
Contents1. Luxonis OAK-D
Running computer vision models on a main processor can cause serious latency issues. The modern solution is to use "smart cameras" with integrated Vision Processing Units (VPUs) that handle the neural network inference directly on the camera board.
Some articles include recommended robotics gear. We only suggest products we genuinely believe are useful.
1. Luxonis OAK-D
The OAK-D series remains the gold standard for spatial AI. It combines stereo depth sensing with an integrated Intel Movidius VPU, allowing you to run object detection networks (like YOLO) and get the precise 3D coordinates of the detected objects. It is essential for advanced AI robotics applications.
2. OpenMV Cam H7
If you are using a microcontroller rather than a Linux board, the OpenMV is perfect. It runs MicroPython and handles simple vision tasks like color tracking, AprilTag detection, and small neural networks without needing a powerful host computer.
3. Raspberry Pi AI Camera
Built specifically for the Pi ecosystem, this new module integrates a Sony image sensor with onboard processing. It seamlessly integrates with standard Pi camera libraries while offloading the heavy lifting of inference.
When selecting a camera, consider your host hardware. A Jetson Nano can handle raw USB camera feeds efficiently, while a standard Raspberry Pi greatly benefits from the offloaded processing of an OAK-D.
Recommended Gear
Stereo depth + RGB + Intel Movidius VPU in one unit. Run YOLO and MobileNet directly on-device at 30 fps. The benchmark for embedded spatial AI.
MicroPython-programmable vision camera ideal for microcontroller-based robots. Handles colour tracking, AprilTags, and lightweight CNNs without a host PC.
Sony IMX500 sensor with onboard AI accelerator. Integrates seamlessly with the Pi camera stack — plug in and start running inference with picamera2.
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