High Resolution 29 Megapixel Machine Vision Camera

The IGV-B6620 is an advanced high-speed progressive scan, fully programmable CCD camera designed for imaging applications that require high frame rates, high quality images, and powerful features and flexibility. The camera has a small size, light weight, and is built around Kodak's KAI-29050 Interline transfer CCD image sensor with a 43.3 mm image diagonal. ICL-B4820 is available with CameraLink output.


The IGV-B6620 provides an image resolution of 6600 x 4400 and delivers up to 2.5 frames per second at full resolution. The camera image processing engine is based on a high-speed, high-density FPGA, featuring programmable resolution, speed, 8 independent AOIs, binning, triggering, exposure control, line and frame time, I/O mapping, external/internal sync, AGC, AEC, Auto Iris, transfer function correction, user LUT, Defective and Hot Pixel Correction (DPC, HPC), and Flat Field Correction (FFC).

Do you have a new laptop with a 34mm slot?

In response to changing laptop hardware, Imperx have built the VCE-CLEX02 Camera Link ExpressCard/34 – Video Capture Card.

The FrameLink Express is a professional, state of the art ExpressCard video capture card, allowing users to view and store in real time mega-pixel video images from Camera Link sources on

their notebook computers. The FrameLink Express is capable of capturing single or multiple frames, and standard AVI clips from any Base Camera Link compliant video source. Each captured frame can be stamped with a user message along with the date and time of capture. The FrameLink Express offers easy to use camera configuration software, which allows for fast integration of the card into demanding machine vision environments.


Applications include:

Industrial - Silicon wafer and PCB inspection, Machine vision, Document scanning

Medical - Ultrasound, X-Ray, CT and MRI

Military - Aerial mapping/survey, Battlefield imaging, UAV, Robotic vision

Security - Police in-car surveillance, Biometric identification

End of Summer - Beginning of New Products!

Back to school and back to work. The summer holidays are now over and attention is once again firmly back on getting things done.


With this in mind Imperx has launched two new cameras: ICL-B1310-SCO and ICL-B1411-SCO both available in monochrome or color.

The ICL-B1310 is an advanced high-speed progressive scan, fully programmable CCD camera designed for imaging applications that require high frame rates, high quality images, and powerful features and flexibility. The camera has a small size, light weight, and is built around SONY’S ICX-445 Interline transfer CCD image sensor with a 1/3” optical format. ICL-B1310 is available with CameraLink output (PoCL support).

The B1310 provides an image resolution of 1280 x 966 and delivers 39 frames per second at full resolution. The camera image processing engine is based on a high-speed, high-density FPGA, featuring programmable resolution, speed, 8 independent AOIs, binning, triggering, exposure control, line and frame time, I/O mapping, external/internal sync, AGC, transfer function correction, user LUT, and Defective and Hot Pixel Correction (DPC, HPC).

The ICL-B1411 is an advanced high-speed progressive scan, fully programmable CCD camera designed for imaging applications that require high frame rates, high quality images, and powerful features and flexibility. The camera has a small size, light weight, and is built around SONY’S ICX-267 Interline transfer CCD image sensor with a 1/2” optical format. ICL-B1411 is available with CameraLink output (PoCL support).

The B1411 provides an image resolution of 1392 x 1040 and delivers up to 30 frames per second at full resolution. The camera image processing engine is based on a high-speed, high-density FPGA, featuring programmable resolution, speed, 8 independent AOIs, binning, triggering, exposure control, line and frame time, I/O mapping, external/internal sync, AGC, AEC, Auto Iris, transfer function correction, user LUT, Flat Field Correction (FFC), and Defective and Hot Pixel Correction (DPC, HPC).