Data Center News
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Oracle and YGI have revised Project Jupiter’s planned fuel-cell microgrid in New Mexico, cutting projected permitted greenhouse-gas emissions from about 8.8 million to 5.7 million tons per year.
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Nidec has unveiled the NIR3.0, an in-row coolant distribution unit designed for next-generation AI data centers using 800 VDC power architectures. The prototype is rated for up to 3.2 MW of cooling capacity and is being shown at the 2026 OCP Global Summit in San Jose. Nidec says the higher-voltage DC input is intended to…
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Semtech says AI data-center growth could increase its semiconductor content per optical module by more than 10× as it expands across copper and fiber interconnects.
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Vertiv has introduced an open DC Fault Manager reference architecture for 800 VDC AI data centers, separating fast breaker action from centralized fault analysis and safe re-energization.
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AI racks are outgrowing 54V power distribution. Here is why 800V DC sharply cuts current, copper and rack-space pressure as systems move toward megawatt-scale power.
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Credo and a group of optical suppliers are building an Open Compute Project standard for short-reach micro-emitter optics inside AI data centers.
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Cisco and NVIDIA are proposing a new USFP optical module for 400Gb/s-per-lane AI fabrics, targeting up to 12.8Tb/s capacity with higher front-panel density and lower power per bit.
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Worldwide data center physical infrastructure revenue reached $14 billion in the second quarter of 2026 as AI demand pushed cooling, UPS systems and power distribution higher.
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TIA has released the first draft of DCE 9000, a proposed certifiable quality-management standard for data-center physical infrastructure.
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xFusion is showing 800V high-voltage DC power, 155 kW liquid-cooled racks and 240 kW supernode systems at OCP Global Summit 2026.
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BrainChip has launched Sequora, a processor IP core designed to run generative AI models directly on battery-powered edge devices.
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MSI is expanding its 21-inch ORv3 server lineup at OCP with new air- and liquid-cooled two-node systems supporting up to 600W CPUs per node.
