Fairchild Imaging is dedicated to the design, manufacture, and test of high-performance imaging sensors and cameras for the most demanding applications. Our product range is diverse and we serve a wide range of applications. As a pioneer in the field, Fairchild Imaging features devices that cover the full spectrum ranging from the x-ray through the visible and the NIR with excellent responsivity.

We have served almost every conceivable imaging market throughout our history. Fairchild Imaging has supplied CCD focal plane arrays, CCD and CMOS cameras and imaging sub-assemblies for astronomy, missile seekers, aerial reconnaissance, spectroscopy, star trackers, digital radiography, mammography, dental x-ray, electron microscopy, non-destructive testing, x-ray crystallography, machine vision and other state-of-the-art military, industrial, medical, aerospace and scientific measurement applications.

Fairchild Imaging has developed expertise in thinned back-illuminated large area arrays, extreme spectral bands, low noise Active Reset CMOS architecture, high resolution x-ray imagery, and a host of custom capabilities, all of which provide our customers with the highest quality devices and technical support in the business.

Fairchild Imaging has supported the CCD market with the smallest of area arrays to our commercial wafer scale 4K x 4K to the largest device in the world: a 9K x 9K aerial reconnaissance CCD.

Just as we have supported the area array market we have also supplied thousands of commercial and custom linear and TDI devices throughout the world. Again we have pushed the boundaries of possibility by developing wafer scale CCDs with up to 12,288 resolution elements.

With our recently added line of ultra-low-noise CMOS detectors, Fairchild Imaging continues to set the standard for high-performance solid state optical detectors. These sensors offer an order-of-magnitude improvement in read-noise compared to traditional active-pixel CMOS imagers.

To further add to our capabilities, we offer various enabling technologies such as fiber optics and scintillator attach, and color filter deposition. Other enhancements can be applied depending on the application.