| Super Fast Switching GaN can switch up to 10 times faster than silicon MOSFETs. That means higher efficiency, smaller components, and way less heat—huge wins for data centers, EV chargers, and compact power supplies.
Efficiency Without the Annoyance You don’t have to be a power electronics guru to design with GaN anymore. Integrated CoolGaN™ makes high-performance power conversion almost plug-and-play—or at least as close as it’s ever been.
Where You’ll See CoolGaN™ in Action
- Ultra-Fast Chargers & Adapters – Say goodbye to bulky chargers and overheating power bricks. Be gone!
- Data Centers – Lower energy bills, less heat, and a smaller carbon footprint? Yes, please.
- EV Onboard Chargers – Faster, more efficient charging for electric vehicles—because who likes waiting? Not me.
- Renewable Energy – Solar inverters and grid applications get a serious efficiency boost.
The Future is GaN-tastic GaN isn’t just an upgrade—it’s a whole new way to think about power electronics. And with Integrated CoolGaN™, the barriers to entry are disappearing fast. The industry is shifting toward smaller, faster, and more efficient solutions, and GaN is at the center of it all. So whether you’re an engineer, an innovator, or just someone who likes their devices running cooler and charging faster, one thing’s for sure: the future of power is here, and it’s looking pretty electrifying.
Where do you see the biggest opportunity for GaN to make an impact—EVs, data centers, or something entirely new? Send me your thoughts.
What would you like to see, more editorial or less, more of a particular topic, or less? Let us know. Reach out to the Product Editor | 
