Project Overview: ROEWE RX8, a flagship SUV under SAIC Motor, is equipped with a high-performance 360° surround view system. To ensure clear, distortion-controlled panoramic imaging, ROEWE selected the WINTOP OPTICS YT-7058 panoramic lens as the core optical component. Why YT-7058? Ultra-Wide Field of View: Delivers up to 200° horizontal FOV, ideal for vehicle surround monitoring. Low Distortion Design: Ensures accurate image stitching for smooth panoramic display. Automotive-Grade Reliability: Passed high-temperature, vibration, and waterproof testing, meeting IATF 16949 standards. Compact Size: Easily integrated into multi-camera vehicle systems without affecting exterior design.   Application Result: The YT-7058 panoramic lens helps ROEWE RX8’s surround view system provide drivers with enhanced safety visibility, reducing blind spots during parking, lane changes, and low-speed driving.

Background As interest in nature and wildlife observation grows, smart bird feeders have become increasingly popular in gardens, balconies, and outdoor spaces. These intelligent devices not only automate bird feeding but also allow users to observe and record bird activity in real time through built-in cameras. Customer Requirements & Challenges The customer required a compact, high-quality outdoor camera lens that could deliver: Clear, high-resolution imaging both day and night A wide field of view to monitor a broad area Resistance to rain, dust, and humidity Easy integration into the bird feeder’s compact housing WINTOP’s Custom Lens Solution WINTOP provided a customized wide-angle IR lens designed for 1/2.7" sensors, with the following key features: 2MP HD resolution for crisp imaging of bird details Infrared-enhanced structure for reliable night vision 120° wide-angle field of view to capture full scenes IP66-rated weatherproof design for long-term outdoor use Compact lens barrel for easy integration with plastic enclosures Results & Performance After mass production, the client reported: Excellent daytime clarity and detail recognition Stable IR imaging at night with no motion blur No fogging or leakage during prolonged outdoor testing Improved user satisfaction due to enhanced image quality on mobile apps   The application of WINTOP’s lens in a smart bird feeder camera system demonstrates our expertise in optical solutions for AIoT and smart home devices. We continue to support innovators worldwide with custom lens solutions for smart, connected technologies. Interested in high-performance lenses for your smart devices? Contact us today!

Wintop Optics, a leading domestic automotive optical lens solutions provider, leveraged its expertise in optical design and precision manufacturing to develop the YT-7009 ultra-wide-angle lens—optimized for next-gen AVM systems. Haima Auto, a user-experience-focused Chinese automaker, selected the YT-7009 as the "eyes" for its new flagship models’ surround-view systems. Wintop YT-7009 Lens: Technological Highlights & Innovations The YT-7009 delivers systemic innovations addressing core AVM pain points: Exceptional Low-Light Performance:Utilizes high-transmittance nano-coating (>95% light transmission) to suppress stray light. Compatible with large-format, high-sensitivity sensors, delivering clear, low-noise images even at moonlight illumination (<0.1 Lux). Automotive-Grade Robustness: All-Metal Inner Barrel: Enhances mechanical/thermal stability, preventing defocus across -40°C to +85°C. IP69K Protection: Withstands high-pressure car washes and harsh weather. Vibration Resistance: Passes rigorous mechanical shock/vibration tests for long-term reliability. Compact & Integration-Friendly:Space-optimized design facilitates seamless embedding in mirrors, grilles, or tailgates. *Table: Key Specifications & Advantages of Wintop YT-7009* Feature YT-7009 Performance Pain Point Solved / Value Delivered FOV ≥200° (Horizontal) Full coverage around vehicle, eliminating blind zones Low-Light Capability >95% transmittance, <0.1 Lux imaging Clear night/garage visibility; 24/7 safety Environmental Durability -40°C~+85°C, IP69K, vibration-resistant Reliable performance in all climates/terrains Structure Compact all-metal inner barrel Easy integration, space-saving, stable Results: Enhanced Safety & Brand Value Haima’s AVM system with YT-7009 lenses has launched successfully, earning positive feedback: Superior User Experience: Users report "natural stitching with minimal edge distortion" and "clear night mode," boosting confidence in low-light parking and reducing collision risks. Competitive Edge for Haima: The high-performance hardware-software integration makes Haima’s AVM a standout feature in its price segment, reinforcing its "tech-savvy & safe" brand image. Domestic Supply Chain Synergy: This project exemplifies successful China-China automotive-tech collaboration. Wintop delivered not just lenses but also co-development agility, supply chain resilience, and cost efficiency. Future Outlook: Continuous Leadership in Automotive Optics The successful deployment of Wintop YT-7009 in Haima vehicles marks a breakthrough in performance and reliability for Chinese high-end automotive optics, reducing dependence on international suppliers. Wintop’s future R&D focus: Integrated Perception: Higher-resolution, wider-dynamic-range (WDR) lenses for shared ADAS/AVM sensors. Optical Innovation: Exploring non-axial imaging for L3+ autonomous driving. Material/Process Upgrades: Lighter, smaller, more robust, and cost-effective solutions. Wintop Optics is committed to advancing intelligent automotive vision globally. Together with partners like Haima, we enable safer, smarter mobility through optical excellence.

As vehicle safety and driver assistance technologies continue to evolve, high-resolution rear-view camera systems have become a standard feature in modern vehicles. With over 18 years of optical manufacturing expertise, Wintop Optics provides automotive manufacturers with reliable, high-performance lens solutions. One of our flagship products—the YT-7045 lens—has been successfully integrated into the rear-view camera system of a CHRYSLER model, delivering sharp image quality and robust performance under demanding conditions. Project Background CHRYSLER was seeking to enhance the safety and user experience of its reversing system by improving image clarity and minimizing distortion, especially under low-light and wide-angle viewing conditions. To meet these requirements, Wintop provided the YT-7045 lens, a compact, wide-angle lens optimized for rear-view applications in automotive environments. Lens Highlights The YT-7045 lens is designed specifically for rear-view camera systems, offering the following advantages: Wide Field of View: With a horizontal FOV of 200°, the lens ensures comprehensive rearward visibility, significantly reducing blind spots during reversing or parking. Low Distortion Design: Engineered with precision optics to minimize edge distortion, improving the accuracy of the rear display image. High Image Clarity: Supports up to 2-megapixel resolution and incorporates high-transmittance coatings for excellent light sensitivity and detail capture, even in low-light conditions. Automotive-Grade Reliability: Fully compliant with automotive grade standards, capable of stable performance in extreme temperatures from -40°C to +85°C. Compact Mechanical Structure: With a diameter of just Φ12.9mm, the lens allows seamless integration into compact rear-view camera modules. Customer Feedback The CHRYSLER engineering team expressed strong satisfaction with the lens’s optical quality and robust environmental performance: “The YT-7045 lens from Wintop delivered exactly what we needed—wide, clear, and distortion-free rear-view imaging. Its stable performance in diverse conditions made it a reliable component in our vehicle platform. We appreciate Wintop’s technical collaboration and prompt support.” Conclusion This successful deployment of the YT-7045 lens in CHRYSLER’s rear-view camera system reflects Wintop’s commitment to delivering cutting-edge optical solutions for the automotive industry. We will continue to innovate and provide trusted imaging components that enhance vehicle safety and driver confidence.

With the rapid development of smart home technology, sweeping robot has become one of the standard fittings of families. As a pioneer in the robot cleaning industry, iRobot sweeping robot not only completely changes the way of cleaning, but also brings a more convenient home experience for efficient consumers. With the further development of artificial intelligence and the Internet of Things (IoT), iRobot's sweeping robot is transforming from a single cleaning device to a smart home steward. The iRobot projects all use YT-7065-F8 lenses developed by Wento Optics, highlighting the company's contribution to the development of vacuum cleaning robots focused on customer home cleaning. The iRobot vacuum cleaner lens is part of an advanced vacuum cleaner that monitors every corner of the home. The iRobot sweeping robot lens can focus on all the stains on the floor to ensure that customers have a clean home. Wintop Optics' YT-7065-F8 lens has been adopted by the iRobot vacuum cleaner project. YT-7065-F8

The application of lenses on lawn mowers can provide better user experience and operation accuracy. By installing lenses on lawn mowers, users can obtain the following solutions: Intelligent path planning: The lens can capture images of the surrounding environment, using high-resolution features and image recognition algorithms to determine the best mowing path. The mower is able to analyze obstacles in the image and avoid them, making the mowing process more efficient and precise, which is amazing, like a smart robot with a lens. Avoid damaging flower beds and cutting passing children: With real-time image feedback from the lens, the lawn mower can detect the position of flower beds, stones and people, and adjust the mowing path accordingly to avoid damage to them. It's hard not to fall in love with such a safe camera lens Automatic adjustment of mowing height: The camera lens of the M12 bayonet can monitor the actual situation of the lawn and automatically adjust the mowing height of the lawn mower according to the growth of the grass and the desired height set by the user. In this way, the lawn mower can perform adaptive mowing in different areas and different grass lengths to keep the lawn clean and even. Fault diagnosis and maintenance tips: The lens can capture the working status and parts of the lawn mower, and transmit the image data to the user or maintenance personnel. By analyzing these image data, potential faults or maintenance needs can be detected in advance, and timely measures can be taken to improve the reliability and life of the lawn mower. Overall, the application of lenses on lawn mowers can enhance the performance and experience of lawn mowers by providing solutions such as intelligent path planning, damage avoidance, automatic adjustment of mowing height, and trouble diagnosis and maintenance tips through technologies such as image recognition and real-time feedback.  

Successful Application of Wintop Optics DVR Lens YT-1684 in LEAPMOTOR   In the field of automotive safety and smart technology, Wintop Optics is known for its excellent optical products--imaging lens. The YT-1684 car camera lens, an innovative driving recorder lens of Wintop Optics, has been successfully applied to LEAPMOTOR cars to enhance the intelligent monitoring system of vehicles.   Product features: High definition: The YT-1684 dvr lens features high-quality optical glass to ensure clear images and true colors. Wide-angle field of view: Provides a wide-angle field of view of more than 100 degrees to clearly record driving conditions. Durability: The car camera lens is designed to be durable and capable of withstanding a wide range of severe weather conditions.   LEAPMOTOR case: LEAPMOTOR, as a leading new energy vehicle manufacturer, is committed to providing a high-tech and intelligent driving experience. After partnering with Wintop Optics Lens Manufacturer, LEAPMOTOR has integrated the YT-1684 car dvr lens into its production models.   Success factors: Safety upgrade: The high-definition and ultra-wide-angle field of view of the YT-1684 dash cam lens significantly enhances driving safety and helps drivers better monitor their surroundings. Intelligent integration: The camera seamlessly integrates with the intelligent driver assistance system of the LEAPMOTOR car to provide real-time road condition analysis and early warning. User feedback: Users are highly satisfied with the performance of the YT-1684 car dvr lens, especially its clear imaging performance in recording road conditions.   Market impact: The introduction of the YT-1684 lens not only enhances the market competitiveness of the LEAPMOTOR, but also promotes the technological progress of the entire automotive industry. The cooperation between Wintop Optics and LEAPMOTOR is regarded as a milestone in the development of smart car technology.   Future Outlook: With the development of autonomous driving and vehicle to everything technologies, Wintop Optics' YT-1684 car dvr lens is expected to play a greater role in future vehicle safety and monitoring systems, providing drivers with a more comprehensive and intelligent driving experience.  

FAW Jiefang has utilized multiple models of Wintop Optics' car rearview lens and surround view lenses, including the YT-7596, YT-7054, and YT-7047. These applications demonstrate the versatility of Wintop's product range and its suitability for various automotive applications, enhancing the vehicle's rear and surround vision capabilities.The application of various camera lenses, including rearview and surround-view lenses, plays a crucial role in enhancing the safety and efficiency of heavy-duty truck transportation. Blind Spot Monitoring Lenses: These lenses are part of advanced driver-assistance systems (ADAS lens) that monitor the truck's blind spots, especially during lane changes. By providing real-time alerts to the driver, these systems significantly enhance safety on the road. The lenses used in blind spot monitoring systems are typically high-resolution and have a wide field of view to cover the necessary areas. Adaptive Cruise Control (ACC) and Lane Keeping Assist (LKA) Lenses: These lenses are used in systems that help maintain a safe following distance and keep the truck within its lane. They are equipped with advanced sensors that can detect the speed and position of vehicles ahead, allowing the truck to adjust its speed accordingly.

Wintop Optics' YT-7610 model ADAS lens was selected for Magna's side view and ADAS (Advanced Driver-Assistance Systems) projects. This partnership is a testament to Wintop's ability to provide lenses that support the development of sophisticated systems designed to improve vehicle safety and driving assistance. Automotive Side view lenses are used for blind spot detection and lane change assistance, providing the driver with a clear view of the adjacent lanes. Electronics rearview lenses are integral to various safety features such as adaptive cruise control, lane departure warning, and collision avoidance systems. They use cameras and sensors to gather data about the vehicle's surroundings. The YT-7610 model lens by Wintop Optics has been selected by Magna for their side view and ADAS projects, showcasing the lens's ability to support these advanced systems.

Huawei's vehicle-mounted DMS (Driver Monitoring System) and OMS (Occupant Monitoring System) projects benefited from the YT-7600 model lens developed by Wintop Optics. This adoption underscores the company's role in contributing to cutting-edge automotive technologies that focus on driver and passenger safety. Car (Driver Monitoring System/Occupant Monitoring System) DMS lenses /OMS lenses are part of advanced safety systems that monitor the driver's attentiveness and the passengers' status within the vehicle. The DMS lens focuses on the driver's face to detect signs of fatigue or distraction, while the OMS lens monitors the occupants to ensure safety features like airbags are deployed correctly. The YT-7600 model Occupant Monitoring System lens from Wintop Optics has been adopted for Huawei's automotive projects, highlighting its suitability for these sophisticated monitoring systems.