Infrastructure & Hardware

Infrastructure and hardware comprise the physical compute systems, specialized chips, and data center components that power artificial intelligence workloads. Truncated covers chip architectures, supply chains, energy requirements, and the hardware deployments that enable large scale computing.

Saturday 7 November

Texas Governor-Elect Hinojosa Urged by CoreWeave to Support Data Center Growth

AI-generated summary CoreWeave Inc. sent a letter to Texas Governor-elect Gina Hinojosa to seek collaboration on present and future data center projects in the state. CoreWeave co-founder and Chief Executive Officer Michael Intrator stated that the company strongly supports the principle that data center growth must work for Texas.

Also covered by Investing.com TNW | Corporates-innovation news.bloomberglaw.com

Friday 6 November

A Kitchen Slide Manufacturer Controls Up To 90 Percent Of The AI Server Market, Thanks To Precise Manufacturing Of Racks Housing Multi-Million GPU Clusters

AI-generated summary Taiwanese manufacturer King Slide Works commands an estimated 70 to 90 percent market share in precision slide rails used for high-end AI server racks. The company holds approximately 3,750 patents and has approved more than 600 million dollars in capital expenditure to build a new manufacturing plant.

Crusoe Hands Google a Pre-Developed Wyoming AI Data Center Site

AI-generated summary Crusoe announced on November 6, 2026 that Google acquired its data-center site in southeast Wyoming after completing pre-development work including site selection and a hybrid power strategy. Chief executive Chase Lochmiller stated that Crusoe has more than 6 gigawatts contracted and over 40 gigawatts in its broader pipeline.

Also covered by news.bloomberglaw.com bloomberg.com TNW | Google

Why Spending Millions on AI Hardware Isn’t Giving Your Company the Performance You Expect

AI-generated summary Businesses investing heavily in artificial intelligence hardware often fail to receive expected performance due to thermal throttling, cooling component deterioration, and power limitations. TechRadar reported that artificial intelligence data centers use only about 60 percent of consumed power for actual work while failures and restarts account for approximately 10 percent.