Innovative Optical Sensors by Maxic: Transforming Smart Living with Superior Integration and Efficiency

Maxic is redefining smart living with its groundbreaking optical sensor series. These high-tech sensors offer highly-competitive integration, intelligence, miniaturization, adaptability, and energy efficiency.

Maxic is pushing the boundaries of optical sensor technology, delivering breakthroughs that set new industry standards. As the company is expanding its presence into key markets, its products consistently outshine the competition, with performance metrics that rival or surpass global benchmarks.

With a diverse portfolio spanning seven key categories of sensors—ambient light, proximity, color temperature, flicker detection, optical crown, laser distance, and health monitoring, Maxic is now powering a wide array of devices, including smartphones, smartwatches, and TWS (True wireless stereo) earbuds, and various consumer electronics.

Smartphone Solutions

■ Redefining High quality Smartphone Imaging with Advanced Smart Optical Sensor Solutions

Maxic’s latest innovations in mobile technology include four groundbreaking sensor series: narrow-bezel ambient light and proximity sensors (ALS+PS), under-display color temperature and proximity sensors, flicker sensors, and laser distance sensors. These sensors enhance LCD and OLED screens, as well as rear cameras, and are already integrated into top global smartphone brands.

In LCD screen smartphones, Maxic released a compact 3-in-1 ALS+PS, which is designed for narrow-bezel or small smartphone screen

In OLED full-screen smartphones, Maxic’s ultra-sensitive under-display sensor adjusts screen brightness and color temperature for the perfect visual experience. Besides, it can accurately recognize the changes in position to control the screen on/off during calls, effectively prevent mistakenly touching and saving energy.

In camera applications, Maxic offers two types of sensors: flicker sensor and laser distance sensors. The flicker light sensor detects flicker frequency in the environment, eliminating stripe artifacts in photos to ensure high-quality imaging. The laser distance sensor measures distances with millimeter precision, enabling rapid autofocus for improved snapshot and imaging performance.We’re expanding our presence in smartphone industry and will soon introduce multi-spectral and 3D distance sensors.

Smartwatch Applications

■Leading Precision Rotation Detection to Support Comprehensive Health Monitoring

In the smartwatch sector, Maxic has cutting-edge solutions with optical crown sensors, ambient light sensors, and health monitoring sensors. Our products address diverse needs, from rotating crowns and OLED screens to health metrics, and have been adopted by leading global watch brands.

In optical crown applications, Maxic’s high-precision, compact optical sensor is first in the industry to integrate both rotation and key detections, enabling exact measurement of crown rotation and key action.

In OLED screens, Maxic’s ultra-sensitive under-display sensor adjusts screen brightness and color temperature for the perfect visual experience. Besides, it can accurately recognize the changes in position to control the screen on/off during calls, effectively prevent mistakenly touching and saving energy.

In health monitoring sector, Maxic is expanding its portfolio in heart rate, blood oxygen, and ECG sensors. These sensors provide real-time tracking of vital signs, basic data for continuous health monitoring and AI-driven wellness analysis, creating a comprehensive optical sensor ecosystem for smartwatches and fitness bands.

TWS Earbuds Applications

■ Expanding Multifunctional In-Ear Detection to Support Automatic Skin Recognition

In the TWS (True Wireless Stereo) earphone sector, Maxic is advancing with new products and technologies, introducing proximity and skin recognition sensors for various market levels. Our sensors are now being utilized by leading smart wearable manufacturers worldwide.

For Low-to-mid-end earphones, we have launched the smallest and most energy-efficient proximity sensor, designed for in-ear detection and automatic power control, reducing energy use and extending standby time.

For high-end earphones, Maxic has developed multi-channel skin recognition sensors which can not only detects the in-ear movement but also recognize whether it is a living object or not, such as skin, effectively avoiding false recognition and improving using experience.

The company is also expanding its product applications into smart robotics, intelligent sanitary ware, projectors, and video surveillance, providing precise measurement and optical solutions. We are driving innovation and market growth in optical sensors, building a diverse and collaborative development model.

Our goal is to become a leading global optical sensor supplier, working with industry partners to deliver comprehensive sensor products and solutions, and establishing a top-tier, autonomous optical sensor industry chain.