Join me below for a brief recap of those previous issues, and an in-depth summary of USB-C, the differences between regular and electronically marked (e-marked) cables, and why detection logic ...

TL;DR Key Takeaways : The Raspberry Pi AI HAT, combined with YOLO models, enables real-time object detection, counting, and positional tracking for applications like security and automation.

So it can just export JSON blobs of information (say, bounding box, xyz object location, etc.) to the Pi over USB. ... Including MobileNet-SSD object detection using the Raspberry Pi and the NCS2.

The Raspberry Pi 4 detects e-marked cables as an audio adapter accessory rather than a charger and refuses to use them to power up the board. USB-C issues aren’t an unheard-of problem, as the ...

Two "CC" pins on a USB-C port are supposed to each get their own 5.1K ohms resistor, but Raspberry Pi came up with its own circuit design that allows them to share a single resistor.

The Raspberry Pi 5 excels in delivering real-time object detection with minimal latency. It effectively identifies objects such as laptops, mannequins, and pets, displaying bounding boxes and ...

This Raspberry Pi bundle offers 10 courses designed for novices. ... You'll discover how to build your first Raspberry Pi circuit, ... Object Detection Models, TensorFlow, and more, ...

The Raspberry Pi Foundation has confirmed its brand-new Raspberry Pi 4 Model B has a problem with some USB-C cables failing to charge the little computer. The Raspberry Pi 4 is the first version ...

The Raspberry Pi 4 has a buggy USB-C port that means that many popular charging cables can’t give it power. The problem has been acknowledged by Raspberry Pi cofounder Eben Upton.

Tyler Ward and others have discovered that the Pi 4 isn't using a properly designed USB-C port. Instead of giving two pins their own resistor, Raspberry Pi created a custom circuit that has them ...