Optic/Lens specialist/Mass production/AVM/ADAS/DMS/CMS/FCW/

Accidents on the road are the result of human error – distracted or fatigued drivers. Car manufacturers have taken action by creating and implementing driver monitoring systems that can detect and prevent accidents. These systems are designed to provide insight into the driver's condition and behavior and they rely on sensors like in-car cameras, computer vision, and artificial intelligence to accomplish this. Smart Eye's driver monitoring systems are designed to detect driver impairment such as distraction and drowsiness. These systems use advanced software that can improve road safety and save lives. Our driver monitoring systems can be customized to meet the specific needs of the vehicle owner, and we are committed to ensuring that drivers are as safe as possible on the road. Overview ·          For customized mobility experiences ·          The safety features of tomorrow ·     ...

  Human error is the cause of most car accidents. Fatigue, inattentiveness, distractions, inexperience… it can all easily lead to fatal consequences. To prevent accidents caused by such states, more and more car models come with a built-in driver monitoring system that assists the driver in reaching their destination safely. Why are driver monitoring systems important? A driver monitoring system  monitors and analyzes the driver's face  in real time. The camera pointed at the driver’s face provides the inputs the computer vision algorithms need to monitor the driver. The system’s purpose is to look for any signs of fatigue, distraction, anger, or similar states. If the system detects such a state, it can then take appropriate actions. For example, if the system detects anger, it can try to prevent road rage and reckless actions. It can, for example, offer the driver an alternative route, play their favorite music, slow down the car, and more. There are many layers to a re...

  The camera module is composed of many important parts. In addition to the lens, we also pay special attention to the  #sensor . 💭 CMOS (Complementary Metal Oxide Semiconductor), which is a complementary metal oxide semiconductor, is a semiconductor that can record changes in light. It mainly uses semiconductors made of silicon and germanium, so that N-type and P-type semiconductors coexist on CMOS. This The current generated by the two complementary effects can be recorded and interpreted by the processing sensor as an image. 🔎 🔎 🔎 #cmos  image sensor (CMOS imager Sensor), referred to as CIS, is an image sensor using CMOS technology, an image sensing element manufactured using the principle of photoelectric technology. 💨  #pixel  is the smallest photosensitive unit of the image sensor. The pixel array is arranged together to form the photosensitive area of the image sensor. 💨  #PixelSize  refers to the size of a single photosensitive element of...

  WINTOP OPTICS has in-depth exchanges with industry leaders at the 2024 CES exhibition The highly anticipated 2024 Las Vegas CES exhibition took place from January 9-12, 2024, showcasing the latest innovations and cutting-edge technologies across various industries. Among the impressive company lineup was WINTOP OPTICS, a leading lens manufacturer that seized the opportunity to communicate deeply with renowned industry players. Engaging with Industry Leaders: WINTOP OPTICS, a manufacturer of lenses, made a mark at the 2024 CES exhibition by engaging with industry leaders in the automotive, camera lens imaging, and surveillance lens sectors. Their objective was to establish and strengthen relationships with key players in the field while gaining insights into the car camera lens market trends. WINTOP OPTICS set out with a clear goal at the 2024 CES exhibition: to establish and strengthen relationships with industry leaders. The company representatives visited Magna, a well-know...