MJPEG cameras compress each frame as a separate JPEG image, offering simplicity and quality per frame but higher bandwidth. H.264 cameras use inter-frame compression for lower bandwidth and smoother video, making them ideal for real-time and networked applications.

LED flicker impacts image quality. Mitigation techniques help reduce its effects on cameras and benefit various industries.

H.265 (HEVC) offers improved video compression over H.264, delivering higher quality at lower bitrates. For GigE cameras, this means more efficient streaming, reduced bandwidth usage, and better performance in high-resolution or multi-camera setups.

The H.264 video coding system efficiently compresses video without significant quality loss, reducing bandwidth and storage needs. For GigE cameras, it enables high-resolution, real-time streaming ideal for surveillance, machine vision, and industrial applications.

Multi-exposure HDR captures multiple images at varying exposure levels and combines them to produce a single image with balanced brightness and detail. This technique enhances an HDR camera’s ability to handle high-contrast scenes with clarity and accuracy.

Over 6 million motor vehicle crashes are reported annually on average, according to statistics on motor vehicle safety provided by the...

Time of Flight (ToF) sensors offer fast, accurate depth mapping for real-time applications, while stereo vision uses two cameras to estimate depth based on disparity. ToF is ideal for speed and simplicity; stereo vision suits detailed 3D reconstruction.

Auto-framing dynamically adjusts a camera’s field of view to keep subjects centered and in focus. In autoframing USB cameras, advanced algorithms and AI enhance tracking, making them ideal for video conferencing, presentations, and smart surveillance.

FPD-Link III cameras are widely used in automotive ADAS, robotics, and industrial automation. Their ability to transmit high-speed data, power, and control signals over a single coaxial cable makes them ideal for space-efficient, real-time imaging applications.

Liquid lenses revolutionize autofocus cameras with rapid focusing and adaptability. Vadzo offers innovative autofocusing solutions.

GMSL is preferable over MIPI in applications requiring long-distance, high-speed data transmission with minimal interference. Its robust design and single-cable connectivity make it ideal for automotive, robotics, and industrial embedded vision systems.

The GMSL camera interface enables high-speed, long-distance transmission of video, control data, and power over a single coaxial cable. Its features—like low latency, robustness, and scalability—make it ideal for automotive, industrial, and embedded vision applications.

IR-cut filters block infrared light during daytime to maintain color accuracy and switch off at night to enhance low-light sensitivity. This enables embedded vision cameras to deliver clear, true-color images in both day and night conditions.

Lens features such as focal length, aperture, and mount type determine image quality and field of view in embedded cameras. Understanding different lens types helps select the right one for your application’s size, clarity, and performance needs

Vias in PCB design connect different board layers and are essential for signal routing. In HDI PCB design, choosing the right type—through-hole, blind, buried, or micro vias—impacts performance, space efficiency, and manufacturing complexity.