Capture high-quality images and videos in low-light or infrared conditions with the Raspberry Pi Camera Module 3 (NoIR). Designed without an infrared filter, this camera is perfect for night vision projects, security applications, and scientific experiments requiring infrared sensitivity. With a 12-megapixel Sony IMX708 sensor, autofocus capability, and high dynamic range (HDR), this module delivers sharp, clear visuals in a variety of lighting conditions.
Key Features:
12 Megapixel Sony IMX708 Sensor: Captures sharp and detailed images.
NoIR (No Infrared Filter) – Ideal for low-light and infrared photography.
Autofocus Capability – Ensures clear and precise images.
High Dynamic Range (HDR) – Improved image clarity in varied lighting conditions.
Wide Field of View (FoV 75°) – Perfect for capturing broader scenes.
Compact & Lightweight – Easy to integrate into Raspberry Pi projects.
Compatible with All Raspberry Pi Boards – Works via the CSI (Camera Serial Interface) connector.
This NoIR version of the Camera Module 3 is designed for applications that require enhanced low-light performance. It is compatible with infrared lighting, making it ideal for night vision projects, security cameras, and scientific applications.
Note: A Raspberry Pi board (sold separately) is required for operation. To use this module in complete darkness, an infrared light source is recommended.
This 175mm long GPIO (general purpose input/output) ribbon cable lets you extend the reach of your Raspberry Pi's pins, bridging them out to other boards or PCBs. The Raspberry Pi's GPIO can be used for all sorts: twiddling pins on or off, providing 3.3V or 5V power, communicating with I2C or SPI devices, and much more. This cable gives you a bit more flexibility in where you route those signals.
175mm long x 51mm wide
40 wires, 2x20 pin female connectors
Pin 1 is marked by the white/pink wire
Note: Be careful to connect this cable to your board the correct way around. You can't use it with a male header to connect to a HAT's female header, as the pins will be mirrored. You'll risk damaging both your board and your Raspberry Pi if you connect the cable incorrectly so, if in doubt, check the order of the pins on the connector with a multimeter before connecting things up!