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Smart lighting breaks boundaries! Dishi Technology, partnering with Hangshun HK32 MCU, uses Chinese chips to illuminate a new horizon for cycling.
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Hangshun Chip
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Hangshun Chip
2025.12.15
As cycling becomes a trendy choice for urban commuting and nighttime riding safety rises to the heart of consumer demand, bicycle lights are no longer mere lighting tools—they’ve evolved into core components that integrate safety protection, smart interaction, and aesthetic design. In this industry transformation, Dishi Technology, a leading domestic manufacturer of bicycle lights, and its Chinese counterparts... MCU Longtou Hangshun Chip has reached a deep cooperation, and will work with Hangshun. HK32MCU Integrate a brand-new smart lighting system to... " Optics + Chip " Leveraging its dual advantages, it achieves a market breakthrough, bringing automotive-grade lighting experiences to cyclists worldwide.
I. Strong Partnerships: Breaking Down Barriers to Seize Market Opportunities
Driven by its relentless pursuit of optical technology, DiShi Technology has grown into a core supplier for well-known brands both domestically and internationally, enjoying a high market share in the mid-to-high-end electric motorcycle segment. However, as the two-wheeled vehicle market shifts toward intelligent and high-end features, imports... MCU Supply bottlenecks and cost pressures are gradually becoming more pronounced, emerging as key factors that constrain product iteration.
Hangshun Chip, as a national-level key enterprise specializing in niche and innovative technologies. " Little Giant " Enterprise, its HK32MCU Thanks to their high performance, high reliability, and cost-effectiveness, the series has already achieved import substitution in fields such as automotive electronics and industrial control. This collaboration between the two parties is not merely a simple component replacement; rather, it represents a strategic alignment based on synergies in core technologies. —— Dishi Technology’s Optical System Advantages and Hangshun HK32MCU Its intelligent control capabilities complement each other, jointly breaking the technological monopoly held by foreign brands in the high-end two-wheeled vehicle lighting sector. Equipped with... HK32MCU The smart lighting system in 2025 As soon as the motorcycle expo made its debut, it sent shockwaves through the industry and successfully entered high-end overseas markets such as Southeast Asia and Europe, achieving a transformation from... " Domestic leader " To " Global players " The leap.
II. Core Strength Empowerment: Rebuilding the Foundation of Product Competitiveness
If optical design is the headlights of a two-wheeled vehicle, " Eyes " So then MCU It's about having control over the whole situation. " Brain " Hangshun HK32MCU What DiShi Technology brings is not only stable and reliable core components, but also comprehensive empowerment of market competitiveness.
In terms of R&D efficiency, HK32MCU Achieved compatibility with mainstream imported chips. Pin-to-Pin Fully compatible—Dishi Technology doesn’t need to modify the schematic diagram and... PCB Design enables seamless technology transfer, shortens the R&D cycle, and accelerates time-to-market. This advantage is particularly crucial in the rapidly iterating two-wheeler market, helping Dishi Technology to proactively capture consumer demand and gain a competitive edge in the market.
In terms of cost control, the localized supply system for domestically produced chips enables... Bill of Materials Costs have decreased, while also avoiding the long lead times associated with importing chips. 3-6 The risk of a month-long delivery cycle. This cost advantage not only translates into more competitive end-product prices but also leaves partners with greater flexibility in profit margins, further solidifying Dishi Technology’s position in the supply chain.
More importantly, there’s room for product upgrades driven by technological empowerment. HK32MCU High-frequency core and high speed ADC , for Dishi Technology ADB Intelligent algorithms such as adaptive high beams and dynamic beam pattern adjustment provide robust computational power, enabling headlights to respond rapidly, reducing accident risks, and truly realizing the potential of motorcycle lighting. " Understand road conditions. " The intelligent experience.
III. Panoramic View of the Plan: One MCU Driven smart lighting system
Dishit Technology is powered by Hangshun. HK32MCU The two-wheeled vehicle lighting solution, built by... " Perception - Calculate - Control - Feedback " The end-to-end intelligent system has achieved a comprehensive upgrade, from basic lighting to smart interaction.
Plan with Hangshun HK32C030 MCU As the master control core, this chip is based on ARM Cortex-M0 Kernel, equipped with large Flash And SRAM Storage resources, supported -40℃~105℃ Operates over a wide temperature range, fully adapted to the challenging outdoor environments typical of two-wheeled vehicles. In terms of hardware architecture, the system comprises three core modules: First is the perception module, consisting of an ambient light sensor and other sensors, which collects data in real time, such as light intensity and vehicle tilt angle, via... I2C Interface transmitted to MCU ; secondly HK32MCU The master control module runs core algorithms such as light pattern adjustment and adaptive switching, and outputs precise signals via a dual-channel advanced timer. PWM Signal; third, the execution module, including high brightness. LED A LED bead array, driving circuit, and thermal management system work together to achieve precise light control and efficient heat dissipation.
In terms of functional implementation, the solution achieves this through... HK32MCU Its high-performance computing capability enables multiple intelligent applications: When encountering oncoming vehicles at night, after the camera identifies the oncoming vehicle, MCU Switch from high beam to low beam within microseconds; body tilt exceeds 7° At the same time, the system automatically adjusts the angle of the internal LED beads to prevent glare; when entering a tunnel or a brightly lit environment, it instantly adjusts the illumination intensity to optimal levels. Meanwhile, the scheme features a sophisticated protection mechanism that provides triple safeguards against overheating, overcurrent, and overvoltage, with a short response time, ensuring the system operates safely and reliably.
IV. Core Advantages: Four Key Highlights Set a New Industry Benchmark
Compared to traditional two-wheeled vehicle lighting solutions, DiShi Technology and Hangshun... HK32MCU The jointly developed solution boasts absolute advantages across four key dimensions—security, performance, user experience, and cost—redefining the industry standard for high-end motorcycle lighting.
(1) Security Upgrade: Lighting Assurance
Relying on HK32MCU precise control capabilities, achieving 80° Ultra-wide illumination angle, ultra-high brightness, and ultra-long illumination range. The light is evenly distributed through a special prism structure, completely eliminating dark zones and light spot discontinuities in front of the vehicle. This gives riders ample reaction time when riding at high speeds at night, turning the risk of rear-end collisions into safety redundancy.
(2) Intelligent Advancement: Scenario-Based Adaptive Experience
The solution breaks away from the conventional fixed patterns of automotive headlights. HK32MCU Its high-speed data processing capability supports multi-sensor fusion algorithms, enabling the headlights to intelligently adjust according to the riding scenario. Whether it's the complex lighting conditions of urban commutes or the winding road environments of mountain biking, the system can automatically match the optimal lighting mode, achieving a seamless integration of functionality and personalization.
(3) Reliable and Durable: Easily Handles Extreme Environments
Hangshun HK32MCU The industrial-grade chip, combined with Dishi Technology’s all-in-one aluminum alloy heat dissipation structure, enables the headlight to... -40℃ of severe cold or 105℃ It can operate stably even in high-temperature environments. After undergoing rigorous testing, the product’s lifespan fully matches the vehicle’s lifecycle, and it comes with a long warranty period.
(4) Green Economy: Balancing Energy Efficiency and Costs
HK32MCU Its low-power design ensures that the system's standby power consumption is only... 3 μA Coupled with DiShi Technology’s highly efficient optical system, the vehicle’s overall lighting energy consumption has been reduced, aligning with the requirements of the dual-carbon strategy. Meanwhile, the cost advantages brought by domestically produced chips and the modular design have lowered customization costs for customers and shortened delivery cycles, achieving a win-win situation that maximizes both technological and commercial value.
From technological collaboration in the lab to a surge in market reputation, DiShi Technology and Hangshun... HK32MCU The collaboration is not only a successful case of domestic enterprises joining forces to break through challenges, but also marks the entry of the motorcycle lighting industry into... " Optical Innovation + Chip self-reliance " a brand-new stage of development. In the future, as cooperation between the two sides deepens, we will surely launch more innovative products that combine both safety performance and intelligent experiences, using... " Chinese chip " Illuminating every journey of cyclists around the globe.
Hangshun Chip’s main product portfolio includes over 300 models across 29 families of 32-bit MCUs—ranging from industrial, commercial, and automotive-grade to general-purpose, application-specific, and custom-designed—based on cores such as ARM Cortex-M0, M3, M4, and RISC-V. Below is a selection of specific product families:
HK32F005 family (the world’s smallest 32-bit MCU with an area of just 1 mm², challenging the lax standards of industry veteran TI)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency 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.
HK32L010 family (a low-power monster, offering high cost-effectiveness and high stability—truly unmatched in the MCU world)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 48 MHz.
Storage capacity: Maximum Flash memory 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.
HK32F407/405/417/415 family (thanks to process innovations and outstanding performance, it’s truly a performance monster in the fields of industrial control and smart applications).
Kernel and Main Frequency: Based on the ARM Cortex-M4F kernel, with a main frequency of up to 168 MHz.
Storage capacity: The maximum Flash memory is 1 MB, and the maximum SRAM is 256 KB.
Segmented Markets: Applicable to scenarios including industrial automation, high-end medical devices, industrial control, power equipment, energy storage, photovoltaic inverters, charging guns, battery management systems (BMS), display screens, access control and intercom systems, cooking appliances, floor-scrubbing robots, floor-washing machines, printers, stage lighting, and more.
The HK32F103A family—boasting a high-performance 120MHz main frequency and exceptional precision—is truly the king of cost-effectiveness in the MCU world, empowering the era of IoT.
Kernel and Main Frequency: Based on the ARM Cortex-M3 kernel, with a maximum main frequency of 120 MHz.
Storage capacity: Maximum Flash memory is 512 KB, and maximum SRAM is 97 KB.
Segmented Markets: Applicable to scenarios including industrial automation, high-end medical devices, industrial control, power equipment, energy storage, photovoltaic inverters, charging guns, battery management systems (BMS), display screens, access control and intercom systems, cooking appliances, floor-scrubbing robots, floor-washing machines, printers, stage lighting, and more.
HK32F04AA/030A family (a performance monster boasting abundant peripheral resources and high cost-effectiveness, truly a versatile contender in the MCU world)
Kernel Clock frequency: Based on the ARM Cortex-M0 core, with a maximum clock frequency of 96 MHz.
Storage capacity: Maximum Flash memory is 128 KB, and maximum SRAM is 10 KB.
Segmented markets: Applicable to fields such as IoT, smart homes, industrial applications, healthcare, and home appliances.
HK32C030 Family (Setting a New Benchmark for MCUs with its High-Performance Core, Rich Peripheral Resources, and Cost-Effectiveness)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 64 MHz.
Storage capacity: Maximum Flash memory is 64 KB, and maximum SRAM is 10 KB.
Niche markets: Suitable for consumer electronics such as coffee makers, smart locks, LED control and dimming, and more.
HK32F0301MC family (a performance monster with abundant peripherals, truly a legend in terms of cost-effectiveness)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency 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.
HK32F0301MA family (super-powered peripherals, blazing performance, and excellent cost-effectiveness—truly a master in the MCU world)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency 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.
HK32L08X Family (an ultra-low-power monster with abundant peripherals, truly the king of ultra-low power for IoT and metering applications)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 48 MHz.
Storage capacity: Maximum Flash memory 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, in-vehicle multimedia systems, and handheld medical devices—examples include water meters and gas meters.
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 Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 96 MHz.
Storage capacity: Maximum Flash memory 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 monster with ultra-high reliability and massive storage performance, truly the all-around king in the automotive-grade MCU world)
Kernel and Main Frequency: Based on the ARM Cortex-M3 kernel, with a maximum main frequency of 120 MHz.
Storage capacity: Maximum Flash memory 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.
HK32R78 family (high integration, low power consumption, high performance—truly a powerhouse in the home appliance MCU arena)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 64 MHz.
Storage capacity: Maximum Flash memory is 64 KB, and maximum SRAM is 10 KB.
Segmented Markets: Suitable for home appliances such as air conditioners, refrigerators, washing machines, range hoods, coffee makers, smart locks, LED control and dimming systems, and more.
HK32C005 Family (boasting functional safety certification, a high-performance, cost-effective powerhouse—the king of smart control in the consumer market)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 64 MHz.
Storage capacity: Maximum Flash memory is 64 KB, and maximum SRAM is 10 KB.
Segmented markets: Applicable to fields such as IoT, smart homes, industrial applications, healthcare, and home appliances.
HK32C105 family (outstanding cost-performance ratio, highly compatible with various packages, IEC60730 certified, a performance powerhouse for the home appliance market)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 64 MHz.
Storage capacity: Maximum Flash memory is 64 KB, and maximum SRAM is 10 KB.
Segmented markets: Applicable to fields such as IoT, smart homes, industrial applications, healthcare, and home appliances.
HK32C207 family (combining functional safety with powerful performance, truly a game-changer in the field of intelligent control)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 64 MHz.
Storage capacity: Maximum Flash memory is 64 KB, and maximum SRAM is 10 KB.
Segmented markets: Applicable to fields such as IoT, smart homes, industrial applications, healthcare, and home appliances.
HK32M050 family (high integration, low power consumption, flexible packaging—performance powerhouse in the motor control field)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 64 MHz.
Storage capacity: Maximum Flash is 16 KB, and maximum SRAM is 4 KB.
Segmented Markets: Suitable for motor control applications such as water pumps, power tools, fan applications, high-speed motors, and electric mobility.
HK32M060 family (high integration, high precision, high performance, and a self-developed motor acceleration unit for more efficient motor control)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 48 MHz.
Storage capacity: Maximum Flash is 64 KB, and maximum SRAM is 8 KB.
Segmented Markets: Suitable for motor control applications such as water pumps, power tools, fan applications, high-speed motors, and electric mobility.
HK32M070 Family (a monster of high precision, high efficiency, and cost-effectiveness—unrivaled in motor control performance)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 64 MHz.
Storage capacity: Maximum Flash is 32 KB, and maximum SRAM is 4 KB.
Segmented Markets: Suitable for motor control applications such as water pumps, power tools, fan applications, high-speed motors, and electric mobility.
HK32EC021 Family (Low Power, High Integration, Intelligent Control—A Monster in E-cigarette Control Performance)
Kernel and Main Frequency: Based on the ARM Cortex-M0 kernel, with a maximum main frequency of 48 MHz.
Storage capacity: Maximum Flash is 32 KB, and maximum SRAM is 4 KB.
Niche market: Suitable for the e-cigarette market.
HK16P053 Family (Less than 0.018 per chip! Ahsen’s dark horse MCU reaches the pinnacle of the world)
Kernel and clock frequency: 8-bit microcontroller with a maximum clock frequency of 16 MHz.
Storage capacity: Flash is 1 KB, and SRAM is 64 × 8 bits.
Segmented markets: Suitable for applications such as small home appliances, toys, smoke detectors, infrared remote controls, sensors, electronic tags, and consumer electronics.
HK16P071 Family (Legendary Rebirth, Dark Horse Returns, New Peak for MCUs)
Kernel and clock frequency: 8-bit microcontroller with a maximum clock frequency 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, small home appliances, toys, infrared remote controls, LED 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, -40–85℃.
Segmented market: Suitable for critical data storage in power-off protection data control devices, diagnostic instruments, consumer electronics, and electronic tag data storage, among others.
HK25Qxx NOR Flash (Reliable storage, ultimate performance—Hangshun NOR Flash sets the industry benchmark)
Capacity: Full coverage from 1M to 128M.
Operating voltage and temperature: 2.3–5.5V, -40–85℃.
Segmented Markets: Applicable to wearable devices, PC motherboards, set-top boxes, routers, sensor nodes, electronic cigarettes, smart speakers, smart door locks, 5G base stations, and more.
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