Aptina announced today the introduction of the world’s highest performance Full HD mobile sensor with industry leading 60fps/ 1080p video and high dynamic range capability. Aptina’s newest high performing mobile solution, the AR0261, targets OEMs and ODMs designing in high end features to meet the demand for forward facing applications in Smartphones, Tablet PCs and TV monitors. The new 1080p sensor has a 1.4-micron pixel providing outstanding low light performance with incredibly fine detail. This unparalleled performance is enabled by 4^th generation Aptina™ MobileHDR™ technology that delivers superior low light performance and best-in-class high dynamic range which enables Smartphones with video capture performance that rivals video cameras regardless of lighting conditions. Furthermore, the fast 60fps frame rate also enables new gesture applications that open up a new way for users to interact with their devices.

The AR0261 captures native 1080P full HD video (16:9 aspect ratio) or 720p HD video at speedy rates of 60fps for smooth video playback, encouraging an immersive viewing experience. Smartphone users running video applications will benefit from the image senor’s built-in video resolution and dynamic range capabilities. MobileHDR technology increases dynamic range to maintain image sharpness and compensate for motion, meaning subjects can sit inside a room with challenging lighting such as a bright window lighting a low light room without having the subjects faces darkened during a video conference chat. The end result is crisp, clear images and videos across varying lighting conditions. Not only is the users’ video experience more pleasing, the sensor employs a new design architecture that enables the fast speed while promoting low power for longer battery life as demanded by most portable electronics.

Additionally, other exciting applications such as gesture recognition and 3-D video capture are possible with AR0261. Accurate gesture recognition can be enabled by the fast frame rate, while Aptina’s 3-D technology synchronizes two AR0261 output data streams to work collaboratively for 3-D. Exclusive front facing applications for 3-D TVs and other devices can be enabled.

“Designers choosing the AR0261 will find new and exciting ways to enable users to interact with their favorite devices,” said Aptina’s Roger Panicacci, VP of Product Development. “Gesture recognition, 3-D and HDR will open a whole new world of personal interaction with these devices.”

Availability

The AR0261 is sampling now and will be in production by summer of 2013. Available in die and CSP packaging for OEMs and manufacturers who have their own ISP; this sensor is also available with Aptina’s imaging co-processor for a fully tuned, complete front facing camera solution.

The AR0261 sensor has a 1/6-inch optical format and is targeted for standard 5.5 x 5.5mm modules with low z-heights. The AR0261 is manufactured on the latest 300mm CMOS image sensor process at TSMC producing category leading image sensor performance.

About Aptina

Aptina is a global provider of CMOS imaging solutions that enable Imaging Everywhere™. Using performance enhancing technologies like Aptina A-Pix™Aptina A-PixHS™ , DR-Pix™ and award winning MobileHDR™, Aptina has created a market-leading portfolio of image sensor products found in leading consumer electronics like smartphones, tablets, laptops, digital and video cameras, as well as applications in surveillance, automotive, medical, video conferencing, and gaming. Aptina drives innovation in the market with products like the 14MP MT9F002 used in the AWARE-2 gigapixel multi-array camera, the AR0331 surveillance image sensor, and the MT9H004 16MP APS-C DSLR camera sensor. For additional information on Aptina visit www.aptina.com.

©2013 Aptina Imaging Corporation. All rights reserved. Information is subject to change without notice. Aptina, A-Pix, A-PixHS, MobileHDR, the Aptina logo, and Imaging Everywhere are trademarks of Aptina Imaging Corporation. All other trademarks are the property of their respective owners.