Boresight Offset

Electronic Boresight Can Eliminate Mechanical Camera Adjustments

Boresight has long been a chore in optical systems.  Boresight is the process of co-aligning the optical center line of the optical elements and devices.  Typically, boresight is accomplished with mirrors or prisms that are moved to align the different optical elements and devices.  Each of these alignments cost time and money in development and…

Example of Subsampling

Binning, Subsampling and Adaptive Resolution (AR) – how AR is different and offers the most advantages

Adaptive resolution (AR) provides better imaging performance, greater field of view and can greatly reduce costs by eliminating the need for optics redesign due to the fact that you can reuse optics.  Binning allows for improved data rate at the cost of resolution.  Subsampling gives you improved data rate as well, so what is the…

Noise equilavent Irradiance for 50Mpx vs high res CCDs

Switching from CCD to CMOS for Display Inspection: Part 3 Image Quality

Adimec is introducing a new 50-megapixel camera the S-50A30 based on the CMOSIS CMV50000. The new camera provides more than just higher resolution.  This CMOS camera, provides inspection accuracy increases, the highest inspection throughput at 50 Mpx, and the next step in image quality. This is a three-part series that illustrates why to choose a…

Image Inspection Throughput

Switching from CCD to CMOS for Display Inspection: Part 2 Increase your Inspection Throughput

Adimec is introducing a new 50-megapixel camera the S-50A30 based on the CMOSIS CMV50000. The new camera provides more than just higher resolution.  This CMOS camera, provides inspection accuracy increases, the highest inspection throughput at 50 Mpx, and the next step in image quality. This is a three-part series that illustrates why to choose a…

View of patterned wafer showing FOV for multiple camera resolutions

Switching from CCD to CMOS for Display Inspection: Part 1 Increase Inspection Accuracy

Adimec is introducing a new 50-megapixel camera the S-50A30 based on the CMOSIS CMV50000. The new camera provides more than just higher resolution. This CMOS camera, provides inspection accuracy increases, the highest inspection throughput at 50 Mpx, and the next step in image quality. This is a three-part series that illustrates why to choose a…

Simplifying installation and service for C-arms (part 3 towards RSNA 2017)

Next generation camera lens assemblies with CMOS image sensors for C-arm X-ray systems can improve image quality and reduce patient dose while also simplifying installation and service. RUBY delivers full digital real-time 1k2 30fps imaging for Image Intensifier based medical X-Ray imaging systems to increase performance and reduce costs. This is the third of a…

Moving from CCD to CMOS in Medical imaging: RUBY, the next generation Camera Lens Assembly for C-arms (part 2 towards RSNA 2017)

Next generation camera lens assemblies with CMOS image sensors for C-arm X-ray systems can improve image quality and reduce patient does. Adimec’s RUBY delivers full digital real-time 1k2 30fps imaging for Image Intensifier based medical X-Ray imaging systems. This is the second of a three-part series on Adimec’s new Ruby camera lens assembly (CLA) for…