Recent Posts - e-con Systems

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.

Make your existing NVIDIA® Jetson Orin™ devices faster with Super Mode

Gomathi SankarDecember 18, 20240

The NVIDIA Jetson Orin™ Nano Super Developer Kit, with its compact size and high-performance computing capabilities, is redefining generative AI for small edge devices.

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 to Choose the Right Camera for Automotive Applications

Suresh MadhuDecember 10, 20240

Cameras are the eyes of Advanced Driver Assistance Systems (ADAS), autonomous agriculture vehicles, intelligent surveillance systems, etc. They capture and interpret real-time visual data to ensure safety, accuracy, and convenience. Learn about the key imaging features these applications require before selecting the camera.

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 Choose the Right Surround-View Camera for Vehicles

Suresh MadhuNovember 29, 20240

Surround-view cameras provide a 360-degree view for vehicles to leverage parking assistance, enable blind-spot detection, maneuver in tight spaces, etc. However, selecting the right camera is a complex decision. Get expert insights on the role of multi-camera synchronization and discover the key camera features of surround-view systems.

The Ultimate Guide to Golf Simulator Cameras: Enhancing Your Indoor Golf Experience

Ranjith KumarNovember 29, 20240

Indoor simulators must capture the nuanced motions of a golf swing to help players fine-tune their swings across weather conditions. The right imaging solution makes all the difference. Learn about the different types of cameras used and the selection process for finding the best camera.

A Guide to Pick the Ideal Camera Solution for Parking Lot Management Systems

Suresh MadhuNovember 25, 20240

Modern parking lot management demands intelligent imaging solutions for efficient vehicle monitoring. Embedded vision systems perform real-time visual data analysis directly on-site, eliminating external processing needs. Learn about advanced features like GigE and GMSL interfaces for extended cable lengths, high-resolution sensors for superior image quality, and robust IP67K-rated cameras that

How to Choose a Right Fleet Camera System

Suresh MadhuNovember 21, 20240

Fleet camera systems increase a vehicle's operational safety by capturing real-time footage of the cabin, driver behavior, and vehicle surroundings while in transit. Fleet camera systems come with dashcams, 360-degree surround view systems, interior cameras, and other capabilities, such as AI-powered event detection for monitoring. Read this blog to learn

5 Key Features to Look for in RGB-IR Cameras for Biometric Systems

Ranjith KumarNovember 14, 20240

Selecting the right camera for biometric systems is crucial to ensuring accurate and consistent image capture for applications like facial recognition, iris scanning, and access control. RGB-IR cameras have emerged as a game-changer by capturing both visible and infrared light on a single sensor, eliminating the need for mechanical IR