Applications
Leading the power revolution: with rapidly increasing demand for high-efficiency power electronics, SweGaN’s benchmark QuanFINE® epitaxial solutions, as a unique differentiator from conventional GaN materials, are enabling a new wave of next-generation RF and power electronics that reduce energy consumption. See where our materials are applied to.
SweGaN target applications
SweGaN specializes in developing and manufacturing high-performance GaN on SiC epitaxial solutions tailored for RF and power devices used in various applications where higher efficiency, smaller size, lighter weight, and lower overall cost are anticipated. Everyday, we are dedicated to shaping our future with powerful semiconductors.
defense radar
Cornerstone for state-of-the-art accuracy and resolution
Semiconductors are pivotal in defense radar application, enabling the transmission, reception, processing, and management of radar signals with high performance, reliability and precision. GaN-based sensors outperform GaAs-based sensors owing to the increased efficiency and power density. SweGaN’s QuanFINE® epitaxial solutions enable a leap in the both efficiency and power density, thanks to the reduced trapping effects.
Satellite Communication
Enabling devices to face extreme conditions in space
Satellites depend on robust semiconductors that can withstand the harsh conditions of space for communication, navigation and each observation. In such unforgiving environments, maintenance operations are almost impossible. SweGaN’s GaN materials have the lowest density of defects in class, offering superior robustness and reliability to enable the devices with longer lifetimes.
Telecommunication
Fostering mobile connectivity
Semiconductors inside the power amplifiers are the key to driving innovation, performance improvement and upgrade of communication networks from 4G to 5G and towards future 6G standard. To support the rapid growing demand for data connectivity and services, our QuanFINE® epitaxial solutions offer several performance advantages, including high linearity, to minimize the signal error during the transmission, further enhancing the system efficiency and reducing the power consumption.
Power supplies
Propelling to smaller and greener power solutions
In a world where energy consumption continues to rise significantly, especially with the electrification of more transport vehicles and the increasing demand from Al-powered data centers, new power semiconductors are required to greatly reduce the energy waste and operation costs of power conversion systems. SweGaN’s QuanFINE® epitaxial solutions combine the advantages of both GaN and SiC over transitional Si semiconductor, emerging as a promising power material for high-power, high-frequency power switches.Emerging appications
Empowering Innovation for New Possibilities
Gallium Nitride (GaN) was invented for blue LEDs in the 1990s and later commercialized for RF devices in the 2000s and power devices in the 2010s. We believe that wide bandgap semiconductors hold immense potential for enabling new possibilities, including quantum computing, microwave heating, plasma generation, and various medical and industrial applications. Our commitment is to continue developing wide bandgap semiconductors for these emerging applications.
