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EPC Corporation The mission of Efficient Power Conversion (EPC) is to change the way we live. EPC is the leading pro

EPC is the leader in enhancement mode gallium nitride (eGaN®) based power management. eGaN FETs and integrated circuits provide performance many times greater than the best silicon power MOSFETs in applications such as DC-DC converters, remote sensing technology (lidar), motor drives for emobility, robotics, and drones, and low cost satellites.

10/16/2026

Where is GaN Going?

GaN Technology has evolved at a steady, but rapid pace over the last 16 years since first going into mass production. EPC has developed seven generations of discrete transistors that have surpassed MOSFETs in every technical category with the latest generation opening new markets competing with MOSFETs at voltages between 40 V and 10 V. So, what comes next? at a steady, but rapid pace over the last 16 years since first going into mass production.

Click here to watch the full video: https://na2.hubs.ly/H08qSZp0

GaN-Technologie für Robotik und AutomationMehr Dynamik für NiederspannungsantriebeGaN-Leistungsstufen ermöglichen hohe S...
10/15/2026

GaN-Technologie für Robotik und AutomationMehr Dynamik für Niederspannungsantriebe

GaN-Leistungsstufen ermöglichen hohe Schaltfrequenzen. Bei Motorantrieben steigert dies Effizienz und Regelpräzision. Entscheidend ist dabei das optimale Zusammenspiel von Leistungshalbleitern, Sensorik, Wärmemanagement und Software.

https://na2.hubs.ly/H08gy8t0

10/14/2026

GaN Power Conversion for AI Servers, Robotics, and Autonomous Systems | EPC and Cyntec

GaN is helping meet the growing power demands of AI data centers, where chips need more power in less space. EPC’s Alex Lidow and Cyntec (Delta Electronics Group)’s Ian Chan discuss GaN’s advantages, the move toward 800V power systems, and the need for better magnetics, packaging, and integration. They also share the engineering challenges and technologies that could shape future AI, robotics, and autonomous systems.

You can follow along and watch every full length episode at epc-co.com or on our YouTube channel. Link in Bio!

From 800 V to Core: Where Is the Next Breakthrough in AI Server Power Delivery?Qian Luo, Author, WBG TechnoBiteDeveloped...
10/14/2026

From 800 V to Core: Where Is the Next Breakthrough in AI Server Power Delivery?

Qian Luo, Author, WBG TechnoBite

Developed by EPC for high-frequency multiphase POL / IVR applications on next-generation AI processors, Gen 8 integrates half-bridge power switches, high-speed gate drivers, bootstrap circuitry, level shifting, and logic on the same GaN die. With lower charge, faster switching, and stronger overvoltage capability, it targets operation from a 6 V input at frequencies approaching the 10 MHz class. The system-level significance is not simply a lower component count: integration reduces drive-loop parasitics and noise sensitivity, while allowing the control side to use high-speed processes better suited to extensive digital functionality, enabling more phases and denser processor-side placement.

Click here to read the full article: https://na2.hubs.ly/H08bcxz0

10/13/2026

QSPICE introduces a new set of FET device equations as a native SPICE device for GaN. This Level 2026 FET model is based on EPC modeling IP. The device equations include subthreshold behavior, RDS(on), quasi-saturation, saturation, and an advanced charge model. This webinar is intended for anyone seeking professional GaN simulation capabilities.

Speaker: Mike Engelhardt, QSPICE Author
October 13 - 5.30pm - 6.30pm CET

Introducing the new QSPICE GaN Webinar Series! From GaN device modeling to practical power and motor-control application...
10/13/2026

Introducing the new QSPICE GaN Webinar Series! From GaN device modeling to practical power and motor-control applications, discover how to simulate and design with GaN.

October 13 | 5:30 PM CEST
🚀 Extending SPICE for GaN
Discover QSPICE’s new Level 2026 native GaN FET model, based on EPC modeling IP, and learn how advanced device equations enable professional GaN simulation. Enherhaldt

Join us live and take GaN simulation to the next level: https://na2.hubs.ly/H088Wyg0

Bring your questions and join the conversation!

🎉 12,000 subscribers on YouTube! Thank you!Our community is growing, and we’re excited to share the latest in EPC's GaN ...
10/12/2026

🎉 12,000 subscribers on YouTube! Thank you!

Our community is growing, and we’re excited to share the latest in EPC's GaN technology and power electronics with you.

On the EPC YouTube channel, you’ll find product demonstrations, engineering insights, webinars, and videos exploring how eGaN® technology is enabling innovation in AI data centers, robotics, motor drives, and more.

🚀 Join our community and discover what’s possible with EPC's GaN!

👉 Subscribe here: https://na2.hubs.ly/H08kmjr0

PCB Design Guidelines for Cooling eGaN® QFN FETsGaN FETs, like any other transistor, dissipate power during switching, w...
10/12/2026

PCB Design Guidelines for Cooling eGaN® QFN FETs

GaN FETs, like any other transistor, dissipate power during switching, which manifests in the form of heat and can damage the device if specific limits are exceeded. Heat management is thus an important part of converter design. In some applications, thermal management strategies are limited to just those that can be utilized using only the PCB. Several effective design techniques can be implemented at the board level to maximize heat dissipation of the devices.

Download the white paper in English and Chinese: https://na2.hubs.ly/H088VVf0

10/09/2026

GaN Power Conversion for AI Servers, Robotics, and Autonomous Systems | EPC and Cyntec

GaN is helping meet the growing power demands of AI data centers, where chips need more power in less space. EPC’s Alex Lidow and Cyntec (Delta Electronics Group)’s Ian Chan discuss GaN’s advantages, the move toward 800V power systems, and the need for better magnetics, packaging, and integration. They also share the engineering challenges and technologies that could shape future AI, robotics, and autonomous systems.



You can follow along and watch every full length episode at epc-co.com or on our YouTube channel. Link in Bio!

Introducing the new QSPICE GaN Webinar Series! From GaN device modeling to practical power and motor-control application...
10/09/2026

Introducing the new QSPICE GaN Webinar Series! From GaN device modeling to practical power and motor-control applications, discover how to simulate and design with GaN.

October 13 | 5:30 PM CEST
🚀 Extending SPICE for GaN
Discover QSPICE’s new Level 2026 native GaN FET model, based on EPC modeling IP, and learn how advanced device equations enable professional GaN simulation. Enherhaldt

Join us live and take GaN simulation to the next level: https://na2.hubs.ly/H088Wx70

Bring your questions and join the conversation!

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