Complete System Solutions for Advanced Drone Design
Modern drones rely on seamless integration of vision systems, power, auxiliary sensing, communication, and control systems to deliver precision, efficiency, and operational autonomy. onsemi provides end-to-end semiconductor solutions across all drone subsystems—including image sensors & modules, power delivery & management, propulsion, navigation, and connectivity—enabling streamlined, time-to-market development and optimized performance. With a portfolio covering majority of a drone’s semiconductor needs, onsemi empowers engineers to design smarter, more efficient unmanned aerial systems (UAS).
Solution Guide
Drone Sensing for Navigation and Autonomy
Explore imaging, depth sensing, SWIR, and ultrasonic technologies for autonomous drones. Learn how advanced sensing supports navigation, obstacle avoidance, and inspection.
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Solutions Guide
Drone Power and Communications Systems
Discover power management, motor control, sensing, and communication solutions that help improve efficiency, connectivity, and reliability in drone designs.
Converts, regulates, and distributes battery power to every subsystem using DC-DC converters, LDOs, and voltage supervisors for stable, clean, low-noise rails. eFuses, load switches, and current sensing add protection while efficiency optimization extends flight time and reduces thermal losses.
A stabilized 3-axis BLDC platform (yaw, pitch, roll) for imaging, transport, and data capture that delivers shake-free, high-quality video and stills for FPV and payload imaging. IMU sensors and encoders hold precise orientation while supporting visible, infra-red, thermal, telephoto, and LiDAR-based cameras.
Enables environmental perception, obstacle avoidance, and autonomous flight by fusing multi-camera vision, depth sensing (iToF), and GPS data. Global and rolling shutter sensors drive tracking, mapping (SLAM), and path planning in complex or GPS-denied settings, aided by LiDAR, ultrasonic, radar, and SWIR/thermal imaging.
Transmits data between onboard systems and ground control over wired and wireless links (Bluetooth®, Ethernet), carrying real-time telemetry, video, and command/control signals. It also links internal sensors, processors, and memory for coordinated operation and reliable remote monitoring and updates.
Drives navigation, anti-collision, and status lighting for safe, visible flight in low-light and night operations. Efficient LED drivers deliver precisely controlled illumination and strobe or signaling patterns while minimizing power draw and thermal load across the aircraft.
Converts electrical energy into thrust through BLDC motors and propellers, using either discrete drive (gate drivers and MOSFETs) or an integrated power module. It enables precise speed and torque control for stable flight and high-efficiency, lightweight propulsion for extended endurance
Why onsemi
- Energy Efficiency
- Drone power management ICs optimize power conversion and motor drive to extend flight time, cut thermal losses, and maximize battery efficiency
- Reliable Power
- Reliable drone power delivery provides stable, protected power across all subsystems for safe operation and consistent flight performance
- Efficient Propulsion
- High-efficiency BLDC motor control enables smooth, responsive drone propulsion with precise speed control and longer flight endurance
- Intelligent Vision
- Advanced drone image sensors deliver imaging and sensing for autonomous navigation, obstacle detection, and high-quality aerial data capture.
- Stabilized Imaging
- Precise gimbal and payload control delivers stabilized, high-resolution drone imaging in dynamic flight environments.
- Connected Systems
- Reliable drone connectivity ensures seamless data flow between onboard systems and the base station for real-time control and telemetry.