PCIM Europe 2026 will once again bring together industry experts to discuss the latest developments in power electronics, energy management, and intelligent motion. (Source: Mesago Messe Frankfurt GmbH / Arturo Rivas Gonzalez)
POWER INNOVATION

PCIM Expo & Conference 2026 puts AI in the spotlight

From 9 to 11 June 2026, the leading international exhibition and conference for power electronics, the PCIM Expo & Conference, returns to Nuremberg, Germany. With over 650 exhibitors and a record-breaking 500+ presentations, this hub for the power electronics industry will offer a comprehensive program for trade visitors. With the new AI & Data Centers Stage, this year’s trade fair and conference program will focus on the topic of artificial intelligence and data centers for the first time.

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Vincent Roche, CEO and Chair of Analog Devices (left), and Wirat Sri-amonkitkul, Managing Director of Analog Devices Thailand (right), at the ribbon-cutting ceremony marking the opening of ADI’s new advanced manufacturing facility in Thailand. (Source: Analog Devices)
SEMICONDUCTOR MANUFACTURING

ADI expands manufacturing with new Thailand facility

Analog Devices, Inc. announced the opening of its new advanced manufacturing facility in Thailand, further strengthening its advanced manufacturing and test capacity while expanding resilient, sustainable semiconductor production in the Asia-Pacific region. The expansion builds on ADI’s hybrid manufacturing strategy, which leverages a global network of internal factories and external foundry/Outsourced Semiconductor Assembly and Test (OSAT) partners to deliver resilient, high‑performance solutions.

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Renesas introduces a 650 V bidirectional GaN switch designed to improve efficiency and enable new architectures in power conversion systems for solar, energy storage, and AI data centers. (Source: Renesas)
GAN POWER DEVICES

Renesas unveils bidirectional 650 V GaN switch for power conversion

Renesas Electronics Corporation, a supplier of advanced semiconductor solutions, introduced the industry’s first bidirectional switch using depletion-mode (d-mode) GaN technology, capable of blocking both positive and negative currents in a single device with integrated DC blocking. Targeting single-stage solar microinverters, AI data centers and onboard electric vehicle chargers.

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Project Manager Christian Schiller at a projection welding machine where battery cells are connected using copper connectors. (Source: Fraunhofer ISE / Photo: Felix Thurn)
BATTERY MANUFACTORING

Fraunhofer develops new copper welding process for battery cells

A consortium of scientists from the Fraunhofer Institute for Solar Energy Systems ISE and Smart Battery Solutions GmbH succeeded in replacing the steel connectors used to interconnect battery cells with copper during resistance projection welding. In doing so, the team demonstrated something that had long been considered impossible in the battery industry: Until now, battery manufacturers looking to switch to more powerful, copper-interconnected batteries had to replace their projection welding systems with laser welding systems.

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EPC’s Phase 18 report provides new insights into the reliability and robustness of eGaN power devices under real-world operating conditions. (Source: © danter - stock.adobe.com)
GAN REALIABILITY

EPC releases phase 18 reliability report on eGaN devices

Efficient Power Conversion, a supplier of enhancement-mode gallium nitride power devices, announced the release of its Phase 18 Reliability Report, providing new insights into eGaN device reliability. The report builds on previous work by closing the gap between lab-generated reliability testing and real-world device performance across mission profiles.

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Toshiba expands its portfolio of isolators and solid-state relays for reliable switching and signal isolation in industrial and power electronics applications. (Source: Toshiba)
AUTOMOTIVE EQUIPMENT

Toshiba expands isolator and solid-state relay portfolio

Toshiba Electronic Devices & Storage Corporation has launched a photovoltaic-output photocoupler, "TLX9920", in a thin, long-creepage-distance SO6L package, for solid state relays (SSR) in automotive equipment. Demand is growing for automotive equipment relay units with a longer life, a trend that has led to increased use of SSR instead of mechanical relays. As automotive systems continue to evolve, the shift to SSR is expected to accelerate further.

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