The Raspberry Pi5 comes with updated camera connectors using a 22-pin layout instead of the older 15-pin type. This new setup allows two cameras to be connected at once, which is useful for projects that require multiple viewpoints or more advanced imaging setups. To connect older camera modules, you may need an adapter that fits the 15-pin to 22-pin layout. This article provides the necessary details about the pin configuration and how to work with these connectors safely and effectively.
Introduction
The Raspberry Pi5 camera pinout brings new features, especially in how it connects to camera modules. One of the most noticeable differences is the new camera port configuration. Instead of one 15-pin connector, the Raspberry Pi5 now includes two 22-pin camera interfaces.
Differences in the Camera Connectors
Earlier Raspberry Pi boards used a 15-pin CSI connector. The Pi5 replaces this with two 22-pin connectors that can support two cameras at the same time. This update gives users the ability to run more advanced projects, including ones that involve stereo cameras or simultaneous image capture from two sources.
Function of the 22-Pin Camera Ports
Each 22-pin connector includes signals for power, ground, clock, and high-speed data lanes. These are required for sending video data from the camera to the main processor. The connectors are marked CAM0 and CAM1 and follow the standard MIPI CSI-2 interface, which is common in many embedded camera systems.
Adapting Older Camera Modules
If you already have camera modules designed for earlier Raspberry Pi models, you don’t need to discard them. Adapter boards are available that convert the 15-pin format to the new 22-pin layout. These adapters must be installed carefully to avoid damaging the board or cable.
Setting Up Dual Cameras
One of the key additions in the Raspberry Pi5 is the ability to use two camera modules at the same time. You can use this for different use cases like capturing from two angles or creating 3D camera setups. To get this working, you’ll need to configure your system properly using supported camera software.
Handling the Connectors and Cables
The flat ribbon cables used for these camera connections are fragile. When installing them, make sure the cable is inserted in the correct direction and that the connector is locked in place. Pushing the cable in forcefully or inserting it incorrectly can lead to connection problems or physical damage.
Conclusion
The Raspberry Pi5 camera pinout introduces two 22-pin connectors that support dual-camera setups. While this design is different from older boards, it offers more flexibility for new projects. Using the right adapter, even previous camera modules can be used with the Pi5, provided everything is connected and aligned properly.
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