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Nvidia is promoting its new Vera Rubin chip system, which combines GPUs and CPUs, aiming to supply complete AI systems for data centers; OpenAI already has a rack in use.
Hut 8 signs a $9.8 billion AI data center lease, fully commercializing its Texas campus.
This essay argues that opposition to AI data centers, while valid, distracts from the larger issue of AI companies' concentration of power and wealth.
The article discusses the growing local opposition to AI data centers due to environmental and energy concerns, highlighting a historic case in Ireland and current widespread resistance.
CNBC ranks the top 10 US states best positioned to attract AI data center investments based on infrastructure factors like abundant electricity, water, and shovel-ready sites, despite rising public opposition.
South Korean tech giants, led by Samsung and SK Hynix, have committed over $900 billion to build four new memory fabs, an HBM packaging hub, and AI data centers to address the global memory chip shortage ('RAMageddon') and strengthen the country's AI industry.
IBM announces a new nanostack transistor architecture that enables sub-1 nanometer node chips, offering significant performance and energy efficiency gains for AI data centers.
Nvidia announces a warm-water cooling system that can reduce on-site data center water use significantly, but critics note that water consumption for electricity generation and chip manufacturing remains unaddressed, meaning the total water footprint is only partially reduced.
Jeff Bezos argues that AI data centers should be prioritized for water and energy resources over human consumption to enable the development of superintelligence, sparking controversy over AI's environmental impact.
Conservatives are planning a nationwide protest against AI data centers, highlighting growing political opposition to AI infrastructure.
While AI data centers' water use is negligible globally, they can significantly strain local water supplies in specific regions, prompting tech companies like Amazon and Google to improve efficiency and fund water replenishment projects.
China is reportedly planning a $295 billion investment in AI data centers over five years, prioritizing domestic suppliers like Huawei to reduce reliance on US chipmakers such as Nvidia.
The AI data center boom has caused memory and GPU prices to skyrocket and component shortages, while consumer PC industry sales have plummeted over 70%. Industry experts believe PC ownership is being replaced by a cloud rental model.
SpaceX has committed over $2.8 billion to purchase gas turbines to power AI data centers for its xAI unit, highlighting energy constraints in the AI boom and regulatory controversies.
Lake Tahoe faces a power crunch as its energy provider's contract ends, exacerbated by surging demand from AI data centers, forcing residents to find new suppliers and likely pay higher prices.
A Gallup poll finds 70% of Americans oppose AI data center construction in their local area, citing concerns over resource usage, utility costs, and environmental impact, with opposition rising sharply since late 2025.
Google and SpaceX are reportedly in talks to launch orbital data centers for AI compute, aiming to reduce costs and avoid local backlash, though terrestrial centers are currently cheaper.
Maryland has filed a complaint with federal regulators, arguing that state residents are unfairly bearing the $2 billion cost of grid upgrades necessitated by out-of-state AI data centers.
AI data centers face growing community complaints about inaudible infrasound and high-decibel noise from cooling systems and on-site gas turbines, which residents claim cause adverse health effects like headaches and anxiety.
A reflective essay arguing that society must accept many impossible contradictions, including the rush to AI despite climate and energy crises, dependence on US clouds, and geopolitical tragedies. The piece criticizes the uncritical adoption of AI and the erosion of digital sovereignty.