A series of compact AI smart cameras integrating a high-quality image sensor and image processing.

We demonstrated intrusion detection using a distance measurement model equipped with a ToF sensor.

We introduced our research and development of solutions using liquid lenses manufactured by Corning🄬Varioptic🄬.

Demonstration ofCIS Full HD camera with autofocus algorithm to control the liquid lens totrack and focus on a moving object.

➡Click here to see the demo video.

VCC-5CXPHSM/R

This camera is equipped with GPixel's 2/3" global shutter type sensor, and achieves a high-speed frame rate of 220 fps with CXP-12 x 1ch. The compact 29 mm square housing is available in monochrome and color.

VCC-5CXP1SW

A 5M CoaXPress camera capable of acquiring visible to SWIR images in the detection wavelength range of 400 nm to 1700 nm with a single camera.
It is suitable for applications such as board inspection, wafer inspection, inner layer circuit inspection, etc., which require inspection of invisible areas and high pixel counts.

CoaXPresscamera withSONYCMOSsensor andCanonCMOSsensor.

It is suitable forvarious visual inspections (defects/foreignobjects/shapes ofLCDs, substrates, semiconductor wafers, buildings,etc.), line inspections, measurement,research/analysis, medical, archiving, microscopy, and otherultra-high precision imaging applications.

In this demonstration, a combination of a 250-megapixel camera and a 5x lens was used.

ThisUSB 5Gbps/USB10Gbpscamera series isequipped with aSONYCMOSsensor.

The 8.2 megapixel color model is equipped with our original ISP, Clairvu™, andoutputs high-definition and high-quality color images without consuming external resources such as a PC.The housing isa compact29mm square.

In this exhibit, a demonstration was made using a microscope and a 5m cable length.

This is a 21-megapixel CoaXPress-over-Fiber (CoF) camera supporting image transmission at a maximum of 100Gbps.

Despite its high resolution of 21 megapixels, it is capable of ultra high-speed image transmission at a maximum of approximately 510 fps via QSFP28 (100G) x 1, and is expected to increase work efficiency in music video applications.