Intelligent Control for Energy Efficiency, Core Powering the Future — Flypowers Joins Hands with Geehy MCU to Reshape the New Ecosystem of Power & Motor Control
2026-04-23 22:28:19 463
I. Pioneer of Domestic Substitution: Geehy MCU Empowers Core Scenarios of Power & Motor Control
II. Digital Power: High-efficiency Conversion, Leading a New Era of Intelligent Energy
- G32R501: The Smart Brain for AI Server Power Supplies
Equipped with dual-core Cortex-M52 architecture with a main frequency up to 250MHz and self-developed math acceleration unit, it realizes full digital control of three-phase interleaved totem-pole PFC + LLC resonant converter on a single chip. It supports titanium-grade energy efficiency (>96%), with precise voltage/current regulation, dynamic response and comprehensive protection functions. It is ideal for AI servers and high-power industrial power supplies, enabling high-efficiency, energy-saving and stable energy conversion.
- APM32F402: Reliable Core for New Energy Charging Piles
Built with 120MHz Cortex-M4F core, integrated high-precision ADC and multi-channel PWM, it delivers stable control for AC charging piles and portable charging guns. It integrates safety mechanisms such as leakage protection, over-temperature protection and status monitoring, balancing performance and cost to support safe, efficient and intelligent new energy charging equipment.
- APM32E030: Cost-effective Choice for Portable Power & Fast Charging
Based on low-power Cortex-M0+ core, it features compact size and ultra-low power consumption, integrated temperature sensor and multi-channel I/O. It is perfectly suited for portable energy storage power stations, smart sockets and low-power adapters. It achieves stable output and intelligent protection with optimal cost performance, empowering efficient power supply for consumer electronics and IoT devices.
III. Motor Control: Precise Drive for High-efficiency & Low-noise Operation
- APM32F035: Dedicated Motor Control MCU, Benchmark for High Energy Efficiency
Geehy’s first motor-specialized MCU, built with M0CP co-processor for hardware-accelerated FOC algorithms. Integrated high-speed ADC, operational amplifiers and comparators, it supports high-voltage frequency conversion and capacitor-less control with a single chip. Widely used in air conditioner fans, refrigerator compressors and irrigation water pumps, it effectively reduces noise, improves energy efficiency, simplifies circuits and lowers system costs.
- G32M3101: Highly Integrated SoC, All-in-one Control & Drive Solution
An integrated three-in-one solution of MCU + gate driver + LDO. Embedded with 40V gate driver and algorithm acceleration unit, it supports sensorless FOC and dual-resistor sampling. Tailored for air purifiers, bathroom heaters and range hoods, it enables quiet operation, smooth speed regulation and forward/reverse control, greatly reducing PCB size and system costs.
- APM32F411/425: High-precision Control for Industrial Servo & Dual-motor Systems
Powerful Cortex-M4 core supports dual-motor synchronous control and three closed-loop regulation of position, speed and torque. Compatible with servo drives, AGVs, robot joints and power tools, it delivers high-precision positioning, rapid response and strong anti-interference performance to meet stringent requirements of industrial automation.
IV. Flypowers × Geehy: Complementary Advantages to Deliver Full-link Customer Value
- Customized Chip Selection: In-depth insight into power and motor control scenarios to recommend optimal MCU solutions balancing performance, cost and power consumption.
- Localized Technical Solutions: Mature reference designs, underlying drivers and algorithm libraries, as well as customized development support to shorten R&D cycles and accelerate time-to-market.
- Stable Supply Chain: Sufficient in-stock inventory, reliable lead time and transparent pricing to guarantee mass production and hedge market fluctuations.
- Full-cycle Services: One-on-one professional technical support covering preliminary model selection, schematic design, code debugging to mass production optimization to solve development challenges.


