Mega Hertz Power Systems develops advanced Gallium Nitride (GaN) power conversion technologies. Our GaN chips and control modules offer higher efficiency and reduced heat generation for electric vehicles, 5G, aerospace, and data centers.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional power conversion solutions often exhibit limitations in efficiency and thermal management, leading to increased energy waste and operational costs. This impacts the performance and sustainability of systems across various high-demand sectors.
Solution
Mega Hertz Power Systems develops advanced Gallium Nitride (GaN) based power conversion technologies. Our solutions leverage the superior material properties of GaN to achieve higher efficiency, reduced heat generation, and smaller form factors compared to conventional silicon-based power electronics. This enables enhanced performance and cost savings for applications in electric vehicles, 5G telecommunications, aerospace, and data centers. We provide high-voltage GaN chips and integrated control modules designed to optimize power conversion processes.
Target Audience
Our primary customers are manufacturers and system integrators in the electric vehicle, telecommunications, aerospace, and data center industries seeking to improve the efficiency and performance of their power electronics systems.
Features
- High-voltage GaN power transistors offering superior switching speeds and lower on-resistance compared to silicon counterparts.
- SIGMA Gate Driver modules designed for optimal control and performance of GaN devices, ensuring efficient power conversion.
- GaN-based power conversion solutions tailored for electric vehicle charging infrastructure, improving charging speed and efficiency.
- Application of GaN technology in 5G base stations and data centers to reduce energy consumption and thermal footprint.
- GaN power devices designed for aerospace applications, meeting stringent requirements for reliability and performance in demanding environments.
- Intellectual property portfolio covering GaN device design, circuit topology, and system integration for power electronics.