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Camera Support for CamLink Series (June 2002) When CMOS sensors and cameras were introduced, they targeted high volume, low performance markets, such as cell phones and digital cameras which were designed to address size, cost and power consumption issues, with little concern for image quality. To minimize pixel sizes most CMOS sensors used the smallest output structure, which happens to consume three transistors (3T). For machine vision, 3T pixel structures are detrimental because they inherently have a rolling shutter, which causes time displacement artifacts. Only recently have some CMOS cameras become useful for machine vision through the development of 4- or 5-transistor output structures providing global (non-rolling) shuttering, thus avoiding time displacement artifacts. With global shuttering, machine vision can now enjoy additional benefits of CMOS technology such as increased frame rates through windowing, lower power, compact size and greater speeds. Well known camera manufacturer DALSA and Silicon Imaging have recently introduced new cameras based on this technology that are now supported by Coreco Imaging's CamLink series.
About Coreco
Imaging
Coreco Imaging is a leader in the design, development, manufacturing and marketing of hardware and software for high-performance computer vision applications, primarily in the medical imaging, machine vision and industrial inspection markets. The company employs approximately 135 people and has operations in Montreal (QC), Vancouver (BC), and Billerica (MA), with additional sales offices in Cleveland (OH) and San Juan Capistrano (CA). Founded in 1979, Coreco Imaging's success is driven by sound financial management combined with its commitment to the research and development of value-added products to serve the evolving needs of the computer vision market. |