Wide-bandgap (WBG) technologies, such as silicon carbide (SiC) and gallium nitride (GaN), are transforming the landscape of power semiconductors. By enabling faster switching, higher efficiency and greater power density than traditional silicon devices, engineers can design smaller, lighter and more energy-efficient power systems. That’s helping drive innovation in electric vehicles, renewable energy, data centers and industrial automation.
Check out Nexperia's growing WBG portfolio:
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- Wide-bandgap insights
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Events and webinars
Wide-bandgap insights
Practical engineering insights from Nexperia experts, helping power designers tackle real-world wide-bandgap challenges.
News
Articles
Why choose wide-bandgap technology?
From efficiency to reliability — why engineers are switching to wide-bandgap.
How we're shaping GaN and SiC innovation?
From lab to production - delivering robust, scalable solutions.
What’s next for wide-bandgap technology?
Building the foundation for smarter, more sustainable power electronics.
Videos
Design Support
Reference designs
Evaluation boards