Semiconductor News & Analysis Feed
1166 articles
2026-06-03
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2026-06-03
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2026-06-03
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2026-06-03
bioengineer.org
2026-06-03
Bioengineer.org
The Fraunhofer Institute for Applied Solid State Physics (IAF) has unveiled a groundbreaking advancement in electric vehicle (EV) power electronics with the development of a gallium nitride (GaN)-based power electronics module tailored for 800 V bidirectional direct current (DC) charging systems. This innovative module, realized within the GaN4EmoBiL project—an initiative funded by the German Fede
2026-06-03
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2026-06-03
Stock Titan
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2026-06-03
www.eurekalert.org
2026-06-03
EurekAlert!
NEWS RELEASE 3-JUN-2026
GaN power electronics for bidirectional, single-phase DC electric vehicle charging
Fraunhofer IAF presents innovations at PCIM 2026
Reports and Proceedings
FRAUNHOFER INSTITUTE FOR APPLIED SOLID STATE PHYSICS
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IMAGE:
DEMONSTRATOR OF A BIDIRECTIONAL SINGLE-PHASE 3-KW DC CHARGER WITH GAN POWER ELECTRONICS. RESE
2026-06-03
www.eurekalert.org
2026-06-03
EurekAlert!
Power module with 1200-V-class GaN transistors (IMAGE)
FRAUNHOFER INSTITUTE FOR APPLIED SOLID STATE PHYSICS
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CAPTION
Close-up of the power module developed and manufactured at Fraunhofer IAF, featuring 1200-V-class GaN transistors on an insulating substrate for use in bidirectional DC charging systems
CREDIT
© Fraunhofer IAF
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2026-06-03
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2026-06-03
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2026-06-03
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Home/ Semiconductor Component/ROHM’s SiC MOSFET Adopted in BBU for AI Servers as HVDC Architectures Advance
ROHM’s SiC MOSFET Adopted in BBU for AI Servers as HVDC Architectures Advance
Vaishali Chauhan June 3, 2026
2 minutes read
ROHM Co., Ltd. has announced that its 750 V SiC MOSFET has been adopted in a BBU (Battery Backup Unit) for AI server power supplies. With the rise of generative AI,
2026-06-03
news.financial
2026-06-03
news.financial
June 3rd, 2026 | 10:30 CEST
SIMPLE AND BRUTAL: NO NUCLEAR POWER, NO AI - WHY AMERICAN ATOMICS, INFINEON, AND AIXTRON PLAY KEY ROLES
NUCLEAR
AI
URANIUM
SOFTWARE
Photo credits: Pixabay
The energy demand of artificial intelligence and data centres is enormous. Studies consistently show that no single energy source will be sufficient; instead, a diversified energy mix will be required to meet ri
2026-06-03
www.ad-hoc-news.de
2026-06-03
AD HOC NEWS
Infineon’s, New
Infineon’s New Silicon Carbide Chips Target the Power Grid Inside AI Data Centers
03.06.2026 - 10:00:53 | boerse-global.de
Infineon introduces 750V/1200V CoolSiC JFETs for AI data center power infrastructure, enabling solid-state circuit breakers and hot-swap designs; shares surged 129% YTD.
Unity setzt auf KI: Von Spielen bis zur Fabrik - Bild: über boerse-global.de
Infineon is
2026-06-03
www.indexbox.io
2026-06-03
IndexBox
As electricity takes over from fossil fuels in an expanding range of uses, engineers designing systems need switches and power converters capable of handling both elevated source voltages and more severe short-circuit and overvoltage events. Wide-bandgap semiconductors like gallium nitride (GaN) draw significant attention from device designers because their superior breakdown strength and higher t
2026-06-03
semiengineering.com
2026-06-03
Semiconductor Engineering
New research points to safer devices with less loss at low voltages, but problems remain for high-voltage industrial applications.
As electrical power displaces fossil fuels in more applications, system designers need switches and power converters that can handle both higher source voltages and more demanding short circuit and overvoltage spikes.
Wide-gap semiconductors, such as gallium nitride
2026-06-03
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2026-06-03
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2026-06-03
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2026-06-03
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2026-06-03
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2026-06-03
Gotrade
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2026-06-03
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2026-06-03
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2026-06-03
www.prnewswire.com
2026-06-03
PR Newswire
ASRock Rack Unveils Next-Generation AI Infrastructure Powered by NVIDIA Vera CPU at COMPUTEX 2026 USA - English
NEWS PROVIDED BY
ASRock Rack Inc.
Jun 02, 2026, 23:11 ET
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TAIPEI, June 2, 2026 /PRNewswire/ -- ASRock Rack Inc., a leading innovative server company, today announced its latest portfolio of AI-native infrastructure designed for the era of agentic AI. Showcasi
2026-06-03
simplywall.st
2026-06-03
simplywall.st
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