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