However, the space industry would well be served with a customized high-end backside illuminated CMOS imager processing platform on 200mm wafers. Given the strategic value of Earth observation, it is not surprising that governments on both sides of the Atlantic are currently supporting local initiatives in this area."
Imagers in Space, Imec's View
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EETimes: Piet De Moor, Program Manager for Specialty Imagers at Imec published a view on CMOS vs CCD for space applications: "While CMOS has become the standard in consumer electronics, the space community is still mainly relying on CCD technology. In part, that's because backside illumination processing for CMOS imagers is almost uniquely developed for 300mm wafers [probably Piet meant Imec process offerings here - ISW], whereas high-end space imagers typically use 200mm wafer technologies.
However, the space industry would well be served with a customized high-end backside illuminated CMOS imager processing platform on 200mm wafers. Given the strategic value of Earth observation, it is not surprising that governments on both sides of the Atlantic are currently supporting local initiatives in this area."
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However, the space industry would well be served with a customized high-end backside illuminated CMOS imager processing platform on 200mm wafers. Given the strategic value of Earth observation, it is not surprising that governments on both sides of the Atlantic are currently supporting local initiatives in this area."