Foveon, Inc.

Sensors, Monitors & Transducers

Foveon Announces New Image Sensor Manufacturing Partner: Dongbu Electronics of Seoul, South Korea

Foveon and Dongbu Electronics team up to deliver world's most advanced CMOS image sensors Santa Clara, CA, September 26, 2006 - Foveon, a leading U.S. fabless image sensor company, announced today that it has released the first product manufactured by its new strategic manufacturing partner, Dongbu Electronics of Seoul, South Korea. The new 14.1 megapixel X3 DSLR image sensor is the highest...

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Image Sensor employs X3 stacked pixel design.
Sensors, Monitors & Transducers

Image Sensor employs X3 stacked pixel design.

Model FO18-50-F19 is a 1/1.8 in., 4.5 megapixel, CMOS direct image sensor that incorporates X3 technology to directly capture color in 3 layers. Each stack of pixels containes a red, green, and blue pixel, eliminating need for color interpolaton and blur filters. Variable Pixel Size technology groups neighboring pixels together to form larger pixels that are optimal for high frame rate and dual...

Read More »
Sensors, Monitors & Transducers

Foveon Announces New Image Sensor Manufacturing Partner: Dongbu Electronics of Seoul, South Korea

Foveon and Dongbu Electronics team up to deliver world's most advanced CMOS image sensors Santa Clara, CA, September 26, 2006 - Foveon, a leading U.S. fabless image sensor company, announced today that it has released the first product manufactured by its new strategic manufacturing partner, Dongbu Electronics of Seoul, South Korea. The new 14.1 megapixel X3 DSLR image sensor is the highest...

Read More »
Image Sensor employs X3 stacked pixel design.
Sensors, Monitors & Transducers

Image Sensor employs X3 stacked pixel design.

Model FO18-50-F19 is a 1/1.8 in., 4.5 megapixel, CMOS direct image sensor that incorporates X3 technology to directly capture color in 3 layers. Each stack of pixels containes a red, green, and blue pixel, eliminating need for color interpolaton and blur filters. Variable Pixel Size technology groups neighboring pixels together to form larger pixels that are optimal for high frame rate and dual...

Read More »

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