e-con Systems Launches See3CAM_CU83 – A 4K RGB-IR USB Camera Delivering Stunning Visuals Day and Night
In this blog, we explore See3CAM_CU83’s key features and its core applications....
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.
Magnification vs Resolution: Exploring Their Conceptual Utilization in Embedded Vision
by Prabu Kumar
It is crucial to understand magnification and resolution before choosing the best-fit camera for your application. These two represent different aspects of іmage qualіty and have different іmplіcatіons. Get to know about magnіfіcatіon and resolutіon in detail, as well as their sіgnіfіcance іn embedded vіsіon....
Choosing the Perfect Camera Interface: GMSL or GigE?
by Prabu Kumar
In high-performance imaging, choosing between GMSL and GigE interfaces is vital for optimizing performance and reliability. GMSL excels in high-speed, low-latency applications within short to medium distances, like drones and autonomous vehicles, while GigE offers cost-effective, longer-range solutions ideal for industrial automation and surveillance. Explore our range of GMSL and...
What Is Super Resolution?
by Prabu Kumar
Super resolution is a set of techniques used to enhance the quality and detail of images beyond their original resolution. This blog explores the world of Super Resolution, a technology that takes blurry, low-resolution images and transforms them into crisp, high-resolution outputs. Read on to understand the technicalities behind creating...
What is Depth of Field (DoF) and its relevance in embedded vision?
by Prabu Kumar
Depth of Field (DoF) is crucial for embedded vision since it can improve the ability to process and analyze visual data. It is impacted by factors such as aperture size, focal length, and more. Get in-depth information about DoF, its influence on vision systems, major features, and more....
Top Factors for Selecting the GMSL Camera Interface and Its Key Applications
by Prabu Kumar
GMSL (Gigabit Multimedia Serial Link) camera interfaces are popular for high-speed data transmission, long-distance support, low latency, etc. For many embedded vision systems, this interface is the right choice. Discover the key considerations for selecting GMSL technology, its popular key applications, and more....
USB 2.0 vs 3.0: Choosing the Right Standard for Your Application
by Prabu Kumar
USBs continue to evolve, having been a popular camera interface since the 90s. Today, USB 2.0 and USB 3.0 are ruling the roost – offering speeds to power multimedia devices and support high-capacity storage. Understand their major differences and find out how to choose the right USB standard that meets...
What Is GMSL Technology And How Does It Work?
by Prabu Kumar
The GMSL interface plays a key role in embedded vision systems across industries. It can handle high-resolution video with low latency for long-distance data transmission. Discover more about the GMSL camera interface, its principles and types, as well as how it works....
Understanding USB 3.0 vs. 3.1 vs. 3.2: What Are Their Differences?
by Prabu Kumar
Knowing the differences between USB 3.0, USB 3.1, and USB 3.2 helps equip the right application with the right camera interface. Discover what differentiates these powerful interfaces from each other to make the right choice....
A Beginner’s Guide to Lens Distortion Parameters: F-Theta, F-Tan Theta, and TV Distortion
by Prabu Kumar
Lens datasheets often include distortion information to help photographers and engineers understand how the lens behaves. Lens distortion refers to the phenomenon where straight lines in a scene appear curved in the final image. In this blog, we break down lens distortion parameters. We explain in detail the three main...