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Peak intelligent control for vehicle lights! Ninebot partners with Hangshun to launch the HK32MCU Smart Lighting Early Access Program.
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Hangshun Chip
Origin:
Hangshun Chip
2025.10.30
1. No. 9 Partners with Hangshun HK32MCU , Breaking Through the Industry's Competitive Dilemma
In the midst of increasingly fierce competition over the existing stock of electric two-wheelers, “ Intelligentization ” With “ Security ” Becoming the key to breaking the deadlock, the headlight system—now evolving from a basic lighting component into an intelligent interactive terminal—is emerging as a core safety feature. As an industry innovation leader, Ninebot keenly identified the shortcomings of conventional headlight solutions in areas such as precise control, energy efficiency management, and environmental adaptability, and has decisively partnered with domestic suppliers MCU Leading enterprise Hangshun Chip has reached a deep collaboration, leveraging Hangshun Chip's HK32MCU Integrating a next-generation electric two-wheeled vehicle lighting system. With “ Domestic Core Localization + Scenario-based Innovation ” The combined approach sets a new standard for the industry. “ Safety and intelligence go hand in hand. ” The new paradigm of competition.
II. Hangshun HK32MCU : Injecting market competitiveness into Nine.
Hangshun HK32MCU Deep empowerment enables Ninebot to establish differentiated advantages across its three core battlegrounds:
- At the level of technological breakthroughs ， HK32MCU Its high-frequency processing capability and extensive peripheral interfaces enable Ninebot to achieve from “ Fixed lighting ” To “ Adaptive Smart Lighting ” Its breakthrough addresses industry pain points such as glare from traditional car headlights at high beams and the presence of dark blind spots.
- Cost Control Level , as the benchmark for domestic substitution HK32MCU While matching the performance of imported products, it also achieves cost optimization, helping Ninebot enhance its value proposition without compromising on high-end features, thereby reaching a broader consumer base.
- Supply Chain Security Aspect Hengshun has signed a strategic partnership with the wafer fab, ensuring a highly stable production capacity supply system. This collaboration helps Ninebot mitigate supply chain volatility risks, safeguarding its ability to deliver products consistently and enabling the company to seize early opportunities during periods of surging market demand.
III. Scheme Overview: Hangshun HK32 MCU Building the Core of Intelligent Lighting
Number 9 equipped with Hangshun HK32MCU The electric two-wheeler lighting solution, powered by AOS. MCU To serve as the control core, build “ Perception - Calculate - Execute ” The full-link intelligent lighting system's hardware architecture consists of four major modules:
- Master Control Unit : Adopt Hangshun HK32 MCU , based on 32 Position MCU Its core provides intelligent algorithms and ample space for storing lighting parameters;
- Communication Interaction Module : Through CAN The bus enables data communication with the vehicle's central control system, working in tandem with UART Interface Connection LED Matrix control chip, achieving “ Vehicle-wide Command - Light Response ” Millisecond-level coordination;
- Precision Control Module : With the help of MCU Integrated 12 Position ADC Real-time acquisition of lighting group temperature data, via SPI Interface Adjustment Boost-Buck The constant current source output from the circuit achieves LED Precise brightness control;
- Security Assurance Module : Built-in temperature sensors and multiple protection mechanisms ensure that, when an abnormal temperature in the light assembly is detected, cooling control and power adjustment are immediately activated to maintain safety. LED At - 40℃ ~ +10 5℃ Stable operation across a wide temperature range.
This solution enables core features such as automatic on/off functionality, intelligent high/low beam switching, and steering-assisted lighting—achieved through pixel-level precision. LED The array control delivers delicate lighting effects, balancing nighttime driving safety with optimized energy consumption.
IV. Core Advantages of the Plan
1. High reliability, tailored for extreme scenarios
HK32MCU Through HBM 6000V/CDM 2000V Level ESD Testing, combined with a wide temperature operating range and multiple reset mechanisms (such as external pin reset and power-on reset), allows the device to easily handle the challenging environments commonly encountered in electric two-wheelers—like heavy rain, rough roads, and intense heat exposure. Its built-in CRC Verification and AES The encryption module ensures both the precision of lighting data transmission and safeguards No.9's intelligent control algorithm intellectual property through encryption.
2. Ultimate energy efficiency management, extending driving range
MCU Supports multiple low-power modes such as running, sleep, and shutdown, with current as low as 3μA @ 3.3V . By intelligently adjusting LED The driving current, combined with the lighting unit's operational status, reduces illumination energy consumption compared to conventional solutions, indirectly extending the range of electric two-wheeled vehicles and addressing user concerns. “ Range anxiety ” Pain point.
3. Highly integrated design delivers significant cost reduction and efficiency gains.
HK32 MCU Integration 2 Road USART 、2 Road SPI 、2 Road I2C And 1 Road CAN Multiple rich interfaces allow seamless connectivity among multiple devices without the need for additional expansion chips, simplifying circuit design while reducing hardware costs. It aligns with mainstream international standards MCU Of the PIN TO PIN Compatibility allows the No. 9 to operate without modification. PCB The board allows for rapid solution upgrades, shortening the R&D cycle.
4. Eco-level technical support, accelerating product implementation
Hangshun provides No. 9 with end-to-end technical services, ranging from chip selection and algorithm debugging to mass-production adaptation, backed by 300 Remaining balance MCU The mature ecosystem of the product matrix allows for rapid customization of functional modules tailored to the specific needs of Ninebot's various vehicle models. This “ Chip + Proposal + Service ” Integrated support helps the new No. 9 product swiftly respond to market demands, enabling it to consistently maintain a leading position in the smart lighting sector.
Hangshun Chip's main product portfolio includes over 300 models across 29 major families of industrial, commercial, and automotive-grade, as well as general-purpose, dedicated, and customized 32-bit MCUs—based on cores such as ARM Cortex-M0, M3, M4, and RISC-V. Below is a selection of specific product families:
The HK32F005 family—world's smallest 1mm² 32-bit MCU, challenging the imprecise legacy of industry veteran TI.
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 48 MHz.
Storage capacity: Maximum Flash is 32 KB, and maximum SRAM is 4 KB.
Segmented market: Suitable for a variety of application scenarios, such as smart homes, consumer electronics, wearable devices, and more.
The HK32L010 family—low-power powerhouse, offering exceptional value, unmatched stability, and truly standing out as a leader in the MCU world!
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 48 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 4 KB.
Segmented market: Suitable for ultra-low-power applications such as simple wearable devices and environmental monitoring sensor terminals.
The HK32F407/405/417/415 family—boasting groundbreaking technology and exceptional performance, earning it the title of a "performance monster" in the fields of industrial control and intelligent applications.
Kernel and Main Frequency: Based on the ARM Cortex-M4F core, with a main frequency up to 168MHz.
Storage capacity: Maximum Flash is 1MB, and maximum SRAM is 256KB.
Segmented markets: Suitable for industrial automation, high-end medical devices, industrial control systems, power equipment, energy storage, photovoltaic inverters, charging guns, battery management systems (BMS), display panels, access control intercoms, cooking appliances, robotic vacuum cleaners, floor-washing machines, printers, stage lighting, and more.
The HK32F103A family—boasting high performance with a 120MHz main frequency and exceptional precision, making it the ultimate cost-effective choice in the MCU world, empowering the era of IoT.
Kernel and clock speed: Based on the ARM Cortex-M3 core, with a maximum clock speed of 120 MHz.
Storage capacity: Maximum Flash is 512 KB, and maximum SRAM is 97 KB.
Segmented markets: Suitable for industrial automation, high-end medical devices, industrial control systems, power equipment, energy storage, photovoltaic inverters, charging guns, battery management systems (BMS), display panels, access control intercoms, cooking appliances, robotic vacuum cleaners, floor-washing machines, printers, stage lighting, and more.
The HK32F04AA/030A family (a performance powerhouse, boasting abundant peripheral resources and exceptional cost-effectiveness—truly a versatile champion in the MCU world)
Kernel And the main frequency: Based on the ARM Cortex-M0 core, the maximum main frequency is 96 MHz.
Storage capacity: Maximum Flash is 128 KB, and maximum SRAM is 10 KB.
Segmented markets: Suitable for IoT, smart home, industrial, medical, consumer electronics, and other fields.
The HK32C030 Family (setting a new benchmark for MCUs with its high-performance core, extensive peripheral resources, and exceptional cost-effectiveness)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 64 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 10 KB.
Segmented market: Suitable for consumer electronics such as coffee machines, smart locks, LED control, and dimming applications, among others.
The HK32F0301MC family (a performance monster with rich peripherals, truly a legendary choice for value!)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 48 MHz.
Storage capacity: Maximum Flash is 16 KB, and maximum SRAM is 4 KB.
Segmented market: Suitable for a variety of application scenarios, such as smart homes, industrial control, consumer electronics, and more.
The HK32F0301MA family (super-powered peripherals, blazing performance, and exceptional cost-effectiveness—truly a master in the MCU world)!
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 48 MHz.
Storage capacity: Maximum Flash is 32 KB, and maximum SRAM is 4 KB.
Segmented market: Suitable for a variety of application scenarios, such as smart homes, industrial control, consumer electronics, and more.
The HK32L08X family (an ultra-low-power powerhouse boasting rich peripherals, truly reigning as the king of ultra-low power for IoT and metering applications)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 48 MHz.
Storage capacity: Maximum Flash is 128 KB, and maximum SRAM is 20 KB.
Segmented markets: Suitable for ultra-low-power applications such as metering devices, environmental monitoring sensor nodes, industrial ranging systems, in-vehicle multimedia, and medical handheld devices—including smart water meters and gas meters.
The HK32A040 family (automotive-grade quality, high performance, and rich peripherals—truly the king of cost-effectiveness for body domain and cockpit domain MCUs)
Kernel and clock speed: Based on the ARM Cortex-M0 kernel, with a maximum clock speed of 96 MHz.
Storage capacity: Maximum Flash is 128 KB, and maximum SRAM is 10 KB.
Segmented market: Suitable for automotive electronic control systems such as the body domain and cabin domain.
HK32AUTO39A Family (a high-reliability, ultra-high-storage-performance monster—truly the all-around king in the automotive-grade MCU world)
Kernel and clock speed: Based on the ARM Cortex-M3 core, with a maximum clock speed of 120 MHz.
Storage capacity: Maximum Flash is 512 KB, and maximum SRAM is 96 KB.
Segmented market: Suitable for automotive electronic control systems such as the body domain and cabin domain.
The HK32R78 family (highly integrated, low-power, high-performance—truly a powerhouse in the home appliance MCU arena)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 64 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 10 KB.
Segmented market: Suitable for home appliances such as air conditioners, refrigerators, washing machines, range hoods, coffee makers, smart locks, LED control systems, and dimming solutions, among others.
HK32C005 Family (boasting functional safety certification, a high-performance-to-cost ratio powerhouse, and the reigning king of smart control in the consumer market)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 64 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 10 KB.
Segmented markets: Suitable for IoT, smart home, industrial, medical, consumer electronics, and other fields.
HK32C105 Family (Exceptionally cost-effective, featuring versatile package compatibility, IEC60730 certification, and delivering powerhouse performance for the home appliance market!)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 64 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 10 KB.
Segmented markets: Suitable for IoT, smart home, industrial, medical, consumer electronics, and other fields.
The HK32C207 family—combining functional safety with powerful performance, making it a true game-changer in the field of intelligent control.
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 64 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 10 KB.
Segmented markets: Suitable for IoT, smart home, industrial, medical, consumer electronics, and other fields.
The HK32M050 family—highly integrated, low-power, and featuring flexible packaging—is a performance powerhouse in the motor control field.
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 64 MHz.
Storage capacity: Maximum Flash is 16 KB, and maximum SRAM is 4 KB.
Segmented market: Suitable for motor control applications such as water pumps, power tools, fan systems, high-speed motors, and electric mobility, among others.
The HK32M060 family—featuring high integration, high precision, superior performance, and a self-developed motor acceleration unit that makes motor control even more efficient.
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 48 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 8 KB.
Segmented market: Suitable for motor control applications such as water pumps, power tools, fan systems, high-speed motors, and electric mobility, among others.
The HK32M070 Family (a monster of high precision, high efficiency, and cost-performance—top-tier in motor control performance!)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 64 MHz.
Storage capacity: Maximum Flash is 32 KB, and maximum SRAM is 4 KB.
Segmented market: Suitable for motor control applications such as water pumps, power tools, fan systems, high-speed motors, and electric mobility, among others.
HK32EC021 Family (Low Power, High Integration, Smart Control—A Monster in E-Cigarette Control Performance)
Kernel and clock speed: Based on the ARM Cortex-M0 core, with a maximum clock speed of 48 MHz.
Storage capacity: Maximum Flash is 32 KB, and maximum SRAM is 4 KB.
Segmented market: Suitable for the e-cigarette market.
HK16P053 Family (As low as 0.018 per unit! Ahsen's Dark Horse MCU Reaches the World's Summit)
Kernel and clock frequency: 8-bit microcontroller with a maximum clock speed of 16 MHz.
Storage capacity: Flash is 1KB, and SRAM is 64 x 8 bits.
Segmented market: Suitable for applications such as small appliances, toys, smoke detectors, infrared remote controls, sensors, electronic tags, and consumer electronics.
HK16P071 Family (Legendary Reimagined, Dark Horse Returns, MCU Reaches New Heights)
Kernel and clock frequency: 8-bit microcontroller with a maximum clock speed of 16 MHz.
Storage capacity: Flash is 2 KB, and SRAM is 128 x 8 bits.
Segmented Markets: Suitable for applications including wearable devices, consumer electronics, sensors, IoT solutions, small household appliances, toys, infrared remote controls, LED light beads, electronic scales, and more.
HK24Cxx EEPROM (Storing New Legends: Hangshun EEPROM Sets the Industry Ablaze)
Capacity: Full coverage from 2K to 512K.
Operating voltage and temperature: 1.8–5.5V, -40 to 85°C.
Segmented market: Suitable for critical data storage in power-off protection data control devices, diagnostic instruments, consumer electronics, as well as electronic tag data storage, among others.
HK25Qxx NOR Flash (Reliable Storage, Ultimate Performance – Hangshun NOR Flash Sets Industry Benchmark)
Capacity: Full coverage from 1MB to 128MB.
Operating voltage and temperature: 2.3–5.5V, -40 to 85°C.
Segmented markets: Suitable for wearable devices, PC motherboards, set-top boxes, routers, sensor nodes, e-cigarettes, smart speakers, smart door locks, 5G base stations, and more.
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