CyberDyneSystems
14th of January 2004 (Wed), 08:32
From photo marketing magazine;
Seems the CMOS is the wave of the future!
Advances in CMOS (complementary metal oxide semiconductor) sensor chips are producing many of the more advanced digital cameras, including the groundbreaking 6.3-megapixel Canon EOS Digital Rebel, the 11.1-megapixel Canon EOS-1Ds, and the 13.89-megapixel Kodak DCS Pro 14n SLRs. In addition to providing lower power requirements than CCD sensors, CMOS can efficiently integrate signal processing functions on the same silicon imaging chip, making CMOS sensors more cost efficient than CCD technology.
Sensor designers are “stitching” segments of CMOS chips together to create larger image sensors that produce extremely detailed, high-resolution pictures. This is an advantageous approach for manufacturing professional studio camera sensors and other large imaging array applications. Watch for additional developments in this technology that bring new solutions for camera designs, and perhaps finally tip the scales to CMOS sensors rather than competing CCD imaging chips.
Seems the CMOS is the wave of the future!
Advances in CMOS (complementary metal oxide semiconductor) sensor chips are producing many of the more advanced digital cameras, including the groundbreaking 6.3-megapixel Canon EOS Digital Rebel, the 11.1-megapixel Canon EOS-1Ds, and the 13.89-megapixel Kodak DCS Pro 14n SLRs. In addition to providing lower power requirements than CCD sensors, CMOS can efficiently integrate signal processing functions on the same silicon imaging chip, making CMOS sensors more cost efficient than CCD technology.
Sensor designers are “stitching” segments of CMOS chips together to create larger image sensors that produce extremely detailed, high-resolution pictures. This is an advantageous approach for manufacturing professional studio camera sensors and other large imaging array applications. Watch for additional developments in this technology that bring new solutions for camera designs, and perhaps finally tip the scales to CMOS sensors rather than competing CCD imaging chips.