WINDLAND 5MP Fisheye Camera for RPi with Automatic Day Night Transition USB Webcam

<br> <b>Features:</b><br> Experience seamlessly day and night surveillances with the for RPi 4 Camera, featuring a 5MP sensoring for automatic switching between day and night viewing.<br> This fisheye camera boasts 65 degrees diagonal field of view,ensuring wide angle coverage, while its capability allows for clear even in low light conditions.<br> For electronics enthusiasts, DIY project developers, security monitoring users, and educators,widely used.<br> Perfectly for RPi projects and other applications, this camera provides high resolution 1080P imaging, Suitable for both educational and professional environment.<br> Easy installation functionality, this Camera is essential tool for RPI enhancing setups, offering reliabled performances.<br> <br> <b>Specifications:</b><br> Type: 5MP Big Lens Camera Module<br> CMOS Size: 1/4inch (F): 1.2<br> Focusing: 4mm<br> Diagonal field of view: 65 degrees (different focusing lengths with different field of view)<br> Resolution: 1080P <br> Resolution: 2592x1944<br> Size:about 26.5x32mm/1.04x1.26in<br> <br> <b>Note:</b><br> Please allow 1-2cm errors due to manual measurement. <br> Pictures may not reflect actual color due to different monitors.<br> <br> <b>Package includes:</b><br> 1Set 5MP Big Lens Camera Module

• Experience seamlessly day and night surveillances with the for RPi 4 Camera, featuring a 5MP sensoring for automatic switching between day and night viewing.
• This fisheye camera boasts 65 degrees diagonal field of view,ensuring wide angle coverage, while its capability allows for clear even in low light conditions.
• For electronics enthusiasts, DIY project developers, security monitoring users, and educators,widely used.
• Perfectly for RPi projects and other applications, this camera provides high resolution 1080P imaging, Suitable for both educational and professional environment.
• Easy installation functionality, this Camera is essential tool for RPI enhancing setups, offering reliabled performances.