Toshiba Corp : Toshiba Announces Industry's First Dual Camera Module Enabling Simultaneous Output of Images and Depth Data

Contributes to Create a Wide Range of Applications Including Post Focus on Images after Taking Picture

TOKYO - Toshiba Corporation (TOKYO: 6502) today announced that it has launched the industry's first[1] dual camera module for smartphones, tablets and mobile devices. "TCM9518MD" incorporates twin 1/4 inch optical format 5-megapixel CMOS camera modules (5 megapixels × 2 arrays) and simultaneously outputs recorded images and depth data. Images captured with the module can subsequently be manipulated to change the depth of field and point of focus. Samples will be available by January 2014, with mass production scheduled for April 2014.

The dedicated companion LSI of the "TCM9518MD" measures and appends depth data to objects in the image. These data can be used for a wide variety of applications, including focus and defocus, and even to extract and erase objects from the picture. Used in combination with customers' applications, the module supports the creation of new functions.

The companion LSI generates 13-megapixel images by upscaling images taken by the twin 5-megapixel cameras, realizing a lower module height than that of conventional 13 megapixel camera modules[2].

Computational cameras create images impossible to realize with the standard camera module by combining optical hardware technology-the lens and diaphragm-with digital signal processing technology. The TCM9518MD brings high resolution and computational camera functionalities to the CMOS image sensor market for smartphones, tablets and mobile devices.

Notes:

• [1] For dual camera module with the companion LSI which output depth data. Source: Toshiba, as of September 2013.
• [2] Generally for single camera modules, a bigger output image size requires a higher camera module. This product is lower than commercial 13-megapixel camera modules. Source: Toshiba, as of September 2013.
• [3] Voice Coil Motor: a motor that moves a lens by applying an electrical current to a coil.
• [4] Deep focus image output is not available when using a digital focus function.

Information in this document, including product prices and specifications, content of services and contact information, is current on the date of the announcement but is subject to change without prior notice.