Cameras & Photoframes

The in-car surround view 360 automotive video camera system, often referred to as a 360-degree camera system, provides a comprehensive view of the area around a vehicle by stitching together images from multiple cameras strategically placed around the car. This technology enhances driver visibility, aids in parking, and contributes to overall safety. Performance Parameter of Car Surround View Camera Model CK-MOT360-1080-V2.0 REMARKS Image Sensor GC2053 Image Sensor Size 1/2.9 Effective Pixels 1920*1080 Pixel size 2.8μm x 2.8μm Optical distortion ≤-17.2% Image sensor Data output AHD Maximum Frame Rates and Resolution Full resolution of 1920 X 1080@30fps SNR max 45dB Dynamic range 85dB Min. Illumination ≥0.001LUX at F.No2.0 NO LED Interface AHD with connector of RCA Power requirements 5V / 12V Storage temperature -30℃ to 105℃ operating temperature -20℃ to 85℃ Power Consumption Max 300mW LED IR-850 NO, but could be customized OS All automotive systems Lens size M12 diameter；15mm TTL Lens Construction 6G + IR F/NO 2.0 EFL 2.26mm FOV D:127° H:103° V:78° ±3° Customizable Shooting distance Fixed Focus， 50cm-infinity Details of automotive surround view camera Features 360-Degree View: The car surround view camera system uses multiple cameras positioned around the vehicle to capture a complete view of the surroundings, including areas that might be blind spots. Stitched Image: The images from individual cameras are stitched together in real-time to create a seamless, bird's-eye view of the vehicle and its immediate environment. Parking Assistance: The system aids in parking by providing a clear view of obstacles, curbs, and other vehicles, allowing drivers to maneuver safely and accurately. Obstacle Detection: It helps drivers detect pedestrians, cyclists, and other objects that might be in close proximity to the vehicle. Bird's-Eye View: The combined images create a top-down perspective, making it easier for drivers to navigate tight spaces and crowded areas. Front, Rear, and Side Views: Some systems allow drivers to switch between different camera views, including front, rear, and side views, for enhanced situational awareness. Real-time Monitoring: The system provides real-time images and is particularly useful during slow-speed maneuvers and parking. Object Tracking: In certain systems, moving objects (such as pedestrians or vehicles) are tracked on the display to enhance driver awareness. Rain and Low-Light Mode: Some systems offer enhanced visibility during rain or low-light conditions to aid parking and maneuvering. Applications Parking and Maneuvering: The primary application is assisting drivers in parking, especially in tight spots or crowded areas. Urban Driving: Surround view 360 camera automotive are valuable in urban environments where navigating through traffic and parking can be challenging. Avoiding Obstacles: The system helps drivers avoid collisions with obstacles, curbs, and other vehicles, contributing to overall safety. Enhanced Visibility: It provides a comprehensive view of the surroundings, reducing blind spots and enhancing overall visibility. Safety and Driver Assistance: In-car 360 degree video camera for car contribute to advanced driver assistance systems (ADAS), promoting safer driving practices. Commercial Vehicles: These 360 degree automotive camera are useful for larger vehicles, such as vans and trucks, to aid in navigation and parking. Lane Departure Warning: Some systems offer lane departure warnings by detecting lane markings and alerting the driver if they unintentionally drift out of their lane. Off-Road Driving: In certain off-road vehicles, the system assists in maneuvering through challenging terrains and avoiding obstacles. Towing: For vehicles towing trailers, the system helps align the vehicle and trailer during hitching and maneuvering. Ridesharing and Car Sharing: Surround view cameras can assist drivers who are less familiar with a vehicle's dimensions or when sharing vehicles with multiple drivers. Mass production capacity: 80k/month Customization: support, any kind of FPC or PCB shape, change the Lens size, customizable FOV, housing, and so on. If you are looking for a reliable camera module supplier, don't hesitate to contact us!

Minimum Order: 1 bags

With unwavering expertise, we specialize in tailoring camera solutions to your precise needs. Our adept team crafts bespoke hardware configurations, optimizes sensors and lenses, develops cutting-edge software, and prototypes innovative designs. Rigorous reliability testing ensures impeccable performance, while our guidance through certification and mass production ensures a seamless journey from concept to market. Entrust us with your vision, and experience the pinnacle of professional camera solution customization. How Much does it Cost for R & D of a Camera Project? The cost of Research and Development (R&D) for a camera project can vary widely depending on the scope, complexity, and specific requirements of the project. R&D costs can include various expenses such as: Personnel: The salaries and benefits of engineers, designers, researchers, and other team members involved in the project. Materials and Components: Costs associated with sourcing camera sensors, lenses, image processors, housings, and other hardware components. Prototyping: Expenses related to creating prototypes and testing different iterations of the camera design. Software Development: Costs for developing software for image processing, user interfaces, connectivity, and other camera functionalities. Testing and Certification: Fees for testing the camera's performance, reliability, and safety, as well as obtaining necessary certifications. Tooling and Equipment: Costs for specialized equipment, tools, and facilities required for the R&D process. Intellectual Property: Expenses related to securing patents, trademarks, or other intellectual property rights. Supplier and Vendor Relationships: Costs associated with establishing partnerships with component suppliers, manufacturers, and other vendors. Market Research: Expenses for market analysis, competitor research, and identifying customer needs. Regulatory Compliance: Fees for ensuring the camera project complies with industry standards and regulations. Miscellaneous Costs: Other expenses such as travel, training, and administrative overhead. Because of the wide range of factors involved, it's challenging to provide a specific cost estimate without detailed information about the project. Small- scale camera projects may have lower R&D costs, while more advanced and specialized camera systems could require substantial investment. If you're considering an R&D project for a camera, it's recommended to consult with experienced professionals, engage with suppliers and manufacturers, and develop a comprehensive budget plan that outlines all potential expenses associated with the project's development and eventual launch. What's the Key Technical Point When Start a Camera Project? Starting a camera project involves several key technical considerations to ensure the successful development and performance of the camera. Here are some crucial technical points to focus on when beginning a camera project: Sensor Selection: Choose the appropriate image sensor based on factors like resolution, sensor size, sensitivity, dynamic range, and pixel quality. The sensor is the foundation of image quality. Lens Compatibility: Ensure the selected lens is compatible with the chosen sensor size and provides the desired field of view, aperture, and focal length. Image Processing: Develop robust image processing algorithms for tasks such as noise reduction, color correction, white balance, auto-exposure, and dynamic range optimization. Hardware Design: Design the camera's hardware layout, including the sensor interface, power management, signal processing, and connectivity options. Firmware Development: Create firmware to control the camera's functions, settings, and modes, while ensuring smooth user experiences and seamless integration with software. Mechanical Design: Design the camera's physical structure, housing, mounts, and mechanical components to ensure durability, ergonomics, and protection against environmental factors. Optical Design: Optimize the camera's optical system to minimize aberrations, distortion, and vignetting while maximizing image clarity and sharpness. Color Accuracy: Implement color calibration and profiling techniques to ensure accurate and consistent color reproduction across different lighting conditions. Low-Light Performance: Enhance the camera's performance in low-light conditions through sensor sensitivity, noise reduction algorithms, and optimized image signal processing. Connectivity: Integrate wired or wireless connectivity options (e.g., USB, Wi- Fi, Bluetooth) to facilitate data transfer, remote control, and interaction with other devices. User Interface: Design an intuitive and user-friendly interface for accessing camera settings, modes, and features through buttons, dials, touchscreen, or app interfaces. Power Efficiency: Optimize power consumption to extend battery life or reduce energy usage in scenarios where power efficiency is critical. Heat Management: Implement effective heat dissipation mechanisms to prevent overheating and maintain stable camera performance during extended use. Image Stabilization: Incorporate image stabilization techniques (e.g., optical, digital, or sensor-shift stabilization) to counteract camera shake and improve image quality. Environmental Considerations: Account for environmental factors such as humidity, temperature, and potential exposure to dust or moisture in the camera's design and sealing. Testing and Calibration: Rigorously test and calibrate the camera's components, functions, and performance to ensure consistent and reliable operation. Safety and Compliance: Ensure the camera complies with relevant safety standards, regulations, and certifications specific to imaging and electronics. Future-Proofing: Consider modularity and flexibility in design to accommodate potential upgrades, advancements, or changes in technology.

Minimum Order: 1 bags

To make a perfect whole camera, Lens is one of the most important materials except for the sensor, PCB, connector. A good lens can make the photos taken by the camera look better. There are many types of lenses on the market, if classified by function, there are Lens for automotive cameras, Lens for mobile phone or tablets cameras, Lens for IOT cameras, Lens for monitors and so on, if classified by size, there are M4 Lens, M6 Lens, M8 Lens, M12 Lens, M20 Lens, M30 Lens, M40 Lens and M50 Lens, there are also C mount or CS mount Lens for industrial cameras. Camera Lens FAQs  What are the key considerations when using Lens? Customer should provide detailed information about what kind of Lens they need, like FOV, focus length, FN, weight, size and so on, or customer should tell us what kind of application is the customer doing, and we can recommend suitable lenses based on the customer's application. Can Lens be used in non-mobile applications? Sure, wherever there is a camera, there is a lens, so lens could be used in automotive cameras, monitors, endoscopes, UVAs, Robots, sweeping robot. Can I customize a Lens to suit my specific requirements? Yes, we can do customization for all kinds of lens, such as: automotive lens, UVA Lens, Optical zoom lens, AF lens and so on. What kind of support and documentation does CK Vision provide? We will provide datasheet of the lens, we also provide other accessories for lens: like IRcut, IR filter and so on. What are the Advantages of Using camera module lens? Choose a better Lens makes your camera take better pictures, appropriate lenses make our products more in line with customer needs, FOV should not be too big as it may cause distortion to the camera, FN should not be too large if you need to use in a low light environment. TTL can not be too long if customer have a size limitation, focus length should be long enough if customer want to see distant targets. We provide camera lens module, dual lens camera module, module lens, lens module, single lens camera, double lens camera, fish eye camera lens, etc. For more about camera isp tuning, contact us.

Minimum Order: 1 bags

Battery powered long range wireless security camera exemplify the fusion of convenience and cutting-edge technology in the realm of home security. With features such as remote monitoring, infrared night vision, human detection, broad vision, battery-powered efficiency, UHD lenses, cloud storage, and wireless connectivity, these cameras empower homeowners to take control of their safety with ease. Functions of battery operated wifi security camera Remote Monitoring: Keep an Eye from Anywhere Gone are the days of being tied to a specific location for monitoring your home. small battery powered wifi camera enable remote monitoring through a seamless smartphone or tablet app. This means you can check in on your property, loved ones, or pets in real-time, no matter where you are. Whether you're at work, traveling, or simply lounging in your living room, the ability to access live footage gives you peace of mind and control at your fingertips. Infrared Night Vision: Illuminating the Darkness Nighttime surveillance becomes highly effective with the inclusion of infrared night vision technology. Battery-wireless cctv camera battery operated equipped with infrared LEDs can capture clear, detailed images even in complete darkness. This feature is essential for maintaining security and awareness around the clock, ensuring that you're alerted to any unusual activity that may occur after sunset. Human Detection: Smart Monitoring, Less Clutter Human detection algorithms elevate the functionality of battery-operated WiFi cameras by intelligently filtering out non-human motion. This minimizes false alarms triggered by animals, falling leaves, or other mundane movements. By focusing on human activity, you receive notifications only when it truly matters, ensuring you're promptly informed about potential security concerns. Broad Vision with FOV140: Capturing More, Missing Less Outdoor wireless security camera with night vision battery powered often boast a wide field of view (FOV), typically around 140 degrees. This expansive coverage reduces blind spots and ensures that a larger area is monitored without the need for multiple cameras. Whether you're monitoring a spacious backyard, a room with several entry points, or your front porch, the broad vision provided by these cameras guarantees comprehensive surveillance. Battery-Powered Efficiency: Freedom from Outlets The battery-powered feature of these small security camera battery operated grants you unparalleled flexibility in camera placement. You're no longer constrained by the availability of electrical outlets or wiring considerations. This means you can install the camera exactly where it's needed most without being limited by infrastructure, ensuring optimal coverage and security. UHD Lens: Crystal Clear Visuals Battery- portable wifi camera battery powered equipped with Ultra High- Definition (UHD) lenses offer pristine image quality and clarity. This high- resolution capability ensures that you can capture finer details and easily identify faces, license plates, or other crucial information. UHD lenses provide an enhanced level of visual fidelity, allowing you to make informed decisions based on the captured footage. Cloud Storage: Security in the Cloud The integration of cloud storage enhances the security and accessibility of your camera's footage. Footage is securely stored off-site, protecting it from physical damage or theft. Cloud storage also enables convenient remote access, letting you review and download footage from your smartphone or computer whenever you need it. Various storage plans are often available to suit your specific needs and ensure your data remains safeguarded. Wireless Freedom: Unshackled Connectivity The wireless nature of battery-operated WiFi cameras eliminates the need for cumbersome cables and wiring. This not only simplifies installation but also reduces the risk of tampering or disruption. With wireless connectivity, you can trust that your camera remains connected and operational, providing continuous surveillance without the hassle of managing cords. There are many thermal imaging camera manufacturers, but we are one of the best choices for you.

Minimum Order: 1 bags

Automotive cameras designed for motorcycles serve a variety of purposes, ranging from enhancing safety and visibility to capturing memorable riding experiences. Transform your journey on the road with CK Vision, your trusted automotive camera suppliers. Discover the revolutionary auto night vision systems and cameras tailored for motorcycles. Performance Parameter of auto night vision camera for Motorcycle Model CK-MOT1-1080-V2.0 REMARKS Image Sensor IMX307 Image Sensor Size 1/2.8 Effective Pixels 1920*1080 Pixel size 2.9μm x 2.9μm Optical distortion ≤-1.2% Image sensor Data output AHD Maximum Frame Rates and Resolution Full resolution of 1920 X 1080@30fps SNR max 45dB Dynamic range 95dB Min. Illumination ≥0.001LUX at F.No2.0 NO LED Interface AHD with connector of BMW Power requirements 5V / 12V Storage temperature -30℃ to 105℃ operating temperature -20℃ to 85℃ Power Consumption Max 300mW LED IR-850 NO, but could be customized OS All automotive systems Lens size M12 diameter；17mm TTL Lens Construction 5G + IR F/NO 2.0 EFL 2.26mm FOV D:127° H:103° V:78° ±3° Customizable Shooting distance Fixed Focus， 50cm-infinity Features of Automotive Night Vision Camera for Motorcycle Rider Safety and Awareness: automotive night vision camera can record the road ahead, helping riders maintain awareness of their surroundings and capture evidence in case of accidents or incidents. Accident Documentation: In the event of a collision or close call, a camera can provide crucial video evidence that can be used for insurance claims or legal purposes. Front and Rear Views: Many camera night vision auto offer both front and rear- facing cameras, ensuring comprehensive coverage of the road and potential hazards from multiple angles. Vlogging and Content Creation: Motorcycle enthusiasts often use cameras to capture their rides and create vlogs or videos to share their experiences with others, this motorcycle camera offer live streaming capabilities, allowing riders to share their rides in real-time on social media platforms. Dashcam Features: Similar to the automotive dash cam, this automotive night vision camera can have features like loop recording, automatic incident detection. Waterproof and Weather Resistance: Motorcycle cameras are designed to withstand exposure to the elements, including rain, wind, and dust, ensuring durability during rides. Wide-Angle Lenses: Many cameras offer wide-angle lenses to capture a broader view of the road, enhancing situational awareness. Mounting Options: Motorcycle cameras come with various mounting options to attach them securely to the bike, helmet, or rider's gear. Night Vision and Low-Light Performance: Our motorcycle cameras include night vision or low-light capabilities, enhancing visibility during nighttime or low- light rides. Parking Mode: Similar to automotive dashcams, some motorcycle cameras have a parking mode feature that records motion or incidents even when the bike is parked. Integration with Helmets: If you want, CK Vision can make the cameras be integrated into specially designed helmets, offering a unique perspective and capturing the rider's point of view. Safety Feedback: Some cameras may provide audio or visual alerts to warn riders about potential dangers or distractions. Applications: integrated in the motorcycles, be used as ADAS or DMS; Mass production capacity: 80k/month Customization: support, any kind of FPC or PCB shape, change the Lens size, customizable FOV, housing, and so on. There are many camera lens manufacturing companies, but we are one of the best choices for you.

Minimum Order: 1 bags

The 4K automotive infrared LED camera is a specialized camera designed for use in vehicles that captures high-resolution images and videos using infrared (IR) illumination provided by built-in infrared LED lights. These cameras combine the benefits of high-resolution imaging with the ability to capture clear images even in low-light or nighttime conditions using infrared illumination. Performance Parameter of Automotive Infrared Camera Model CK-IR-4k-V2.0 REMARKS Image Sensor IMX415 Image Sensor Size 1/2.8 Effective Pixels 3840*2160 Pixel size 1.45μm x 1.45μm Optical distortion ≤-1.2% Image sensor Data output AHD Maximum Frame Rates and Resolution Full resolution of 3840*2160 @30fps SNR max 45dB Dynamic range 76B Min. Illumination ≥0.001LUX at F.No2.0 NO LED Interface AHD Power requirements 12V or 5V Storage temperature -40℃ to 105℃ operating temperature -30℃ to 85℃ Power Consumption Max 500mW LED IR-850/940 10 IR LEDs OS All Automotive systems Lens size M12 diameter；21mm TTL Lens Construction 6G+IR F/NO 2.0 EFL 2.46mm FOV D:87° H:73° V:57° ±3° Shooting distance Fixed Focus， 50cm-infinity Details of infrared camera automotive Features 4K Resolution: The night vision infrared car camera offers a resolution of 3840 x 2160 pixels, providing detailed and high-quality imagery in both visible light and infrared modes. Infrared Illumination: The infrared night vision camera for cars is equipped with built-in infrared LED lights that emit infrared light. These LEDs are not visible to the human eye but can be detected by the camera's sensor. Day/Night Capability: The ir camera for car seamlessly transitions between capturing images in visible light during the day and using infrared illumination at night or in low-light conditions. Infrared Cut Filter: Some infrared camera for car may have an infrared cut filter that helps block visible light during infrared mode, enhancing the camera's sensitivity to infrared wavelengths. Real-time Monitoring: The camera provides real-time imaging and monitoring capabilities, making it suitable for applications requiring immediate feedback. Integration with Visible Light: Many infrared car camera can overlay infrared images on top of visible light images, providing a comprehensive view of the scene. Durability: Automotive infrared LED cameras are designed to withstand the challenges of a vehicle's environment, including vibrations, temperature fluctuations, and potential exposure to elements. Applications Night Vision and Low-Light Driving: Infrared LED cameras provide enhanced visibility during nighttime driving, allowing drivers to see clearly in conditions where standard headlights might be insufficient. Pedestrian and Animal Detection: The infrared illumination helps detect pedestrians, cyclists, and animals on the road, contributing to advanced driver assistance systems (ADAS). Obstacle Detection: Infrared LED cameras can identify obstacles, debris, or other vehicles in low-visibility scenarios, improving safety. Collision Avoidance: The camera's infrared capabilities aid in detecting potential collisions or hazards in real time, enabling the driver to take appropriate action. Parking Assistance: Infrared LED cameras assist in parking maneuvers by providing clear visibility of obstacles and assisting the driver in avoiding collisions. Security and Surveillance: The 4k IR LED cameras can be used for vehicle security, monitoring, and surveillance, especially in poorly lit or dark environments. Law Enforcement and Emergency Vehicles: Infrared LED cameras can be utilized by law enforcement or emergency vehicles for enhanced visibility during night patrols or emergency responses. Commercial and Industrial Vehicles: Infrared LED cameras are valuable for commercial and industrial vehicles that operate during nighttime hours, such as delivery trucks or construction equipment. Rear View and Backup Cameras: Infrared LED cameras are used as rear-view or backup cameras to provide clear visibility when reversing, even in the dark. Off-Road and Adventure Riding: Infrared LED cameras can be used for off-road adventures, providing visibility in challenging terrains and low-light conditions. Mass production capacity: 80k/month Customization: support, any kind of FPC or PCB shape, change the Lens size, customizable FOV, housing, and so on. There are many camera module companies, but we are one of the best choices for you.

Minimum Order: 1 bags

SUNSHINE SS-022 PCB rework ESD anti-static dust removal brush, suitable for mobile phone tablet PCB BGA repair welding. feature: 1. Anti-static, high temperature resistant, non-hair-removing, handmade. 2. It is not ordinary animal hair, but plastic hair that has been treated with special chemicals.

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Metal pick opener LCD screen disassembly cutter disassembly repair tool suitable for iPhone iPad Samsung mobile phone opening. Mijing S6 multi-purpose splitter kit PHONEFIX screen prying metal knife bottle opener LCD screen disassembly knife mobile phone disassembly repair tool suitable for iPhone iPad ungSams

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i2C MC12 SK-BOX Dot Matrix Disassembly-free programmer with i2c non-removal no- soldering Face ID repair flex cable for iPhone X-14 Pro Max. New i2C i6S Face ID repair soldering-free flex cable for iPhone X-12 Pro Max

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Anti-Fingerprint Matte Privacy Screen Protector Anti-Spy Film for iPhone 8/8 Plus/X/XS/XS Max/XR/11/11 Pro/11 Pro Max/12/12 Mini/12 Pro/12 Pro Max/13/13 Mini/13 Pro/13 Pro Max/14/14 Plus/14 Pro/14 Pro Max/15/15 Plus/15 Pro/15 Pro Max.

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Order from us at valuestoresltd9@gmail.com Brand new Canon T7i EOS Rebel DSLR Camera EF-S 18-55mm IS STM Lens (2 LENSES) 32GB In the Box: Canon EOS Rebel T7i DSLR Camera (2 LENSES) Canon EOS T7i Body NEW Canon 18-55mm STM Lens NEW HD 58mm Wide Angle lens LP-E17 Rechargeable Lithium-Ion Battery Pack Charger for Canon Battery Pack Eyecup Ef for Digital Rebel Cameras Body Cap for Canon EOS Cameras Wide Camera Strap Lens Cap 58'' Lens Hood USB Cable Remote shutter Control Camera Bag Free 32GB SandDisk Card 58mm Wide Angle Lens with Macro For Canon Digital Cameras

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SVM EXPORTS Graviola (Soursop) is also called Graviola, or Brazilian pawpaw, tree of the custard apple family (Annonaceae), grown for its leaf powder and large edible fruits. Native to the Indian and American tropics, the tree has been widely introduced in the old-world tropics. The plant is usually cultivated from seed and grows well in warm climates with high humidity like India, Africa and South America. Soursop benefits for cancer involve fighting cancer cells without damaging the healthy cells. consumption of soursop tea or fruits can definitely prove to be helpful for cancer patients. • 100% Natural Soursop Tree Leaves from the mountains • Botanical Name:Annona muricata Keywords: custard apple. cherimoya. guanabana

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GODO M190 drone has high reliability and adaptability. It has functions such as fully automatic flight, fault self inspection, and automatic handling of abnormal conditions. It has functions such as ad-hoc network+4/5G communication dual redundancy, GPS+RTK positioning dual redundancy, and AI visual recognition precise landing, the product adopts a carbon fiber integrated molding design, the product is fearless of adverse conditions, can traverse mountains, facing the extreme heat and cold weather, can meet the needs of various complex application scenarios. GODO A170 automatic dock achieves drone storage and management, all- weather/all-day unattended, and quick response. A170 is equipped with 4 sets of drone batteries, which are automatically charged and maintained to meet the continuous flight requirements. The high precision robotic arm can automatically replace the batteries for the drone , the drone can takeoff in 1 minute, and responds to events rapidly. This product is equipped with a meteorological monitoring station to sense climate conditions such as wind speed and rainfall in real time, which can ensure safe flight of the drone. Built-in air conditioner for constant temperature and humidity, the product also has features such as UPS emergency power supply, intelligent standby, fault self-test,etc, to ensure stable operation of equipment in various complex conditions.

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