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Thursday, August 23rd 2007 - 08:06 CEST
Micron Technology, announced that it has designed a receiver interface into one of its new mobile imaging sensors, helping to advance 3G video phone calling. The receiver, compliant with the Mobile Industry Processor Interface (MIPI) standard, allows for the image signal processor (ISP) embedded in the sensor for the primary camera to be repurposed as the ISP engine for the secondary camera, reducing the second camera’s cost. Secondary cameras are gaining popularity as a key design feature in today’s handsets, allowing for 3G video-phone calling within designated networks.
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Friday, April 13th 2007 - 10:06 CEST
Micron Technology unveiled a 1/4-inch, 3-megapixel complete camera system-on-chip (SOC) sensor for mobile handsets. Unique to the market, Micron has designed an anti-shake feature into the camera sensor, which greatly reduces image blurring often found in camera phone pictures due to camera shake. Blurry images are especially common in low-light situations where the shutter is open for longer periods of time to collect enough light to take the picture. A camera phone designed with Micron’s new sensor (product number MT9T111) can dramatically reduce image blur by automatically activating the anti-shake feature when sensing camera shake.
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Tuesday, February 13th 2007 - 18:53 CET
At the 3GSM World Congress, Micron Technology, Inc. introduced a new line-up of image sensors that create a powerful imaging platform for next-generation camera phones. Micron’s new camera phone sensors were developed using a tiny 1.75-micron pixel design and range in resolution from 5-, 3- and 1.3-megapixel. As the imaging market share leader for handsets, Micron is focused on developing leading-edge sensor innovations and improving the camera phone experience, encouraging new uses and opportunities for the technology.




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