A rack-scale design that drives data center power efficiency.

Oxide's publication is a resource for semiconductor professionals, engineers, and enthusiasts seeking to stay informed about the latest developments in hardware design, semiconductor technology, and electronics manufacturing processes. Through technical articles, research papers, and industry analyses, Oxide offers insights into semiconductor fabrication techniques, chip design methodologies, and emerging applications of semiconductor technology. Readers can learn about integrated circuit design, semiconductor materials science, and semiconductor manufacturing innovations to stay ahead of the curve and make informed decisions in the rapidly evolving semiconductor industry. Additionally, Oxide provides updates on industry events, market trends, and regulatory developments to help semiconductor professionals navigate the complexities of the global semiconductor market and capitalize on emerging opportunities.

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Data centers currently consume 1-2% of the world's power, and this is expected to double by the decade's end. Oxide aims to cut power consumption with innovative rack-scale design, integrating hardware and software to treat the entire rack as a single computer. Key improvements include replacing low-efficiency AC power supplies with high-efficiency DC Bus Bars, using bigger fans for better cooling efficiency, and eliminating unnecessary components to enhance airflow and energy use. This approach delivers significant power savings and sustainability benefits for on-premises computing.

How Oxide Cuts Data Center Power Consumption in Half