Technology Deep Dive Archives

What is the Role of ROI in Optimizing Camera Exposure, Focus, and Cropping?

Prabu KumarJanuary 17, 20250

Region of Interest (ROI) helps fine-tune camera performance so that exposure, focus, and cropping can align with specific parameters and deliver high-quality imaging performance. Discover how ROI coordinates impact these parameters for ensuring the best possible outputs.

The Ultimate Guide to Depth Perception and 3D Imaging Technologies

Prabu KumarJanuary 9, 20250

Depth perception helps mimic natural spatial awareness by determining how far or close objects are, which makes it invaluable for 3D imaging systems. Get expert insights on how depth perception works, the cues involved, as well as the various types of depth sensing cameras.

How FPGAs Are Advancing Next-Gen Embedded Vision Applications: Part 2

Prabu KumarJanuary 8, 20250

Field-Programmable Gate Arrays (FPGAs) help embedded vision applications meet complex requirements. Discover why FPGAs power next-gen systems with computing power, flexibility, and energy awareness, and learn about their future impact.

The Critical Role of FPGAs in Modern Embedded Vision Systems: Part 1

Prabu KumarDec 31, 20240

FPGAs are rapidly becoming a best-fit solution for meeting the unique demands of high-performing embedded vision systems. Get insights into what FPGAs are, the challenges they solve, and how they offer unmatched benefits for interface ports.

What is an Autofocus System? An In-Depth Look at its Detection Methods and Liquid Lens Technology

Prabu KumarJanuary 3, 20250

Autofocus systems are an integral part of modern-day cameras, enabling precise focus adjustment for clear and sharp images. Read this blog to learn the inner workings of autofocus systems. We are covering foundational concepts like the Circle of Confusion and MTF metrics to advanced technologies such as hybrid systems and

Single Camera vs. Multi-Camera Systems: The Ultimate Guide

Prabu KumarDecember 27, 20240

Single and multiple camera setups play a vital role in today's vision systems, enhancing applications such as Automated sports broadcasting, Industrial robots, Traffic monitoring and more. Explore the key differences, advantages, and real-world applications of these setups to choose the right imaging solution for your vision system needs.

Customize e-con Systems’ FPGA IP Cores to Meet Unique Vision Needs

Prabu KumarDecember 20, 20240

e-con Systems provides a suite of high-performance ISP FPGA IP cores to customize image processing and help vision systems meet specific needs. Discover how these FPGA IP cores can be customized to operate exactly how you want them to.

What is Interpolation? Understanding Image Perception in Embedded Vision Camera Systems

Prabu KumarDecember 13, 20240

Interpolation is a mathematical technique used to estimate unknown values that lie between known data points. Interpolation helps transform raw sensor data into stunning, full-color images in embedded vision systems. Read the blog to learn about the fundamentals of interpolation, its significance in image processing, and its role in techniques

How e-con Systems’ TintE ISP IP core increases the efficiency of embedded vision applications

Prabu KumarNovember 29, 20240

e-con Systems has developed TintE™, a ready to deploy ISP IP core engineered to enhance image quality in camera systems. Built to deliver high performance on leading FPGA platforms like Lattice, Xilinx, Intel and others, it accelerates real-time image processing with features like 4K at 60fps, advanced noise reduction, and

How to Eliminate the Need for Separate Sensors with RGB-IR Cameras in Surgical Visualization Systems

Balaji SDecember 24, 20240

The blog highlights the importance of RGB-IR cameras in improving surgical visualization and tumor detection by combining visible light and infrared imaging. This dual imaging enhances tissue differentiation, accuracy in surgeries, and non-invasive tumor detection. It also introduces e-con Systems' See3CAM_CU83, designed for medical applications needing simultaneous RGB and IR