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Wintop Optics proudly announces the release of its new YT-7739-F8 streaming rearview mirror lens, designed to deliver superior clarity, wide-angle coverage, and exceptional durability for next-generation in-vehicle vision systems. With growing demand for smart automotive lenses, the YT-7739-F8 offers a perfect balance of optical precision and environmental reliability, ensuring clear and stable performance in all driving conditions. Wide-Angle Coverage for Full Road Awareness The YT-7739-F8 features a focal length of 2.1 mm and achieves an impressive 157° diagonal field of view, allowing the streaming rearview mirror to display a comprehensive, real-time rear vision without distortion. This ultra-wide FOV enhances the driver’s situational awareness, reducing blind spots and improving safety during lane changes and reversing maneuvers. High Optical Transmission and Low Distortion Engineered with precision, the lens achieves average transmission ≥ 90% (455–585 nm) and 50% transmission at 640 nm, ensuring vivid, high-contrast images even in challenging lighting conditions. Its low distortion rate (< −25%) and high relative illumination (> 68%) guarantee realistic, edge-to-edge image quality—ideal for automotive display and recording systems. Built for Extreme Automotive Environments Designed with 6G + 1BG optical structure, the YT-7739-F8 provides excellent optical stability and minimal chromatic aberration. The lens maintains performance in temperatures ranging from −40 °C to +85 °C, meeting the rigorous standards of automotive-grade durability. With a robust A6061 aluminum housing and IP69K waterproof and dustproof rating, it withstands high-pressure water, dust intrusion, and vibrations—ensuring reliable performance in both summer heat and heavy rain conditions. Optimized for Modern Vehicle Systems The YT-7739-F8 is compatible with Sony IMX307 sensors (1920×1080) and supports advanced imaging modules used in streaming rearview mirrors, parking assistance systems, and surround-view monitoring (AVM). Its optical design ensures stable image output for high-definition displays, delivering a clear, lag-free visual experience to drivers in real time. Driving the Future of Automotive Vision As vehicles continue to integrate smarter and safer vision technologies, Wintop Optics remains dedicated to developing reliable and high-performance automotive lenses that enhance both driving safety and comfort. The YT-7739-F8 represents another step forward in optical innovation—combining wide-angle precision, environmental endurance, and optical excellence in one compact design. About Wintop Optics With over 19 years of expertise in automotive, security, and industrial optical lens manufacturing, Wintop Optics provides advanced imaging solutions for global clients. The company continues to innovate with a focus on optical performance, durability, and intelligent imaging applications.

Wintop Optics proudly announces the launch of its new YT-1755P-F1 lens, designed to deliver exceptional imaging performance for drone and aerial applications. Combining a compact optical design with outstanding light transmission and stability, this new model enhances image clarity and reliability for aerial surveillance, mapping, and low-light photography. Superior Optical Clarity for Aerial Vision The YT-1755P-F1 drone lens features a 2.08 mm focal length and an F/1.1 large aperture, offering excellent light-gathering capability even in low-illumination environments. This enables drones to capture sharper, more detailed images from high altitudes and during dusk or dawn missions. With a field of view (FOV) up to 135° (diagonal), the lens delivers an ultra-wide perspective, ideal for aerial monitoring and landscape imaging. Its high transmittance — over 93% across 430–615 nm — ensures vivid color reproduction and precise contrast under diverse lighting conditions. Optimized for Stability and Environmental Durability Developed for outdoor operation, the YT-1755P-F1 lens maintains excellent image stability across −20 °C to +70 °C, making it highly reliable in varying climates and flight conditions. The lens construction adopts a 2G5P + 1IR optical structure, designed to minimize distortion and enhance infrared performance for improved visibility and accuracy. Its IP52 dust-resistant design protects the internal optics from moisture and airborne particles, ensuring consistent image quality even in challenging environments. Wide Compatibility with Drone Camera Systems The YT-1755P-F1 supports multiple image sensor formats including 1/2.7", 1/2.8", and 1/3", providing flexibility for integration with various drone camera modules. With low distortion (< −19% for 1/2.8"), the lens ensures realistic imaging and precise edge detail—critical for mapping, terrain recognition, and object tracking in aerial operations. Designed for Professional Aerial Imaging Thanks to its high light transmittance, wide angle, and temperature stability, the YT-1755P-F1 is ideal for: Aerial photography and videography Drone-based inspection and mapping Security and environmental monitoring Search and rescue missions Whether flying under bright sunlight or in twilight conditions, the YT-1755P-F1 ensures every frame remains clear, consistent, and true-to-life. About Wintop Optics With over 19 years of expertise in precision optical design, Wintop Optics specializes in developing advanced lenses for automotive, drone, surveillance, and industrial applications. The company continues to innovate with high-quality, reliable optical solutions that empower smarter vision systems worldwide.

Wintop Optics is proud to announce the launch of its latest dash cam lens — the YT-1753P-F8, a high-performance wide-angle lens designed specifically for automotive video recording. Engineered for clarity, stability, and durability, this new model enhances driving safety and image reliability under all road conditions. Wide-Angle Coverage, Clearer Evidence The YT-1753P-F8 dash cam lens features a 2.08 mm focal length and supports an ultra-wide 136° diagonal field of view. This allows the dash camera to capture more of the road ahead — minimizing blind spots and ensuring every critical detail is recorded. Its F/1.1 large aperture delivers excellent light transmission, ensuring bright and detailed footage even in low-light or nighttime environments. This makes it ideal for applications that demand high-definition and reliable video evidence. Built for Automotive Reliability Designed for long-term stability, the YT-1753P-F8 is built with a 2G5P+1BG optical structure and high-quality glass elements to minimize distortion and color aberration. It is rated IP52 dust-resistant, preventing dust and moisture intrusion inside the lens module. The lens operates reliably in temperatures ranging from −20 °C to +70 °C, maintaining stable optical performance even in extreme heat or cold — a critical advantage for in-car cameras continuously exposed to sunlight and temperature changes. Precision Optical Design The YT-1753P-F8 supports multiple sensor formats, including 1/2.7", 1/2.8", and 1/3" sensors, offering integration flexibility for various dash cam systems. Its low distortion (< −19% for 1/2.8" sensors) ensures natural image presentation, which is essential for accurate video playback and AI-based image recognition. Ideal Choice for Next-Generation Dash Cams Combining wide-angle imaging, excellent low-light performance, and temperature resistance, the YT-1753P-F8 is an optimal solution for modern dash camera manufacturers and automotive system integrators. It helps deliver reliable video recording performance for ADAS, driver monitoring, parking assistance, and fleet management systems. About Wintop Optics With over 19 years of expertise in automotive and industrial optical lens design, Wintop Optics provides high-quality imaging solutions for dash cams, surveillance cameras, drones, and smart vision applications. The company remains dedicated to developing advanced optical technologies that power safer, smarter, and clearer imaging systems.

WINTOP OPTICS, a professional optical lens solution provider with over 19 years of expertise, proudly announces the launch of its latest product, the YT-4930P-E2 Infrared Lens. This 1/3” infrared lens is designed to deliver superior imaging performance in low-light and night vision applications, supporting a wavelength range of 700–1100nm. With a 3.65mm focal length, F1.0 aperture, and wide 85° diagonal field of view, it ensures exceptional clarity and coverage even in complete darkness. The YT-4930P-E2 combines low distortion (<2%), a compact M14×0.35 mount, and robust construction, making it an ideal choice for automotive night vision systems, security and surveillance cameras, drones, and smart home devices. Its versatility and reliability enable seamless integration into a variety of imaging systems, from professional monitoring to consumer electronics. “We are excited to introduce the YT-4930P-E2 to our global partners. This lens strengthens our portfolio of high-performance infrared optics and supports the growing demand for reliable night vision solutions in the automotive, security, and smart technology markets,” said a spokesperson for WINTOP OPTICS. With the release of the YT-4930P-E2, WINTOP OPTICS continues to reinforce its commitment to innovation in infrared lenses, night vision imaging, and advanced optical solutions for next-generation applications. About WINTOP OPTICS WINTOP OPTICS is a leading optical lenses manufacturer with a strong focus on high-end imaging solutions for automotive electronics, security surveillance, drones, and smart devices. With strict quality control and continuous R&D investment, WINTOP delivers lenses trusted by customers worldwide.  

Wintop Optics, a professional optical lens manufacturer with 19 years of experience, has officially released its latest product — the YT-3559P-C1-C lens. Specially designed for Ziggi-HD Plus high-definition USB document cameras and scanners, this lens delivers large depth of field, ultra-low distortion, high transmittance, and even brightness, ensuring superior imaging performance for education, office work, and document archiving applications. The YT-3559P-C1-C lens supports 2MP, 5MP, 8MP, and 12MP resolutions, meeting diverse image quality requirements. Featuring a 3.19mm effective focal length (EFL) and a F/4.5 aperture, it provides a wide depth of field for sharp and clear imaging from near to far distances. With a minimum object distance (MOD) of just 10cm, the lens is ideal for desktop-friendly applications, such as capturing documents, scanning books, and showcasing product details. Its <0.2% ultra-low distortion minimizes image warping, preserving true-to-life geometry and details. The YT-3559P-C1-C also offers >60% relative illumination, ensuring uniform brightness from the center to the edges of the image. In addition, its high transmittance optical design reproduces vivid, accurate colors for a lifelike viewing experience, making it a professional-grade choice for high-definition document and scanner systems. With the launch of the YT-3559P-C1-C, Wintop Optics continues to push the boundaries of imaging technology, providing optical solutions that combine precision engineering with reliable performance. This new lens enhances the capabilities of document cameras and scanners, supporting applications in education, remote conferencing, document management, and live streaming.  

Recently, WINTOP OPTICS was honored to welcome a team from its Malaysian partner, C&C I MOTIVE SDN BHD, for a field visit to China. The visit aimed to gain a deeper understanding of WINTOP's R&D capabilities, production processes, and quality management systems in the optical lens field, laying a solid foundation for further cooperation between the two parties. Accompanied by company management, the client team toured the core lens production processes, including precision injection molding, optical assembly, inking and coating processes, and automated finished product inspection. The client was deeply impressed by the clean workshop environment, advanced equipment, and rigorous quality control system. During the meeting, both parties conducted in-depth discussions on collaborative lens projects in application areas such as automotive imaging, security surveillance, and smart home, and expressed high recognition and anticipation for future collaboration. This visit not only strengthened C&C I MOTIVE SDN BHD's trust and understanding of WINTOP OPTICS but also injected new impetus into future joint ventures into the international market.  

WINTOP OPTICS is proud to announce the release of our latest M12-mount lens — YT-4045, a precision-engineered optical solution designed to meet the demands of both drone imaging and night vision systems. With a large F/1.2 aperture and 30mm effective focal length (EFL), the YT-4045 excels in low-light environments and delivers long-range, high-detail imagery. The lens features ultra-low distortion of -0.24%, ensuring accuracy and clarity in edge-to-edge imaging — essential for aerial mapping, surveillance, and intelligent night monitoring. Key Features: Aperture: F/1.2 EFL: 30mm Distortion: -0.24% Mount: M12 Ideal for: Drones, Night Vision Devices

Wintop Optics, a global leader in optical factory, today announced the official launch of its next-generation heated CMS optical lens, YT-7630-A8-A. Designed for extreme environments, this product combines cutting-edge heating technology, superior optical performance, and robust durability, offering revolutionary solutions for autonomous driving, security surveillance, and other demanding applications. Key Innovation: Active Heating Technology for Extreme Environments The YT-7630-A8-A features an FPC (Flexible Printed Circuit)-integrated heating module with precision temperature control. It eliminates fogging and frost on lens surfaces within seconds in extreme temperatures (-40°C to 85°C), ensuring stable imaging clarity in low-temperature, high-humidity conditions. This breakthrough addresses chronic image distortion issues in traditional CMS lenses caused by temperature fluctuations, significantly enhancing all-weather operational reliability. Performance Excellence: Precision Optics for Diverse Applications Superior Optical Capabilities: A 5.49mm focal length paired with an f/1.8 large aperture delivers high light intake and a wide field of view, enabling low-noise HD imaging even in low-light environments. Ultra-Low Distortion: Distortion < -8.3%, supported by a 6G+1IR lens structure (6 spherical glass lenses + 1 infrared filter), ensures edge-to-edge sharpness for precision measurement tasks. Compact Design: With an optical total length of 20.16mm, it fits space-constrained devices and supports 1/2.6" sensors for compatibility with mainstream CMS cameras. Military-Grade Durability: IP69K certification guarantees resistance to high-pressure water jets, dust ingress, and chemical corrosion, ideal for automotive manufacturing, food processing, and harsh industrial environments. Plug-and-Play Integration: Standardized Interface The YT-7630-A8-A adopts the AA19-10-8.45 threaded interface, enabling seamless compatibility with mainstream camera modules. Customizable optical and mechanical configurations are available to meet specialized application needs. Future-Proof Applications Autonomous Vehicles: Ensures reliable perception for ADAS in freezing and wet conditions. Industry 4.0: Enhances precision in lithium battery inspection, semiconductor packaging, and high-tolerance manufacturing. Smart Security: Maintains uninterrupted outdoor surveillance in extreme climates. Medical Equipment: Provides stable imaging for low-temperature laboratory instruments. About WintopWith over eighteen years of experience in optical lenses, Wintop specializes in high-end automotive vision systems, and AI-driven imaging technologies. Certified to ISO 9001 and IATF 16949, we serve 500+ global industry leaders, driven by our mission to "Illuminate the Future" through optical innovation.  

In the rapidly evolving automotive industry, advanced driver assistance systems (ADAS) and camera monitoring systems (CMS) demand optics that deliver uncompromising clarity and reliability—even in the harshest environments. Enter the next-generation heated CMS camera lens, engineered to overcome challenges like fogging, frost, and extreme temperature fluctuations. Designed for automotive-grade durability and precision, this lens combines cutting-edge heating technology with superior optical performance, setting a new benchmark for safety and functionality in modern vehicles. 1. Innovative Heating Technology for Uninterrupted Vision The core of this heated CMS lens lies in its FPC (Flexible Printed Circuit) heating element, which ensures rapid and uniform heat distribution across the lens surface. Unlike conventional resistive heating methods, the FPC-based design minimizes energy consumption while maintaining optimal temperatures to prevent condensation and ice buildup. This technology guarantees clear visibility in sub-zero conditions or high-humidity environments, critical for safety in autonomous driving and rearview applications. Integrated with smart thermal management, the system automatically adjusts heating intensity based on real-time environmental data, ensuring efficiency without compromising the lens’s lifespan. 2. Optical Excellence: 6G Lens Structure and Wide-Angle Precision At the heart of the lens is a 6G optical structure—six high-precision glass elements—crafted to minimize aberrations and maximize light transmission. This design enhances image sharpness and color accuracy, even in low-light scenarios, making it ideal for night driving or poorly lit environments. Paired with a wide-angle field of view (FOV), the lens captures expansive scenes without distortion, ensuring drivers have a comprehensive view of their surroundings. Advanced coatings further reduce glare and ghosting, critical for avoiding blind spots in complex traffic conditions. 3. Precision Engineering: AA (Active Alignment) Structure for Enhanced Imaging Consistency A critical advancement in this lens lies in its AA (Active Alignment) structure, a proprietary assembly process that ensures micron-level alignment of optical components. Unlike traditional passive alignment methods, the AA system utilizes real-time feedback from high-resolution sensors during manufacturing to adjust each glass element’s position, eliminating tilt and decenter errors. This precision translates to consistent focus accuracy across the entire 6G lens assembly, even under extreme vibrations or thermal expansion. For automotive applications like lane-keeping assistance or object recognition, the AA structure guarantees pixel-perfect image registration, reducing calibration demands for vehicle ECUs. Combined with the FPC heating layer, this design maintains optical stability during rapid temperature transitions—a key advantage for electric vehicles operating in diverse climates. 4. Robust Durability: IP69-Rated Protection Built to withstand the rigors of automotive use, this lens boasts an IP69-rated enclosure, offering unparalleled resistance to dust, high-pressure water jets, and corrosive substances. Whether navigating muddy terrains or enduring heavy rainfall, the sealed construction ensures internal components—including the CMOS sensor and heating system—remain fully operational. This rugged design aligns with automotive industry standards for vibration resistance and thermal cycling, ensuring reliability across temperatures ranging from -40°C to 85°C. 5. Seamless Integration for Modern Vehicles Compatibility is key in automotive optics. This heated CMS lens supports seamless integration with existing ADAS platforms, offering plug-and-play functionality and customizable mounting options. Its compact form factor accommodates space-constrained installations, while the automotive-grade CMOS sensor delivers high dynamic range (HDR) imaging for superior contrast in mixed lighting conditions. Whether used for blind-spot monitoring, parking assistance, or surround-view systems, the lens ensures real-time, high-resolution data transmission to onboard processors. 6. Future-Proofing Safety and Performance As autonomous driving technology advances, the demand for fail-safe optical solutions grows exponentially. This heated CMS camera lens not only meets current regulatory requirements but also anticipates future needs with upgradable firmware and adaptive calibration capabilities. By prioritizing energy efficiency, thermal stability, and optical precision, it stands as a vital component in the next wave of smart mobility solutions.  

WINTOP OPTICS, a leading Chinese manufacturer of precision optical lenses for industrial and AI-driven applications, successfully hosted a delegation from e-con Systems India for a comprehensive factory audit last week. The visit marked a pivotal step in advancing collaborative innovation in imaging solutions for robotics, smart cities, and autonomous systems. Audit Focused on Quality and Technological Excellence During the one-day engagement, e-con Systems’ engineering an in-depth review of WINTOP OPTICS’ vertically integrated production ecosystem, including: ISO 9001:2015-certified manufacturing processes ensuring zero-defect output for high-stakes applications Advanced lens prototyping capabilities (aspheric, telecentric, and micro-optics) AI-powered optical inspection systems achieving ±0.1μm surface accuracy “The audit validated WINTOP OPTICS’ ability to scale cutting-edge optics with unmatched consistency,” stated, Technical Director of e-con Systems. “Their expertise in machine vision lens design directly supports our mission to deliver robust embedded camera solutions globally.” Driving Innovation Through Global Synergy The visit included joint workshops on emerging trends such as low-light optimization for smart surveillance. Both parties finalized a framework for co-developing next-generation lenses tailored to AIoT edge devices. “Collaborating with pioneers like e-con Systems fuels our innovation engine,” said, CEO of WINTOP OPTICS. “This audit underscores our commitment to being more than a supplier – we are a technology enabler for the age of automation.” WINTOP OPTICS: Engineering the Future of Imaging With a 15,000㎡ fully automated facility and 60+ patents in optical design, WINTOP OPTICS serves Fortune 500 clients across 30 countries. The products of Yunding Optical Technology Co., Ltd. are Automotive monitoring camera lenses, Car DVR lenses, vehicleADAS/CMS/OMS lenses, security surveillance cctv lenses,intelligence home devices lenses, low distortion sports camera lenses, face recognition lenses and wide angle fisheye lenses etc. For more information about WINTOP OPTICS, please visit our official website or contact our customer service team.  

Wintop Automotive Lens Linked to Weed Detecting Camera Lens       Although the application scenarios of weed surveillance cameras (such as those on agricultural drones or ground robots) and automobile optical lenses are different, there is a certain overlap in technical requirements and functional directions: 1. Common needs for environmental adaptability Weed surveillance camera requirements: It is necessary to adapt to a variety of outdoor environments (strong light, shadow, soil, water vapor), and has higher requirements for durability, waterproof and dustproof. Similarity: Both require high dynamic range (HDR) and excellent anti-reflection properties to cope with complex light conditions. 2. Demand for high resolution and intelligence Weed surveillance camera: The combination of high-resolution imaging and AI algorithms can identify crops and weeds and optimize agricultural production efficiency. Relevance point: Similar to the object detection function of ADAS, weed monitoring also needs to accurately identify targets (weeds, crops) and support real-time imaging and data processing. 3. The combination of miniaturization and lightweight design Weed monitoring equipment: Drone-mounted lenses need to reduce weight and energy consumption as much as possible, thus prolonging flight time. Relevance: In order to adapt to the narrow installation space, car lenses also need modularity and miniaturization design, and technology accumulation can be shared. 4. Cross-border application of intelligent processing technology Common features of weed surveillance lens and in-vehicle lens: Both need real-time image analysis and algorithm support. The deep learning technology in car lenses can be used for reference in agricultural scenes, such as fast image processing through edge computation.   The correlation between weed surveillance camera lens and automobile optical lens can be explained in depth from three aspects: technical requirements, application scenarios and future development trends:   1. Generality of technical requirements High Resolution and Fine Imaging Capabilities Weed monitoring requirements: High-resolution lenses enable accurate identification of crops and weeds, such as distinguishing color, texture and morphology differences through AI algorithms, providing accurate data to guide precision farming operations. Car lens correlation: In ADAS and automatic driving, in-vehicle lenses need to identify multiple targets (vehicles, pedestrians, road signs), and the resolution requirements range from high definition (1080p) to 4K and above, which is highly consistent with the target recognition technology required by weed monitoring. Environmental adaptability Weed monitoring requirements: Farmland environment usually has complex conditions of strong light, reflection, dust and water vapor. The lens should be waterproof, dustproof, glare-proof and adaptable to wide temperature area. Car lens correlation: In-vehicle lenses also need to work in extreme environments, such as rain and snow weather, high temperature (near the engine) or low temperature (cold areas). The two have direct technical commonalities in material selection, coating technology (such as anti-ultraviolet and anti-reflection) and sealing design. Miniaturization and Lightweight Weed monitoring requirements: Drones and robots usually have strict weight and size restrictions, and the lens needs to be small and light enough while maintaining high performance. Car lens correlation: Automotive lenses also need to adapt to limited installation space and cannot affect the weight of the whole vehicle. Modern in-vehicle lens modularity and aspherical design technologies can be directly applied to agricultural lenses. Multispectral and Near Infrared Technology Weed monitoring requirements: In agricultural scenes, infrared imaging is used to monitor plant health, and near infrared spectroscopy helps identify plant water content and growth status, distinguishing crops from weeds. Car lens correlation: In-vehicle lenses have been widely used in night vision systems with near-infrared technology and have the ability of multi-spectral expansion, which lays a foundation for infrared and multi-spectral imaging technology of agricultural lenses.     2. Linkages of application scenarios Real-time monitoring and image processing Weed monitoring camera: It is necessary to capture real-time images and combine AI algorithms to complete weed recognition and distribution mapping, which has technical similarities with in-vehicle ADAS camera real-time scene analysis (such as lane departure warning). For example, edge computation technology commonly used in in-vehicle lenses can transplant the processing power of real-time monitoring data to agricultural equipment, enabling drones or ground robots to operate efficiently. Object detection and environment awareness In farmland, weed monitoring cameras need to adapt to changes in different topography and vegetation density, and quickly sense the location and coverage of target plants. Car lenses need to deal with road environment (e.g. curves, slopes) and dynamic targets (pedestrians, vehicles), both of which rely on visual algorithms to optimize the scene quality captured by the lens. Long distance and wide angle requirements Weed monitoring: Drones need to accurately monitor crops at a long distance (several meters to tens of meters) through high-resolution lenses. Use a wide-angle lens to cover a large area of farmland while ensuring clear imaging of the center and edge. Car lens: Panoramic camera and rearview lens head also have wide-angle characteristics, and wide-angle lens technology can be directly used for reference in both.     3. Future trends Technology convergence Collaborative development of AI algorithms: In weed monitoring and automatic driving, the combination of AI technology and optical lenses is the core driving force. In the future, a universal lens can be developed to support both agricultural target recognition and in-vehicle ADAS systems. Multispectral imaging system: The demand for multi-spectrum in the agricultural field overlaps with the demand for infrared technology in in-vehicle night vision systems, reducing research and development and production costs by sharing core technologies. Modularity lens design The modularity lens can be adapted to different devices (such as drones and cars), and can quickly switch between scenes by replacing a few components. For example, a basic lens module can use ordinary spectra when monitoring farmland, and add a night vision expansion module to the in-vehicle system. Material and process optimization Popularization of aspherical lenses: Aspherical lenses have been widely used in automobiles, which can significantly reduce weight and improve imaging quality. They can be directly applied to agricultural lenses in the future. Coating technology upgrade: Anti-fog and anti-glare coating in car lenses can improve the applicability of agricultural lenses in morning dew and strong sunlight.  

In recent years, smart home technology is constantly developing and growing, among which smart home lens as an important part, with its high cost performance and high performance, has become a new choice for home security and monitoring. This article will introduce the types of smart home lenses and how they can meet People's Daily needs.   The main types of smart home lenses are: gun type, hemispherical, spherical, shaking head machine, card machine and hidden camera. These different types of camera structures and infrared light configurations are different and suitable for different application scenarios. For example, gun cameras are suitable for outdoor or high places for security monitoring; Hemispherical cameras are suitable for indoor installation, used to monitor home or office access; Shake head machine and card machine can be horizontal, vertical rotation and zoom monitoring, suitable for use in a large space; The concealed camera has good concealment and can be monitored without being detected.   Smart home lenses typically have high-definition picture quality, night vision, and storage capabilities. High-definition picture quality can provide clear images, easy for the monitor to observe the scene; Night vision can provide bright images at night, which is easy for monitors to monitor at night; The storage function can store the surveillance video locally or in the cloud, which is easy for the monitor to view at any time.   Smart home lenses can also be monitored remotely from a phone or computer. The monitor can view the surveillance video in real time through the mobile phone or computer, and can remotely control it through the mobile phone or computer, such as adjusting the Angle and focal length of the camera.   The application scenarios of smart home lenses are very wide, such as home security monitoring, office monitoring, shop monitoring, factory monitoring and so on. In the home security monitoring, the smart home lens can help the family owner to monitor the access of the family and prevent the occurrence of theft; In office monitoring, smart home lens can help business managers monitor the work of employees and improve work efficiency; In the store monitoring, the smart home lens can help the business monitor the operation of the store and prevent the occurrence of theft; In factory monitoring, smart home lenses can help factory managers monitor production and improve production efficiency.   In short, as an important part of smart home technology, smart home lens has become a new choice for home security and monitoring with its high cost performance and high performance. With the continuous development and growth of smart home technology, the application scenarios of smart home lenses will be more extensive, bringing more convenience and security to people's lives.