Overview: This IMX219-120 night vision camera module adopts IMX219 CMOS image sensor. The HD camera has 8 Megapixel, excellent anti blurring characteristics, onboard 15P-1.0 MIPI interface, weights only 3g, adopts fixed focus mode(night vision can add infrared fill light), compabile with Jetson Nano operating system. Specifications: Size: 25mm(Length)*24mm(Width)*6mm(High)±0.2mm Temperature(Operation): -20?~70? Temperature(Stable Image): 0?~50? Assembly Technique: SMT(ROSH) Focus: Fixed Object Distance: 30CM-Infinity Resolution: 800LW/PH(Center) Interface: 15P-1.0 MIPI Supply Voltage: 3.3V(pin15) Operating System: Jetson Nano Sensor: IMX219 (1/4") Sensor Package: PLCC, Bare Die Maximum Resolution: 3296*2512 Sensitivity: 600mv/(lux-sec) Pixel Size: 1.12µm x 1.12µm Maximum Image Transfer Rate: 30 fps for QSXGA S/N Ratio: 39db Dynamic Range: 69db Output Formats: 8/10bit RGB RAM Output Lens Construction: 4P F/No: 2.2 EFL: 2.4mm BFL(Optical): 1.16mm FOV: 120° Relative Illumination(Sensor): 70% IR Filter: 650±10nm Package: Anti-electrostatic tray Infrared Fill Light Lamp: Equip Package Contents: 1. IMX219-C8M-120-NV(Night Vision) x1 2. 15P-1.0 MIPI connecting cable x1 3. Infrared fill light board 2PCS x1 4. Screws x4 5. Nuts x4 See more

This camera meets the basic functional requirements of high sensitivity, high frame rate shooting for high-performance photography applications, suitable for AI projects such as: face recognition, road mark detection and License plate recognition etc. The IMX219 8MP camera module adopts 15P-1.0 MIPI interface, weights only 3g, compact size. Lens Specifications: CMOS Size: 1/4"; F/No: 2.2; EFL: 2.4mm; FOV: 120 degrees; Maximum Resolution: 3296x2512; Supply Voltage: 3.3V(pin15). This IMX219 8MP 120 camera sensor adopts HD camera,8 Megapixel, fixed focus 120 degrees wide angle of view, supporting for Jetson Nano developer kit. The IMX219-120 is equipped with CMOS image sensor IMX219 supporting infrared complement light, ISP (image signal processing), high-speed video shooting, lens shading compensation function.