Recent advancements in AI infrastructure—namely NVFP4 GPU precision, 25G Ethernet networking, and liquid cooling—are collectively transforming AI performance and efficiency. These integrated innovatio...
The rapid growth of AI data centers is placing unprecedented strain on the U.S. power grid, demanding urgent action to integrate advanced nuclear power and innovative energy solutions. This editorial ...
Advancements in power-efficient edge GPUs and 25G Ethernet connectivity are reshaping AI infrastructure design by balancing computational demands with energy constraints. This analysis explores how in...
This analysis examines how recent innovations in AI infrastructure—NVIDIA’s NVFP4 low-precision format, 25G Ethernet networking, and advanced liquid cooling—collectively address critical challenges in...
The United States faces urgent challenges as AI data centers rapidly increase electricity demand, exposing limitations in the aging power grid. The MESH urges accelerated deployment of virtual power p...
A confidential buyer has placed a $300 million order for AMD Instinct MI350X GPUs with lab-grown diamond cooling technology, marking a significant advancement in GPU thermal management for AI data cen...
The Mesh argues that telecom companies must confidently embrace outsourcing of AI infrastructure as a strategic imperative to manage rising costs and accelerate innovation. While acknowledging valid c...
The surge in AI-driven data center expansion is placing unprecedented demand on the US power grid, with electricity consumption projected to rival that of multiple major cities by 2030. This analysis ...
AI data centers are driving unprecedented energy demand that’s straining the U.S. power grid. While grid modernization lags, innovations like liquid cooling, edge GPUs, and virtual power plants offer ...
The rapid expansion of AI workloads is intensifying strain on U.S. power grids and driving innovation in data center infrastructure, particularly in cooling and semiconductor manufacturing. This analy...