Equinor will deploy floating wind turbines offshore starting in late 2026 to power AI data centers, aiming to reduce grid strain and provide renewable energy tailored to AI workloads. The project leve...
The AI industry's surging electricity demand necessitates a reliable, low-carbon energy solution. This editorial argues that nuclear power, particularly advanced technologies like small modular reacto...
Major tech companies committing to cover AI data center electricity costs marks a shift in how power is viewed in AI infrastructure. This move signals growing responsibility around sustainability and ...
NVIDIA’s new NVFP4 low-precision format and OpenAI’s GPT-5.4 model launch together signal a shift in AI infrastructure, balancing precision and throughput to handle larger, more complex AI tasks effic...
As AI workloads become more intense and mission-critical, data centers are undergoing a fundamental redesign to support high power densities, advanced cooling, and environmental sustainability. This a...
The rapid growth of AI workloads is significantly increasing data center power consumption, putting strain on the U.S. electrical grid. This analysis explores how AI's unique power demands challenge t...
In 2026, AI infrastructure is undergoing a transformative shift driven by NVIDIA's NVFP4 low-precision training format, the expansion of edge and micro data centers, and innovative high-density data c...
The rapid growth of AI data centers in the U.S. is placing unprecedented strain on the national power grid, threatening reliability and environmental goals. This editorial calls for urgent, coordinate...
Marvell Technology's focused investment in AI-specific data center interconnects, including silicon photonics and custom chips, is driving its strong financial performance and market positioning. By s...
Marvell Technology’s dedicated focus on AI interconnect silicon has driven its recent financial success amid hyperscalers’ massive investments in AI data centers. This analysis explains why Marvell’s ...