Enhance your imaging and visual capture projects with this advanced 4MP 1080P Camera Module, designed for high-resolution performance and versatile applications. Featuring dual 1080P lenses powered by OV4689 sensor chips, this camera module delivers crystal-clear, detailed images with an impressive maximum resolution of 3840 x 1080 at 30 frames per second, providing smooth and immersive visual experiences. Key Features: · High Resolution 4MP Camera: Equipped with dual OV4689 sensors, this module captures high-definition images and videos, ensuring superior clarity and detail. · Dual 1080P Lenses: The two cameras work in tandem to produce more refined and clear images, enhancing depth and realism, ideal for immersive VR and AR applications. · Depth Sensing & 3D Reconstruction: Advanced depth sensing capabilities enable accurate measurement of object distances, supporting realistic 3D reconstruction effects for enhanced spatial perception. · Wide Viewing Angle: Each camera lens offers an 80° wide-angle view without distortion, allowing for broader scene capture and improved image accuracy. · Advanced Image Processing: Integrated noise reduction and image enhancement technologies ensure exceptional image quality even in low-light or dynamic environments, maintaining vibrant and sharp visuals. · Versatile Use Cases: Perfect for virtual reality (VR), augmented reality (AR), face recognition, video surveillance, and other visual technology applications requiring high-resolution and precise imaging. Specifications: · Item Type: 4MP 1080P Camera Module · Material: PCB · Baseline Length: Approx. 60mm / 2.36in · Product Chip: Dual OV4689 (1/3 inch) · Maximum Resolution & Format: 3840 x 1080 YUV, MJPEG at 30FPS · Single Maximum Viewing Angle: 80° without distortion · Test Line Micro Length: Approx. 1m / 3.3ft Package Includes: · 1 x 4MP 1080P Dual Camera Module This dual-lens 4MP camera module offers cutting-edge imaging performance and reliable operation for developers and professionals seeking high-quality visual solutions in various advanced technology fields. Its precise depth sensing, 3D reconstruction ability, and enhanced image processing capabilities make it an essential component for next-generation visual systems.