The CAReIOCA project was recently completed and the final newsletter was released last week. Several new products result from the cooperation between Adimec and partners:
This story appeared on phys.org (http://phys.org/news/2015-10-internal-fingerprint-sensor-peers-fingertips.html) about a new internal fingerprint sensor that peers inside fingertips for more accurate identification. The sensor (camera) utilized is the high full well (2000 kel), high speed camera developed by Adimec.
The latest ultra resolution industrial image sensors offer impressive pixel throughput, such as 25 Megapixels at 72 frames per second. These pixel rates can no longer be transferred to the PC via Camera Link but can via interfaces such as CoaXPress (CXP). The resulting cameras can offer faster frame rates at lower resolutions through the…
When determining the best metrology camera, one of the first considerations is to determine the dominant noise source. This can help you prioritize the most important camera parameters, such as sensitivity or dynamic range. In this post we will consider temporal noise sources that vary with time including shot noise and read noise. With this, it…
Technology advances and innovative ideas come from open discussions and exchanges of ideas. We try to make our blog (https://www.adimec.com/blogs/) a place where we can do this. Check out this video for more information on our blog: Other great blogs that are helpful resources on machine vision and industrial camera/image sensor topics you may…
We have been reevaluating the strengths and weaknesses of CCD and CMOS looking at the latest generation industrial image sensors and subsequent cameras. We have compared sensitivity, read noise, and blooming and smear performance. Now let’s consider the Modulation Transfer Function or MTF… The MTF of optics, say a lens, is the reduction in modulation…
For many years CCD image sensors and cameras have offered advantages in image quality such as greater dynamic range, better noise performance, and better uniformity. For this reason, CCD cameras were still used in many of the most demanding machine vision systems needing the highest accuracy or in global security systems where sensitivity in low…
In the last decade or so, CMOS has been evolving much faster than CCD as a result of investments in the cell phone camera market/consumer market.
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