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HPC

Linux Dominates Supercomputers, Multicloud Service Reduces AWS–Google Latency, Tom's Benchmarks Drive HPC Insights

Linux Dominates Supercomputers, Multicloud Service Reduces AWS–Google Latency, Tom's Benchmarks Drive HPC Insights

TL;DR * Linux variants now power all TOP500 supercomputers, cementing OS as default for HPC workloads * New multicloud network service slashes AWS–Google latency, enabling HPC workloads to span hyperscalers with lower friction * Data center electricity demand projected to hit 580 TWh by 2028, driving grid upgrades to meet HPC

Nvidia, Amazon Scale HPC Cloud Amid Interconnect Bottleneck Concerns

Nvidia, Amazon Scale HPC Cloud Amid Interconnect Bottleneck Concerns

TL;DR * Nvidia Faces Export‑Breach Charges Over H200 GPU, Threatening Global HPC GPU Cloud Scale * Interconnect Energy Limits Expose HPC Data‑Movement Bottlenecks, Driving Architectural Re‑Design * Amazon Expands Indiana Data‑Center Campus to 2.4 GW, Fueling AI‑Driven HPC Workloads Nvidia H200 Export Crackdown Threatens Global AI‑

AI‑Driven GPUs Poised to 100× Data Center Compute Power by 2025

AI‑Driven GPUs Poised to 100× Data Center Compute Power by 2025

Industry‑wide GPU spending is projected at $500 B for 2025‑26, feeding a $3‑4 T AI‑infrastructure budget through 2030. Major hyperscalers have lengthened depreciation from three to five years, with some vendors extending to six years. Extending asset life by 2‑3× translates into an estimated $7

Saudi 500MW GPU Center, Liquid Cooling, Cloud Scaling Drive AI Boom

Saudi 500MW GPU Center, Liquid Cooling, Cloud Scaling Drive AI Boom

TL;DR * Liquid cooling cuts AI data center power use by 80%, enabling higher GPU density. * Saudi-backed AI data center to deliver 500 MW of Nvidia GPU power, fueling AI workloads. * GPU cloud computing scales through virtualization, hybrid deployments, and enhanced elasticity. Liquid‑Cooling Drives 80 % Power Savings and Ultra‑

Data Centers' Energy Footprint Highlights Climate & Health Costs, Spurs Sustainable Growth & Exascale HPC

Data Centers' Energy Footprint Highlights Climate & Health Costs, Spurs Sustainable Growth & Exascale HPC

TL;DR * Data Center Energy Use Drives Climate Impact and Public Health Costs. * Advanced Cooling and Expansion Drive Sustainable Data Center Growth. * Exascale Supercomputers and High-Performance CPUs Push HPC Frontiers. Data‑Center Energy Surge: Climate and Health Stakes Rising Energy and Water Use * Electricity consumption climbed from 12.5 TWh

GPU Cloud, HPC, and Edge Deployments Power AI, Scientific Workloads, Boosting Scalability, Efficiency, and Security

GPU Cloud, HPC, and Edge Deployments Power AI, Scientific Workloads, Boosting Scalability, Efficiency, and Security

TL;DR * GPU Cloud Services Provide Elastic Scalable Compute for AI Training and Scientific Workloads * High‑Performance Computing Drives Scientific Simulations and AI Training * Hybrid Cloud Deployments Enable Edge HPC for Low‑Latency Scientific Applications * Automated Data Center Management Improves Capacity, Reliability, and Energy Efficiency * Physical and Cyber Protections Maintain