August 21, 2012
Sony Develops ‘Exmor RS,’ the World’s First Stacked CMOS Image Sensor
Also introduces imaging modules that deliver high picture quality and compact size,
for use in mobile devices such as smartphones and tablets
Tokyo, Aug 21, 2012 - (JCN Newswire) - Sony Corporation today announced the commercialization of 'Exmor RS,' the world's first(1) CMOS image sensor incorporating a unique, newly-developed 'stacked structure.' Shipments will commence in October. Sony is introducing three models of the Exmor RS stacked CMOS image sensor, for use in smartphones and tablets, which combine superior image quality and advanced functionality with compact size. Sony will also launch three corresponding imaging modules incorporating these sensors.
Going forward, Sony will continue to evolve its digital imaging products, while aggressively pursuing the further development and expansion of its core Exmor RS stacked CMOS image sensor technologies and lineup, in order to deliver increasingly diverse and user-friendly image capturing experiences.
The Exmor RS is a CMOS image sensor that adopts a unique 'stacked structure.' This structure layers the pixel section, containing formations of back-illuminated pixels over the chip affixed with mounted circuits for signal processing, in place of conventional supporting substrates used for back-illuminated CMOS image sensors.
Two of the three Exmor RS models Sony is launching are the 'IMX135', a type 1/3.06 model with 13.13 effective megapixels and the 'IMX134', a type 1/4 model with 8.08 effective megapixels, which feature 'RGBW coding' function and 'HDR (High Dynamic Range) movie' function. The 'RGBW coding' function can capture sharp, clear images even when filmed or photographed in low light conditions, such as a dark room or at night by featuring W (white) pixels in addition to conventional RGB (red-green-blue) pixels, and leveraging Sony's proprietary device technology and signal processing to heighten sensitivity without compromising its high resolution. 'HDR (High Dynamic Range) movie' function enables two different exposure conditions to be configured within a single screen when shooting, and seamlessly performs appropriate image processing to generate optimal images with a wide dynamic range and brilliant colors, even when pictures are taken against bright light. The other Exmor RS model is the 'ISX014', a type 1/4 model with 8.08 effective megapixels, which has a built-in camera signal processing function.
In addition to the higher image quality and superior functionality, the use of a 'stacked structure' has helped Sony to achieve a more compact size.
Sony will also bring to market three compact auto-focus imaging modules equipped with lens units and featuring auto-focus mechanisms that incorporate these image sensors: the 'IU135F3-Z,' 'IU134F9-Z' and 'IUS014F-Z'. These three imaging modules adopt a newly-designed lens which has been optimized for the industry's smallest(1) 1.12micro-m unit pixel size to achieve higher resolution.
The 'IU135F3-Z' is an auto-focus imaging module incorporating a bright, high-resolution F2.2 lens. The 'IU134F9-Z' (W:8.5 x D:8.5 x H:4.2mm(4)) is thin and compact. The 'IUS014F-Z' is an all-in-one imaging module that comprises an image sensor with built-in camera signal processing function and built-in auto-focus and picture adjustment function.
Going forward, Sony plans to continue with the proactive development of its Exmor RS stacked CMOS image sensors in order to bring to market imaging modules that achieve higher image quality, advanced functionality and an even more compact size. Sony aims to leverage the characteristics of its 'stacked structure' design to respond to the demand for larger screens in devices such as smartphones, where the amount of space available for embedding imaging modules is limited, and to continue expanding its product lineup to better accommodate its customers' needs.
Demand is growing rapidly for mobile devices such as smartphones and tablets, and Sony is committed to strengthening its production capacity(2) for stacked CMOS image sensors, which combine the dual strengths of advanced functionality and compact size. This will enable Sony to solidify its position as the global leader in CMOS image sensors, and to act as a driving force for the industry in the future.
For full details, please see http://www.sony.net/SonyInfo/News/Press/201208/12-107E/index.html.
(1) Accurate at time of press release (August 20, 2012)
(2) An announcement was already made (on June 22) regarding capital investment at Sony Semiconductor Corporation's Nagasaki Technology Center with the objective of increasing the production capacity for stacked CMOS image sensors.
(3) Based on method for specifying effective pixels in image sensors
(4) The dimensions width (W) and depth (D) exclude flexible printed circuits. Typical values exclude tolerance.
Sony Corporation is a leading manufacturer of audio, video, game, communications, key device and information technology products for the consumer and professional markets. With its music, pictures, computer entertainment and on-line businesses, Sony is uniquely positioned to be the leading electronics and entertainment company in the world. Sony recorded consolidated annual sales of approximately $79 billion for the fiscal year ended March 31, 2012. Sony Global Web Site: http://www.sony.net/
Sony Corporation Corporate Communications T: +81-3-6748-2200 E: [email protected]
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