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 cut filters. Explore the 5 essential features to consider when choosing an RGB-IR camera for biometric systems.

Facial recognition systems, though powerful, are vulnerable to spoofing attacks. To combat this, RGB-IR cameras have emerged as a crucial solution. By capturing both visible and infrared light, these cameras can detect liveness of a person's face. This makes it difficult for fake images, videos, or masks to bypass the system.

e-con Systems has announced the launch of its latest product, See3CAM_CU83 - a 4K RGB-IR superspeed USB Camera featuring onsemi’s AR0830 sensor.

e-con Systems, a provider of OEM camera solutions with over 20 years of vision experience, is proud to announce the launch of STURDeCAM34 – an IP69K-rated 3MP automotive multi-camera designed for the most demanding applications in the automotive and industrial domains.

Photobleaching poses a substantial challenge in medical imaging, potentially compromising the accuracy and reliability of fluorescent-based techniques of various applications.

e-con Systems’ latest release, STURDeCAM34, is a 3MP HDR camera built to meet the imaging challenges of automotive applications.

e-con Systems has announced its participation in VISION 2024 – the industry's premier international event for machine vision and embedded vision technologies. The event will take place from 8-10 October 2024 at Messe Stuttgart, Germany.

Self-checkout devices have become a common feature in retail stores, offering customers the convenience of swift, independent transactions.

In this blog, e-con Systems will explore the automotive applications of GMSL2, such as ADAS systems.

e-con Systems has unveiled the latest product, See3CAM_CU31—a 3MP HDR Low-Light USB Camera.

Intelligent Transport Systems (ITS) are transforming traffic, law enforcement, and road safety management.

The pace of technological transformations in medical and life sciences is rapid. Imaging technologies used in these fields are no exception to this constant wave of disruption.  

In this blog, you'll discover how the right stop-arm cameras can enhance the safety levels in school buses. You’ll also find out why e-con Systems' RouteCAM_CU25_IP67 is a perfect choice for these vision systems.

3D imaging technologies have revolutionised various industries, providing advanced capabilities in depth perception and spatial understanding. Among these technologies, Time-of-Flight (ToF) cameras stand out for their ability to capture depth information in real-time.

As embedded vision systems keep taking quantum leaps to become more innovative and intuitive, it’s becoming more complex to address the specifications for resolution and frame rate.

While the hype behind smart cities may not be earth-shattering news, the fact is the technology that drives it keeps them relevant. 

Resolution can be defined as the number of distinct elements that a sensor can capture, i.e., the sensor’s ability to distinguish between two closely spaced points. It is specified in pixels.

e-con Systems introduces a new Outdoor-Ready Global Shutter GigE camera – RouteCAM_CU25, the addition to its high performance Ethernet camera series, RouteCAM.

This blog delves into spatial noise and the different filtering techniques, such as average smoothing, Gaussian filtering, median filtering, bilateral filtering, non-local means, and Wiener filtering.

Colour accuracy of a camera is the measure of how accurately it can reproduce the colour from the real world. In other words, it measures the degree to which the colours displayed or captured by a device match the intended or reference colours. Cameras need to have a supreme colour accuracy to produce realistic and consistent images from the real world.