List For Mobile | Sony Imx Sensor

In standard CMOS designs, the photodiode (which collects light) and the control transistor circuitry share the same physical layer. Sony's newer layout separates these elements into two distinct stacked layers. This structural isolation dramatically increases the volume of light a photodiode can capture before oversaturating, reducing image blowout in bright sky conditions and significantly minimizing noise in night environments. Quad Bayer and Pixel Binning

Based on current trends, these devices heavily leverage Sony’s top sensors to deliver superior imaging, notes Beebom Gadgets :

By selecting a smartphone equipped with modern Sony IMX or LYTIA hardware, users ensure their device possesses a high-quality foundation for advanced mobile photography. sony imx sensor list for mobile

Note: IMX989 remains the largest consumer mobile sensor as of 2026, though newer stacked sensors (e.g., LYTIA LYT‑900) are evolving from the IMX lineage.

Some high-performance sensors like the IMX400 added a layer of high-speed DRAM (Dynamic Random Access Memory) to the stack. This allows the sensor to temporarily store image data at incredible speeds, enabling features like 960 frames-per-second (fps) slow-motion video capture. In standard CMOS designs, the photodiode (which collects

Found in flagship "killer" phones, this stacked sensor excels in low-light scenarios through advanced pixel structure.

Sony’s naming scheme can seem cryptic, but a few patterns help: Quad Bayer and Pixel Binning Based on current

Allows every single pixel on the sensor to assist with phase-detection autofocus, resulting in near-instantaneous focus locks even on moving objects.

Since 2023, Sony has introduced the brand for next-gen mobile sensors (e.g., LYT‑900, LYT‑800). However, many LYTIA sensors retain IMX lineage numbers internally. For example:

dominates the mobile imaging industry, supplying camera hardware to over 40% of the world's smartphones. From the ubiquitous Apple iPhone ecosystem to Android flagships by Xiaomi, Vivo, Oppo, and OnePlus, Sony Exmor, IMX, and the newer LYTIA series serve as the gold standard for mobile photography.

Before stacking, Sony pioneered back-illuminated technology with its Exmor R series. By moving the wiring behind the photodiodes, this design allows more light to hit the photosensitive area, dramatically improving low-light sensitivity. Sony announced this world-first mass-produced implementation in June 2008.