The year has brought significant advancements in CMOS image sensors and camera technology. As we approach the end of 2015, let’s revisit some of our most popular technical blog posts exploring key developments in this rapidly evolving field.

CCD vs. CMOS Comparisons

We’ve examined multiple aspects of these imaging technologies head-to-head:

  • Low-Light Sensitivity Improvements: How industrial CMOS sensors and cameras outperform traditional CCDs in dim conditions
  • MTF (Modulation Transfer Function) Analysis: Evaluating near-infrared performance differences between CCD and CMOS solutions
  • Blooming & Smear Performance: Comparing spill-over artifacts across sensor types
  • Long-Term Updates: The evolution of the classic CCD vs. CMOS debate throughout 2015

Ultra-High Resolution Innovations

The demand for greater pixel counts continues to push industrial imaging boundaries:

  • 12MP and 25MP Sensor Advances: Exploring next-generation high-resolution cameras
  • Power-Efficient High-Speed Imaging: Achieving exceptional frame rates (up to 1000fps) with minimal energy consumption
  • Quad CoaXPress Metrology Solutions: Implementing advanced 25-megapixel systems for precision measurement applications

Industry Trends & Practical Resources

For machine vision professionals, staying current is essential:

  • Future Predictions: Our top five forecasts for how imaging technology will evolve
  • Expert Insights: Recommended resources and bloggers to expand your knowledge base
  • Comprehensive OEM Solutions: Understanding the interplay between sensors, optics, processing interfaces and system design

Selecting high-resolution cameras requires careful consideration of application requirements. This overview provides a foundation for exploring these critical technologies further.

Last Updated: 2025-09-04 20:46:51