Sony IMX499 vs IMX519 vs IMX586 Sensor Specifications Comparison

    Exmor by Sony is one of the most solid options when it comes to camera sensor modules for smartphones. Before we can find the differences and similarities between the different Sony sensors, let us check out what do Exmor sensors from Sony mean. After we go through an overview of the sensor technology, let us compare the three formidable sensor options viz IMX499 vs IMX519 vs IMX586 in more detail.

    What is the Sony Exmor technology?

    Exmor is the new, ever-evolving high-end technology developed by Sony for the phone camera systems. When it comes to Exmor technology, Sony has so far produced six different generations of the camera sensors.

    The first generation of Exmor sensors brought in a new age of life among the CMOS sensors. The sensors before the advent of Exmor technology carried a lot of noise, especially in the dark. The way CMOS sensors used to transmit the analog data before being converted into digital data brought in a lot of noise.

    The Sony Exmor 5th and 6th generation sensors are referred to as Exmor R and Exmor RS, respectively. Sony has developed four sensor types – Exmor Sensors, Exmor R sensors, Exmor RS sensors, and Exmor Imaging modules.

    How does it work?

    Exmor is specifically a technology developed on some of its existing CMOS sensors. It helps you perform the analog to digital signal conversion along with the two-step noise reduction technology.

    These noise reduction technology will run parallel to one another in each of the CMOS sensors.

    The technology lets you make use of the less expensive CMOS sensors in their projects. This assists a design engineer in developing new vision systems more effectively.

    How do the new Exmor RS sensors offer better performance? The system comes with a back-illuminated and stacked structure. This will help you provide an advanced camera performance.

    The unique stacked structure will help improve camera performance. The design was originally developed in August 2012.

    Source: Sony

    Sony IMX499 vs IMX519 vs IMX586 – A Complete Comparison between the Sensors

    Having understood the technology history behind the Sony Exmor sensors and how effective they would be, here is a comparison between the different sensor types.

    Let us check out the differences between different sensors –

    Features / ParticularsSony IMX 499

    Vivo Z1 Pro

    Sony IMX 519

    Realme 3 Pro

    Sony IMX 586

    Redmi Note 7 Pro

    Effective resolution in MP16 MP16 MP48 MP
    Effective resolutions in pixels4608 x 3456 pixels8000 x 6000 pixels
    Sensor Size6.4 mm ( 1 /2.8”)6.828 mm


    8.0 mm diagonal (1/2-type)
    Unit Cell size1.12 microns1.22 microns1.6 microns
    Subpixel LayoutRGBRGBRGB
    Phase Detection AutofocusYesYesYes


    Here is the list of smartphones with the individual sensors if you are interested.

    • Sony IMX 499 sensor – NOA N10, Wiko View2 Pro, Blackview BV6800Pro, Zopo Flash X3, Koobee F2, Koobee F2 Plus and Vivo Z1 Pro.
    • Sony IMX 519 sensor – Oppo R15, Oppo R17, OnePlus 6, OnePlus 6T, Motorola Moto G7 Plus, and Realme 3 Pro.
    • Sony IMX 586 sensor – Umidigi S3 Pro, Honor View 20, Honor 20, Honor 20 Pro, Huawei Nova 4, Meizu 16s, Xiaomi Mi 9, OnePlus 7, OnePlus 7 Pro, Redmi Note 7 Pro, Redmi K20, Redmi K20 Pro, Realme X, Asus ZenFone 6, Xiaomi CC9, Nubia Red Magic 3, Moto Z4, Vivo V15 Pro and Oppo Reno.

    It should be interesting to note that compared to the other two options, the IMX 586 is found to be available on a wide range of smartphones as of now. The 48 MP functionality offered by the sensor should make it an excellent choice for your needs in high-end photography.

    A Little more about the pathbreaking Sony IMX 586 sensor

    The new sensor launched by Sony, the Sony IMX586 was considered to be the world’s highest resolution image sensor for mobile phones when it was launched in 2018. It takes the image sensing to the next level with an effective resolution of 8000 x 6000 pixels.

    The pixel size also assumes a lot of importance when it comes to the performance of a smartphone camera. If the pixel size is too small, you will end up with a poor low light photography performance. Sony is attempting to solve this issue with the Quad Bayer color filter array technology.

    Source: Sony

    This means, even when the sensor comes with the smallest pixel size of 0.8 microns, it combines each of the pixels with the three adjacent pixels producing a 1.6 microns size. This is the technology that Sony claims to enhance the low light photography and the overall image quality.

    When the sensor was launched back in 2018, there were critical doubts about the technology taking off. However, with several smartphone manufacturers opting for the new sensor. Sony seems to have proved what it had claimed last year while announcing the IMX 586 Exmor RS sensor.

    The Sony Exmor IMX 586 features the following specifications –

    FeaturesSony IMX586
    Effective Pixels6000 x 8000
    Unit cell size0.8μm(H)×0.8μm(V)
    Full frame rate30 fps
    Video recording4K at 90 fps

    1080p at 240 fps

    720p at 480 fps

    Functionsimage plane phase-difference AF, HDR imaging
    Color filter arrayQuad Bayer array

    The Concluding Thoughts – IMX499 vs IMX519 vs IMX586

    That was complete information on the sensors from Sony viz IMX 499, IMX 519, and IMX 586. They differ from one another in terms of functionality and features, despite belonging to the same genre. The IMX 586 has been considered to be the best among the three competing sensors from Sony.

    We hope that you understood the essential factors features and specifications offered by each of these sensors. It should be noticed that the sensor alone cannot determine the quality of the camera on your smartphone. The camera app and software will also play an important role here. The similar sensor used on different devices should offer you different results in most of the cases.

    If you have used the smartphones with the sensors featured here, do share your thoughts and experiences with us.

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