Engineering the Future of Power.
SiCBerg is a European silicon carbide power semiconductor platform enabling the next generation of high-efficiency energy, industrial, and electronic systems worldwide.
Through advanced SiC device technologies and a global application focus, SiCBerg helps industries transition toward higher performance, greater efficiency, and more intelligent power architectures.
200+ SiC Devices
30+ Application Scenarios
High-Efficiency Power Systems
Global Industry Integration
A Platform Built for the Global Power Transition
SiCBerg is a European semiconductor platform focused on the development, integration, and commercialization of silicon carbide power technologies across global industries.
As electrical systems grow more complex and energy demands continue to increase, traditional semiconductor materials are reaching their limits. Silicon carbide represents the next fundamental evolution in power electronics.
SiCBerg brings together advanced device technology, strong application knowledge, and global market engagement to support the deployment of high-efficiency power systems across energy, infrastructure, industrial equipment, and advanced electronics.
Our objective is clear: To accelerate the global transition toward next-generation power electronics.
The Next Foundation of Power Electronics
Modern electrical systems require higher efficiency, greater power density, and stronger thermal performance than conventional technologies can deliver. Silicon carbide represents a breakthrough in power semiconductor performance.
Higher Efficiency
Reduced energy losses across power conversion systems
Greater Power Density
More power delivered in smaller system footprints
Thermal Performance
Higher operating temperatures and stronger reliability
System Miniaturization
Compact and lighter electrical architectures
A Comprehensive SiC Device Ecosystem
SiCBerg provides a broad portfolio of silicon carbide power devices engineered to support a wide spectrum of high-performance electrical systems.
SiC MOSFETs
High-performance MOSFET devices designed for ultra-efficient switching, reduced conduction losses, and improved thermal stability across demanding applications.
SiC Schottky Barrier Diodes
Advanced SBD devices enabling faster switching speeds, lower reverse recovery losses, and superior efficiency in modern power conversion systems.
SiC Power Modules
Integrated module architectures designed for higher power applications across industrial equipment, grid infrastructure, and energy systems.
Application-Aligned Solutions
SiCBerg works closely with customers to align device architectures with specific system requirements, ensuring optimal performance, efficiency, and reliability.
Powering Critical Global Industries
Silicon carbide is transforming power electronics across industries where performance, efficiency, and reliability are essential.
Renewable Energy
Photovoltaic inverters and advanced energy storage systems
Power Grid Infrastructure
Next-generation electrical grids and high-efficiency transmission
Industrial Power Systems
Variable frequency drives and industrial automation systems
Consumer Electronics
High-efficiency adapters and advanced electronic power architectures
Household Appliances
Air conditioning, refrigeration, and intelligent electrical appliances
EV Charging Infrastructure
High-efficiency charging technologies supporting electric mobility
Advanced Aerospace Systems
Unmanned aerial systems and high-performance aerospace electronics
Emerging Technologies
Next-generation power applications and advanced research platforms
Continuous Semiconductor Innovation
SiCBerg's technology platform focuses on continuous semiconductor innovation designed to improve device efficiency, reliability, and scalability.
Device Architecture
Optimized cell geometry for maximum performance
Thermal Engineering
Advanced packaging for superior heat dissipation
Reliability Testing
Rigorous qualification to industry standards
Performance Metrics
Industry-leading figures of merit across all parameters
Engineering Reliability
Power semiconductors operate at the core of critical electrical systems where reliability is fundamental. SiCBerg's device platform is supported by internationally recognized quality management systems and rigorous reliability validation processes.
ISO 9001:2015 Quality Management
Internationally recognized manufacturing and quality control standards.
Automotive-Grade Reliability Framework
Qualification systems designed to support demanding long-life applications.
Advanced Reliability Testing
Extensive validation under high-temperature and high-voltage conditions.
Intellectual Property Portfolio
A growing portfolio of semiconductor patents and IC layout designs.
A New Approach to Power Semiconductor Platforms
SiCBerg is designed as a global technology platform rather than a traditional semiconductor supplier.
Our approach combines deep semiconductor expertise with global application integration, enabling faster adoption of silicon carbide technologies across industries.
Deep Expertise
Advanced semiconductor knowledge and device engineering capabilities built over years of focused development.
Global Integration
Application-focused approach across multiple industries and regions, supporting the worldwide power transition.
Faster Adoption
Accelerating the transition to next-generation power electronics through aligned technology and market engagement.
Latest Technical Articles
Why Silicon Carbide Is Replacing Silicon in Modern Power Electronics
An in-depth exploration of the material properties, switching advantages, and system-level benefits that are driving the global transition from silicon to SiC in power conversion.
SiC Power Semiconductors in EV Charging Infrastructure: The Efficiency Imperative
How silicon carbide power modules enable three-level neutral-point-clamped topologies to push photovoltaic inverter efficiency beyond the 99% threshold.
Understanding SiC MOSFET Gate Drive Requirements: A Practical Engineering Guide
A deep dive into gate resistance selection, Miller plateau management, and active clamping techniques for SiC MOSFETs operating at high switching frequencies.
Building the Future of
Power Electronics.
As the world electrifies and energy systems become increasingly advanced, the demand for high-performance power semiconductors will only accelerate.
Silicon carbide will define the next era of power electronics.
SiCBerg is helping bring that future to the world.