AIC1000, a compact industrial AI camera built around the Raspberry Pi CM0 and designed for machine vision and industrial automation applications, such as quality inspection, object detection, and ...

An I2CTarget implementation for I2C-based remote control of a microcontroller. This is a highly simplified version of the implementation used on KRZ0S, the operating system for the KRZ04 robot, see ...

Digital Camera Systems has announced Lens Link, a new long-range handset designed to extend lens control on set without forcing crews to abandon the systems and muscle memory they already rely on.

Lens Link, which will be demonstrated at BSC Exp, extends control of existing Preston lens control systems, helping DITs, DoPs and 1st ACs stay in control at extended distances from the camera.

One of the joys of writing for Hackaday comes in following the world of new semiconductor devices, spotting interesting ones while they are still just entries on manufacturer websites, and then ...

Pinefeat produces the adapter designed to interface between Canon EF & EF-S lenses and non-Canon camera bodies, incorporating features for electronic focus and aperture adjustments. The adapter has a ...

Pinefeat has designed an EF/EF-S lens controller and adapter for the Raspberry Pi HQ Camera, compatible with Canon lenses, and implementing full electronic control of autofocus and aperture. Canon EF ...

Tilta has put out an in-depth look at the Nucleus-M II Wireless Lens Control System that goes for more than an hour. This is a great free resource if you own a Nucleus-M II Wireless Lens Control ...

This paper describes the development and implementation of a control system for a direct current (DC) motor using the Arduino Uno microcontroller, based on the speed and direction control of the motor ...

Abstract: The Arduino UNO-based BLDC motor controller project demonstrates the successful integration of hardware and software components to achieve efficient motor control for electric vehicles. The ...