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18 articles
TerraPower's nuclear reactor design offers a strategic advantage in the race to power AI data centers, with modular technology and enhanced safety features making it particularly appealing to tech companies.
Nvidia's Vera Rubin platform combines CPUs and GPUs into a single system, reflecting the company's growing ambition to power every layer of AI infrastructure.
Tower Semiconductor is investing $3 billion in expanding its 300mm silicon photonics operations in Japan, with the Japanese government contributing about $1 billion in grants. The move is aimed at meeting the growing demand for optical components in AI data centers.
Blackstone plans a $30 billion investment in Japan’s AI data centers, signaling strong confidence in the sector despite concerns about tech bubbles.
Ford has launched Ford Energy, a $2 billion subsidiary focused on manufacturing large-scale battery storage systems for data centers and utilities, repurposing a Kentucky plant originally built for EV batteries.
Schneider Electric and Foxconn have formed a strategic partnership to design and scale next-generation AI data center infrastructure, combining energy management expertise with advanced manufacturing capabilities.
Learn to model and plan AI data center infrastructure capacity using Python, simulating the $30B expansion strategy of AirTrunk in India.
Google addresses environmental concerns surrounding AI data center expansion by committing to replenish more water than it consumes while investing in local water infrastructure.
Nvidia has committed $6.5 billion to photonics companies in just three months, signaling a major shift toward light-based data transmission in AI data centers. The move reflects growing concerns over copper's limitations in handling the increasing demands of AI workloads.
Fervo Energy raises its IPO target to $1.82 billion, driven by demand for clean baseload power from AI data centers and strong investor confidence.
SoftBank plans to manufacture large-scale batteries for AI data centers at a former Sharp plant in Osaka, with production beginning next April.
This article explains how Meta is using space-based solar power to provide continuous energy to its AI data centers, combining space technology with renewable energy for scalable, sustainable computing.
