LiDAR

As a critical sensor for high-level autonomous driving, LiDAR systems benefit significantly from GaN technology. Compared to traditional MOSFETs, GaN offers lower parasitic capacitance and faster switching speeds, allowing LiDAR to emit narrower laser pulses that substantially improve resolution and ranging accuracy. Additionally, GaN supports higher narrow-pulse currents, dramatically increasing LiDAR's peak power and significantly extending its effective detection range. This enables earlier identification of distant obstacles, provides longer system reaction time, and makes autonomous driving safer and more reliable.