OthersOthersTechnology Deep Dive

Understanding Spatial Noise and Its Reduction Methods Using Convolution

Suresh Madhu
Convolution is a mathematical operation used in image processing to apply filters to images. These filters are used for spatial noise reduction in images with variations or irregularities in the pixel values that are unrelated to the actual features of the scene being captured. This blog delves into different filtering...
Sensor and ISPTechnology Deep Dive

A Deep Dive into Resolution from Sensor Standpoints

Prabu Kumar
In this blog, we're diving deep into sensor resolution and its impact on camera performance. Understanding sensor resolution is key to choosing the right camera for your needs. Keep reading for insights that will empower you on your next camera purchase!...
Camera ApplicationsDental Imaging

Visualizing Oral Health: Various Imaging Techniques in Dentistry

Balaji S
Dental imaging has revolutionized dentistry, offering dentists a clear view beneath the surface. Explore key techniques like panoramic x-rays & intraoral cameras for improved diagnosis & treatment planning....
Camera ApplicationsLife Sciences

Major Imaging Challenges in Microscopy & How to Solve Them

Balaji S
Microscopic cameras play a major role in medical applications for surgery, pathology, and diagnostics. However, capturing clear and accurate microscopic images can be challenging due to imaging artifacts. These artifacts can appear as distortions or anomalies in the captured image and cause analysis errors. In this blog post, we will...
Sensor and ISPTechnology Deep Dive

A Comprehensive Guide to Hyperspectral Imaging in Embedded Vision Applications

Prabu Kumar
Hyperspectral imaging lets cameras see beyond human vision. It offers a high spectral resolution by capturing data in large numbers of spectral bands. Explore the technical aspects of hyperspectral imaging and discover its applications in agriculture, environment, medicine, and other embedded vision applications!...
Sensor and ISPTechnology Deep Dive

What is Color Accuracy? How to Measure Color Accuracy?

Prabu Kumar
Precisely capturing and reproducing colors of the outside world is essential for error-free image analysis. Cameras with high color accuracy prove beneficial in producing realistic images in various fields like surveillance and medical diagnosis cameras. This is a comprehensive blog on color accuracy, the measurement of color accuracy, and the...
Camera ApplicationsOthers

Why AR2020-based cameras are perfect for OCR enablement in warehouse automation

Gomathi Sankar
Warehouse automation is on the rise due to the demand for speed and accuracy. Optical Character Recognition (OCR) technology is a huge part of this change, considering how many businesses are using it. Find out how embedded camera solutions with OCR capabilities are integrated into conveyor belts to push the...
Camera ApplicationsLife Sciences

Vision Solutions to enhance your Peripheral Blood Smear Testing Devices

Balaji S
 In this blog, you'll get to learn more about this testing process and the significance of embedded camera solutions in blood smear testing....
Technology Deep Dive

A Deep Dive into Types of Camera Noise, and Their Impact on Image Quality

Prabu Kumar
Managing and mitigating camera noise can be a make-or-break moment. It often manifests as random pixel variations or color artifacts and degrades image quality. Find out the origins of camera noise, the different types, the practical impact, and finally - how to overcome....
NewsOur Product Insights

How to achieve a high frame rate of up to 1164 fps using e-CAM56_CUOAGX’s Multi-ROI Feature

Gomathi Sankar
In this blog, you can explore the possibilities of multi-ROI capture and how it works. You will also discover how this feature enables users to achieve exceptional frame rates of up to 1164 fps and its implications for various industrial applications....