Tollsemi: Empowering Global Innovation with Advanced Analog & Power Management ICs
Driving Efficiency in Power Electronics and Signal Chain Solutions
Tollsemi (拓尔微电子) is a fast-growing Chinese semiconductor company specializing in high-performance analog and mixed-signal ICs, with a strong focus on power management, motor control, and signal chain solutions. With a commitment to innovation, quality, and customer success, Tollsemi is rapidly expanding its presence in global markets, offering cost-effective, reliable semiconductor solutions for industries such as consumer electronics, industrial automation, automotive, and IoT.
Why Partner with Tollsemi?
1. Power Management ICs (PMICs) – Smarter Energy Solutions
Tollsemi’s PMIC portfolio delivers high efficiency and compact designs for modern electronic devices, including:
✅ DC-DC Converters – Optimized for low power loss and high density
✅ Battery Management ICs – Extending battery life in portable devices
✅ LED Drivers – Precision control for automotive/display lighting
2. Motor Control ICs – Precision & Reliability
Designed for brushless DC (BLDC) and stepper motors, Tollsemi’s motor drivers are widely used in:
✔ Home appliances (drones, fans, pumps)
✔ Industrial automation (robotics, CNC machines)
✔ E-mobility (e-bikes, small EVs)
3. Signal Chain & Interface ICs – Seamless Connectivity
High-speed Op-Amps & ADCs – For precision measurement systems
USB & PD Controllers – Enabling fast charging and data transfer
4. Global-Quality, Local Advantage
Strict Quality Control – Compliant with ISO 9001, AEC-Q100 (automotive grade)
Agile Customization – Quick response to OEM/ODM requirements
Competitive Pricing – Leveraging China’s mature semiconductor ecosystem
Tollsemi’s Vision: Bridging China’s Innovation with Global Markets
As demand grows for energy-efficient, intelligent electronics, Tollsemi is committed to delivering cutting-edge analog solutions that help global customers:
Reduce system power consumption
Improve performance & reliability
Accelerate product development cycles