Samsung Develops 1/4 inch 3-megapixel CMOS Image Sensor for Ultra Slim Camera Phones

Dec 22, 2006
Samsung Develops 1/4 inch 3-megapixel CMOS Image Sensor for Ultra Slim Camera Phones

Samsung Electronics Co., Ltd., the leader in advanced semiconductor technology, announced the world's first 3-megapixel (M-pixel) CMOS image sensor (CIS) with a 1/4-inch lens aperture that is well suited for ultra slim camera phones.

"The rapidly evolving trend of user created content, blogs, and personal web pages is triggering demand for constant access to high-resolution images, bringing the consumer's attention to high-resolution camera phones," said Yong-Hee Lee, vice president of Samsung Electronics' System LSI Division.

"Our 1.75um-pixel, 1/4-inch lens aperture 3M-pixel CIS is a unique combination of Samsung's high resolution sensor technology and high speed serial interface that brings digital still camera-level picture quality to mobile handsets." Samsung's new 1.75um-size pixel enables the 1/4-inch lens aperture to drastically reduce the camera module size by 30 percent as opposed to a conventional 2.25um pixel 1/3-inch lens aperture 3M-pixel CIS. The small form factor allows the 1.75um-pixel, 1/4-inch lens aperture 3M-pixel CIS to immediately replace a 1/4-inch lens aperture 2M-pixel CIS module, as it shares the same physical measurements with the new 3M-pixel CIS.

The 1.75um pixel, 1/4-inch lens aperture 3M-pixel CIS shows no degrading in the picture quality compared to a 2.25um pixel, 1/3-inch lens aperture 3M-pixel CIS. The new CIS chip provides a small form factor and high picture quality.

By utilizing 90-nanometer (nm) process technology, Samsung expects to mass produce the new 1.75um pixel, 1/4-inch lens aperture 3-Mp CIS in the first quarter of 2007. The new CIS chip uses Samsung's proprietary 90nm copper technology that reduces the distance between the micro-lens to the photo diode thereby resulting in maximizing the light-gathering efficiency to overcome the potential decline of image quality as the pixel size scales down.

According to market research firm iSuppli, camera phones are expected to account for 777million units, which is 74 percent of total mobile phones in 2007. 3M-pixel and higher resolution phones are expected to take up 13 percent of total camera phones. And with the increasing demand of high-resolution camera phones, this portion is expected to reach 38 percent in 2008.

Source: Samsung

Explore further: Mass production of industry's first PCI-express SSD for ultra-slim notebook PCs

add to favorites email to friend print save as pdf

Related Stories

Recommended for you

Flying robots get off the ground

17 hours ago

Attaching a platform to a high-rise building to evacuate people in an emergency, or creating a landing stage for an aircraft on uneven terrain - these are just two areas in which flying robots could have ...

China supercomputer world's fastest: report

18 hours ago

A Chinese supercomputer is the fastest in the world, according to survey results announced Monday, comfortably overtaking a US machine which now ranks second.

A robot that runs like a cat (w/ Video)

Jun 17, 2013

Thanks to its legs, whose design faithfully reproduces feline morphology, EPFL's 4-legged 'cheetah-cub robot' has the same advantages as its model: It is small, light and fast.

User comments : 0

More news stories

A robot that runs like a cat (w/ Video)

Thanks to its legs, whose design faithfully reproduces feline morphology, EPFL's 4-legged 'cheetah-cub robot' has the same advantages as its model: It is small, light and fast.

Flying robots get off the ground

Attaching a platform to a high-rise building to evacuate people in an emergency, or creating a landing stage for an aircraft on uneven terrain - these are just two areas in which flying robots could have ...

New language discovery reveals linguistic insights

A new language has been discovered in a remote Indigenous community in northern Australia that is generated from a unique combination of elements from other languages. Light Warlpiri has been documented by University of Michigan ...