PEASA-Europe 2026 Exhibitors

CuNex, a member of the SCHLENK Group, specializes in advanced copper sinter pastes and preforms for die-attach, topside-attach and substrate-attach applications. Designed and manufactured in Germany, its copper-based interconnect materials combine low cost, low pressure processing, and rapid sintering to deliver outstanding reliability and performance. The Cuprum paste and CuForm preform product families support a wide range of applications, including Si, SiC and GaN semiconductors, PCBs and battery technologies. Built on more than five years of dedicated research in copper interconnect solutions, CuNex benefits from SCHLENK’s 150 years of expertise in copper and copper alloy processing. Backed by volume manufacturing capabilities and a secure global supply chain, CuNex provides innovative and reliable bonding solutions for next-generation power electronics that unlock cost savings > 70% vs. silver sintering. 

DOWA develops and manufactures advanced metal-ceramic substrates and baseplates for high-performance power electronics. Our technologies combine excellent thermal management, electrical insulation and long-term reliability to meet the demanding requirements of electrified aircraft systems. Leveraging extensive expertise in substrate and baseplate engineering, DOWA has pioneered its innovative Integrated Substrate Technology, enabling lighter, more compact and higher-power-density power conversion systems. This helps aerospace innovators achieve greater efficiency, performance and sustainability in next-generation aircraft applications.  

ECPE European Center for Power Electronics e.V
ECPE European Center for Power Electronics e.V., founded in 2003 is the leading industry-driven Research Network in the field of Power Electronics in Europe with more than 240 member organizations, comprising Member companies and Competence Centres. As a European technology and innovation platform, ECPE is driving precompetitive joint research and set up research & technology roadmaps for a strategic research agenda with future research directions according to the demands of European power electronics industry. The ECPE expert workshops and advanced training programme cover a wide range of current topics addressed especially to engineers from industry

Cluster Leistungselektronik

The Power Electronics Cluster is supported by the Bavarian State Government as part of the Bavarian Cluster Initiative. It brings together companies and research institutions from the field of power electronics to promote innovation, knowledge exchange and cooperation at regional and national level. Today, it comprises 123 companies and 35 research institutions from Bavaria. The Cluster’s activities focus on education and training, research and innovation, networking, and public relations.

Founded in 1985 and headquartered in Erlangen, Germany, the Fraunhofer Institute for Integrated Systems and Device Technology IISB employs around 500 people. Building on decades of expertise in power electronics, the institute covers the entire value chain—from semiconductor materials and chip fabrication to packaging, power modules and complete systems. Its technological strengths include silicon carbide (SiC) and gallium nitride (GaN) devices, advanced thermal management, electromagnetic compatibility and system integration.
For aviation and space applications, IISB develops efficient, compact and reliable power conversion and distribution technologies. Its aviation portfolio spans 60 V to 3 kV and 1 kW to several megawatts, including DC/DC converters, motor drives, battery systems and DC grid control, complemented by cryogenic power electronics for future aircraft propulsion.

Gamma Technologies (GT) develops and licenses GT-SUITE, the industry-leading multi-physics CAE simulation platform. GT-SUITE provides extensive capabilities for engine and powertrain development, including combustion, fuel injection, gas exchange, turbocharger matching, thermal management, emissions, and controls across a wide range of engine types and sizes. Its integrated, physics-based modelling environment enables engineers to evaluate complete engine systems and explore advanced combustion concepts, alternative and low-carbon fuels, and hybrid powertrain architectures throughout the development process. Gamma Technologies has integrated artificial intelligence and machine learning into the simulation workflow, enhancing model creation, enabling automated analysis, and improving engineering productivity across the entire GT-SUITE ecosystem.
Additional information is available at www.gtisoft.com.

For more than 25 years, OPAL-RT TECHNOLOGIES has been a global leader in real-time simulation and Hardware-in-the-Loop (HIL) testing. Since 1997, OPAL-RT has provided engineers and researchers with accessible, innovative, and customized simulation technologies, bridging the gap between modeling and real-world applications. By harnessing the power of high-performance computing, OPAL-RT accelerates the development of cutting-edge solutions in energy, automotive, aerospace, and other industries. Today, the company operates in more than 40 countries.
Follow OPAL-RT TECHNOLOGIES at opal-rt.com as well as on LinkedIn, Facebook, X, Instagram, and YouTube. 

Since 1969, REGATRON, headquartered in Switzerland, has enabled engineers and researchers worldwide to develop, validate, and certify cutting-edge technologies in renewable energy, battery storage, electric mobility, aerospace, and industrial power applications. By combining high-performance DC and AC power sources with advanced battery emulation, grid simulation, and Hardware-in-the-Loop (HIL) technologies, REGATRON bridges the gap between simulation and real-world testing. With scalable solutions ranging from a few kilowatts to multi-megawatt systems, REGATRON helps customers accelerate innovation, reduce development risk, and bring next-generation energy systems to market faster. 

Samtec Inc. is a privately held U.S. company headquartered in New Albany, Indiana. Founded in 1976, the company specializes in electronic interconnect solutions. Samtec describes itself as more than “just a connector manufacturer” and places particular emphasis on customer service, technical support, quality, and innovation. Samtec operates globally, with more than 40 locations worldwide and over 14 manufacturing facilities.
Its product portfolio primarily includes connectors, cable systems, optical solutions, RF/high-frequency components, and Silicon-to-Silicon™ solutions. These include high-speed board-to-board connectors, backplane and edge-card solutions, high-speed cables, mid-board optics, rugged micro/power components, as well as RF cables and adapters. Samtec is particularly strong in applications with demanding requirements for signal integrity, data rates, miniaturization, and system performance.
A key feature of Samtec is its so-called “Sudden Service®” concept: customers are intended to receive fast technical support, free samples, online tools, short lead times, and flexible solutions. This makes Samtec relevant for large technology companies as well as start-ups, universities, and development departments.
Technologically, Samtec focuses on so-called Solution Blocks, meaning solution areas for different interconnect requirements. These include Silicon-to-Silicon™, High-Speed Board-to-Board, High-Speed Cable, Optics, RF, Core Board-to-Board, Rugged/Power, and Flexible Stacking. This structure helps customers select interconnect and signal-integrity solutions that match their application, performance requirements, and operating environment.
In summary, Samtec Inc. is a global provider of high-quality interconnect solutions for electronic systems, known for strong technical consultation, fast sampling and delivery processes, and a broad portfolio for high-speed, RF, optical, and board-to-board applications. Samtec is particularly relevant for markets such as industrial electronics, automotive, semiconductor technology, medical technology, aerospace, communications technology, and data centers.

The University of Nottingham is a world leader in aerospace electric propulsion systems research, bringing expertise in scalable high-voltage, high-power-density propulsion motors, motor controllers and inverters, and electric power safety and management. A distinctive capability is the development of digital twins for electrification systems, fusing physics-based modelling with data-driven methods for real-time condition monitoring, prognostics, and health management of power electronic converters and electrical machines. 

Underpinning this work, Nottingham is home to the Power Electronics and Machines Centre, one of Europe's largest university research centres in power electronics, electrical machines, and motor drives. Its facilities include the UK Electric Aircraft Propulsion Test Facility — the most advanced facility of its kind in the UK — enabling end-to-end validation of propulsion systems from component to system level.