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    Imagiq-for-smartphones

    MediaTek Imagiq for Smartphones

    MediaTek Imagiq transforms your experience behind the camera

    Multi-Camera-smartphones

    Imagiq for Multi-camera Smartphones

    MediaTek Imagiq supports a wide variety of sensor types and lenses, enabling brands an unlimited scope to build innovative multi-camera smartphones.

    Imagiq-for-recording

    Imagiq for Recording and Streaming Video

    MediaTek Imagiq supports a wide variety of sensor types and lenses, enabling brands an unlimited scope to build innovative multi-camera smartphones.

    MediaTek Imagiq

    Our chips enable brands to design smartphones with many cameras, unleashing your creativity in any situation. Whether you’re capturing selfie with Bokeh, snapping something far, super-close or a family group shot together, our advanced image processing automates excellence. Partners can customize their cameras, photography and video processing using MediaTek Imagiq to offer differentiated features and services.

    How to Mobile Photo

    How to Mobile Photo

    Here are some tips to help you shoot like the pros and capture those magical moments along your journey.

    A Wide Variety
    of Sensor & Lens
    Choices

    MediaTek Imagiq supports a wide variety of sensor types and lenses, enabling brands an unlimited scope to build innovative multi-camera smartphones. 

    This includes sensors with extreme resolutions, sensors used exclusively for popular functions like bokeh capture, mono sensors for enhanced light sensitivity or specialist sensors for unique applications. Accompanying lenses can accommodate a multitude of capture styles including zoom, wide, macro, or just everyday photography.

    Zero Latency, Hardware Depth Engine

    Shallow Depth of Field (DoF), or ‘bokeh’, is a popular technique that draws focus onto a single object within a frame, while softening the surrounding area.

    Using the assistive, high performance hardware depth engine when capturing, users view live-previews of the bokeh effect, in real-time and with incredibly high quality before capturing the moment. By using dedicated hardware this typically compute-intensive task is now extremely power efficient and acts without latency.