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TI Unveils Power Solutions for Scalable AI Data Centres

Texas Instruments introduces new power management solutions and design resources to support scalable 800V AI data centre architectures.

texas instruments, ai, data centres, power management, gan, sic, 800v, efficiency, power conversion, nvidia, ocp

AOS Backs NVIDIA’s 800 VDC Power Architecture With SiC and GaN for Next-Generation AI Factories

AOS introduces SiC, GaN and MOSFET solutions to support NVIDIA’s 800 VDC architecture for high-efficiency AI data centers, from AC-to-DC conversion to rack-level power stages.

aos, alpha and omega semiconductor, 800 vdc, nvidia, ai factory, sic, gan, mosfet, power conversion, data center power, high voltage, ac to dc, dc to dc, ai infrastructure, wide bandgap devices

EPC Launches Radiation-Hardened GaN Motor Drive Evaluation Board for Space Applications

The EPC7C021 from EPC Space is a compact, radiation-hardened GaN motor drive board for use in space and aerospace environments.

epc, gan, radiation hardened, motor drive, three phase, aerospace, robotics, evaluation board, motion control, power electronics, space systems, egan, reaction wheels, ion thrusters

Power Integrations Launches GaN Reference Kit for Solar Race Cars

Power Integrations launches a GaN-based reference kit for solar race cars, offering 95% efficiency and a heatsink-free design.

power integrations, gan, powigan, innoswitch3-aq, reference design, solar car, world solar challenge, auxiliary power supply, renewable energy, high-efficiency power

EPC Unveils 5 kW GaN AC DC System for AI and Data Center Racks

EPC demonstrates a 5 kW GaN AC DC reference design improving efficiency and power density for AI servers and data center racks.

epc, gan, power conversion, ac dc system, epc91107kit, epc91110kit, orv3, ai server power, data center power, totem pole pfc, llc converter, high power density, thermal design, 48 v bus, modular power

Infineon Unveils 12 kW High-Density PSU Reference Design for AI Data Centers

Infineon’s 12 kW PSU reference design hits over 99% efficiency and 113 W/in³ power density using Si, SiC, and GaN technologies.

infineon, psu, ai data centers, high-efficiency power conversion, wide-bandgap, sic, gan, power factor correction, llc resonant converter, energy buffer, power density

Navitas and Cyient Partnership Aims to Strengthen India’s GaN Ecosystem

Partnership aims to build a complete GaN ecosystem for high power designs in India.

navitas, cyient, gan, power semiconductors, india, ai data centers, ev charging, industrial power, gan ecosystem, high voltage design

GlobalFoundries and Navitas Advance U.S. GaN Manufacturing for AI Datacenters and High-Power Systems

GlobalFoundries and Navitas form a long-term partnership to expand U.S. GaN technology and manufacturing for AI datacenters, energy and high-power systems.

globalfoundries, navitas semiconductor, gan, gan-on-si, ai datacenters, power electronics, high voltage, energy infrastructure, semiconductor manufacturing, power conversion, data center hardware

Navitas Expands GaN and SiC Power Devices for 800 V AI Data Centres

Navitas extends its GaNFast and GeneSiC semiconductor portfolio to support NVIDIA’s 800 V AI data-centre architecture with higher efficiency and density.

navitas semiconductor, ganfast, genesic, sic, gan, 800 v, ai data centre, power conversion, wide bandgap, gansafe, power chip, data centre, semiconductors, power management

Researchers Create New Gallium Oxide Semiconductor With Superior Current Capabilities

Researchers at Nagoya University have developed stable p-type gallium oxide (Ga₂O₃) diodes capable of handling twice the current of previous devices, addressing a key limitation that held the material back. Could this breakthrough make Ga₂O₃ a practical alternative to GaN, and what applications will benefit most from its improved efficiency?

gallium oxide, ga2o3, gallium nitride, gan, power electronics, pn diode, p-type semiconductor, high-efficiency semiconductors, nagoya university, energy-efficient devices, rectifiers, next-generation semiconductors, semiconductor breakthrough, electric vehicles, renewable energy, power supply design

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