Top Technical Posts of 2016: Advances in CMOS Imaging and Machine Vision Systems

As another year comes to an end, industrial systems increasingly rely on high-resolution CMOS cameras. Throughout 2016, we’ve shared numerous updates on the latest developments in CMOS image sensors, enhancements with CoaXPress interfaces, and practical insights into improving image quality within vision systems. Below are some of our most popular articles from last year—should you have missed them, subscribe to stay informed about cutting-edge advancements.

Enhancing Image Quality

Decoding Dynamic Range and Signal-to-Noise Ratio (SNR) in Industrial Camera Specifications

When evaluating machine vision cameras, beyond resolution and frame speed, key specifications include full well capacity, SNR, and dynamic range. Understanding these metrics from datasheets can be complex, but they are crucial for ensuring the camera meets your measurement requirements.

Eliminating Light Source Artifacts in Machine Vision Inspection

Using multiple light sources or lenses in a vision system may introduce non-uniform background profiles into images. These artifacts, not originating from the target object, should ideally be removed to focus on light patterns generated by the inspected item.

Reducing Noise and Boosting Frame Rate via Binning

Binning—combining pixel signals—can enhance SNR while increasing frame rates. By reducing read noise and averaging signal contributions, this technique improves image quality without additional hardware costs.

New CMOS Sensors Enable Legacy System Upgrades

Modern CMOS sensors with smaller pixel sizes can replace older cameras—no optical changes required. These advancements offer better sensitivity, lower noise, and higher performance for legacy systems like global security applications.

CCD vs. CMOS in Low-Light Security Applications at SPIE DCS 2016

At the 2016 SPIE DCS conference, Adimec showcased rugged cameras with Sony IMX250 CMOS sensors and demonstrated their superior performance in low-light conditions.

Three Strategies for Smooth CCD-to-CMOS Upgrades

While newer CMOS global shutter sensors improve low-light performance for security systems, cost-effective upgrades require careful planning to avoid replacing unnecessary components.

Porsche Le Mans Wins Supported by Adimec’s Low-Light CMOS Cameras

For the first time at Le Mans 2016, Adimec’s rugged cameras with high-sensitivity CMOS Global Shutter technology provided broadcast-quality views of drivers’ perspectives during daylight and nighttime conditions.

Interview on Interferometric Microscopy Using Extreme High Full Well Capacity Sensors

Adimec spoke with MIT researcher Poorya Hosseini about how extreme full well capacity sensors enhance interferometric microscopy for precise measurements.

Vision 2016 Stuttgart: Accurate Fingerprint Identification with Adimec’s Q-2HFW Camera

This year’s Vision event featured a demo using the Adimec Q-2HFW high-full-well camera to measure fingerprints via Full Field OCT setups, proving how our Q-2HFW camera achieves highly accurate fingerprint identification through advanced imaging techniques.

Explore these articles and stay tuned for upcoming updates on CoaXPress demos and multi-camera systems.

Last Updated: 2025-09-04 21:12:45