December 2021

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....
Our Product Insights Platform Cameras

Enabling auto exposure control for monochrome sensors using NVIDIA ISP

Vinoth Rajagopalan
Monochrome sensors lack an inbuilt auto exposure engine - depending on costly external ISPs to enable Auto Exposure Control (AEC). Find out how to set auto exposure in monochrome cameras using the NVIDIA ISP....
Camera Applications Life Sciences

What is the difference between telehealth and telemedicine? How are cameras playing a part in these?

Balaji S
Telehealth and telemedicine are often interchangeably used - but the fact’s that each serves different purposes. Get deep-dive insights on what differentiates telehealth from telemedicine and how to select the right camera for your telehealth use case....
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....
Edge AI Vision Kits Our Product Insights

How SmarteCAM works with AWS IoT Greengrass

Suresh Madhu
e-con Systems’ SmarteCAM, a ready-to-deploy smart AI camera system, has been validated by the AWS Device Qualification Program under the AWS IoT Greengrass category. Get info on the benefits of AWS qualified devices and how to operate SmarteCAM with AWS IoT Greengrass....
Camera Applications Sports Broadcasting & Analytics

Role of a camera in AI-driven automated sports broadcasting

Ranjith Kumar
Automated AI-based analytics is fast gaining momentum in sports broadcasting, given their benefits to viewing audiences as well as coaches and players. Get insights on the crucial role of embedded cameras and the future of AI and embedded vision in sports broadcasting....
RGB-IR Technology Deep Dive

What is an RGB-IR camera? How does an RGB-IR camera work?

Prabu Kumar
RGB-IR cameras leverage a Color Array Filter (CFA) with dedicated pixels for visible and IR light – eliminating the need for a mechanical switch and preventing color corruption. Get a closer look into the working principle of RGB-IR cameras and their key benefits....
How to Our Product Insights

How to achieve enhanced autofocus performance with high-quality cameras

Vinoth Rajagopalan
One of the challenges of Autofocus (AF) cameras is they have a default focus range, and not all applications fall into this range. Find out how to overcome this challenge to improve AF accuracy while using e-con Systems’ autofocus cameras like See3CAM_30 and See3CAM_130....
Camera Applications Sports Broadcasting & Analytics

Choosing the right camera for automated sports broadcasting – everything you need to know

Ranjith Kumar
Each decade has brought along embedded vision innovation to modernize sports broadcasting. Today, it’s all about automated AI-driven sports broadcasting. Uncover everything you must know about choosing the right camera for automated sports broadcasting systems....
Sensor and ISP Technology Deep Dive

Differences between rolling shutter artifacts and motion blur

Prabu Kumar
It’s an industry myth that both motion blur and rolling shutter artifact can be eliminated using the same type of camera. The reason is these terms are often wrongly understood. Unearth expert insights on the differences between the two and learn how to choose a camera to overcome them....