Technology Deep Dive

Do a deep dive into various camera technologies and understand how they enhance the performance of camera-based devices and help machines see better.

OpticsTechnology Deep Dive

How to calculate the resolving power of a lens

Vinoth Rajagopalan
Resolving power is one of the most critical parameters to consider while choosing a lens for your application. Get to know how to determine the resolving power of a lens with theoretical and practical calculations....
Camera InterfaceTechnology Deep Dive

Why are GMSL cameras becoming popular – and what are their industrial use cases?

Gomathi Sankar
GMSL cameras come with long-distance support while still maintaining low latency, which is crucial for many industrial applications. Find out the advantages of GMSL cameras, and some of their most popular industrial use cases....
OpticsTechnology Deep Dive

What is a liquid lens camera and how does it work?

Prabu Kumar
Liquid lenses have been the backbone for autofocus cameras used in many new age embedded vision applications. So, get the ultimate know-how on how liquid lens cameras work, their use cases, and what separates them from VCM cameras...
Technology Deep Dive

What is an AI camera? How AI cameras can unlock analytical power with deep learning

Prabu Kumar
ML/DL-driven AI camera systems are powering embedded vision applications by helping make intelligent real-time decisions. Discover their main functions and viable use cases, and see why e-con Systems’ SMARTOdin22 is the smart AI camera for the future....
Sensor and ISPTechnology Deep Dive

A short guide to why monochrome cameras have the edge over color cameras

Prabu Kumar
Many assume color cameras are a better fit for every embedded vision application than monochrome cameras. But the reality could be different. Understand why monochrome cameras can be a better choice in certain embedded vision applications...
Sensor and ISPTechnology Deep Dive

CMOS vs CCD sensors: why CMOS sensors are ruling the world of embedded vision?

Prabu Kumar
CCD and CMOS sensors come with their own benefits. The main difference lies in recreating images from electric signals. See why CMOS is already ahead of CCD - and what the future holds for both types of sensors in embedded vision....
OpticsSensor and ISPTechnology Deep Dive

What is Near-Infrared Imaging and how do NIR cameras work?

Prabu Kumar
NIR imaging has a unique sensitivity profile to project distant objects with a clear vision and are particularly useful in night vision applications. Go backstage on NIR imaging and understand the role of NIR cameras in embedded vision applications....
Autonomous Agriculture & Smart FarmingCamera ApplicationsTechnology Deep Dive

How global shutter cameras enhance the performance of agricultural robots and auto farming equipment

Gomathi Sankar
Global shutter cameras help capture fast-moving objects without any rolling shutter artifacts. Get to know how they enhance the performance of auto farming vehicles and robots. Also learn the most popular auto farming applications where they are highly recommended....
Technology Deep Dive

How low-light camera modules power critical embedded vision applications – a detailed look

Suresh Madhu
Surveillance, inspection, and monitoring applications inevitably deal with poor light conditions – causing noise and loss of detail while capturing images. See what applications need low-light cameras and get a full understanding of how to select the ideal low-light camera....
Technology Deep Dive

Key embedded vision applications of HDR cameras

Prabu Kumar
The inability to accurately capture images under varying lighting conditions hampers the performance of smart surveillance traffic, AMRs, and agricultural vehicles. Learn how HDR cameras overcome this by capturing multiple frames of the same scene at different exposures....