ON Semiconductor expands Optical Image Stabilization portfolio

Barcelona, Spain --- ON Semiconductor introduces its next generation Optical Image Stabilisation (OIS) / Auto Focus (AF) driver, the LC898123AXD, to its portfolio, offering a premier digital still camera and video experience for smart phones, tablets, notebooks, and wearables, by using advanced auto-focus and optical image stabilization technologies to overcome the performance limitations of traditional camera modules.

The LC898123AXD OIS / AF driver integrates a DSP core with multiple analog peripherals for image stabilisation, auto-focus control, and H-bridge and constant-current drivers. The addition of on-chip Flash memory provides storage for the DSP program and calibration parameters, thus saving 90% of the overhead time needed to load from conventional memory on startup. This highly integrated solution enables faster implementation of OIS and AF functionality into camera modules while remaining compatible with a wide array of image sensors. Furthermore, the high level of functional integration supports the need for very thin camera modules.

The LC898123 has best-in-class current consumption, enabling improved battery lifetime. The DSP performance and flexibility allows support for various VCM actuators. The high-performance 32-bit DSP optimized for OIS/AF signal processing covers many functions, such as servo control, gyro data filtering, and host command interface. In addition, the LC898123 offers “High Level Command” function to standardize commands from the main CPU to the camera module, enabling phone developers to use standardized commands for multiple camera modules/actuators without changing CPU software.

Reference designs dedicated to Camera Module Integrators are available, accelerating the OIS/AF evaluation as well as reduce the development workload.

Packaging and Pricing

The LC898123AXD is offered in a Pb-free WLCSP-35 package and is priced at $ 2.18 per unit in 4,000 unit quantities. For more information, visit http://www.onsemi.com