Sony Announces 50 MP LYTIA L910 as Its First Stacked LOFIC Smartphone Sensor

With a 1/1.28-inch sensor size and 1.22μm Pixel size, the sensor uses LOFIC tech to boost dynamic ranfe.

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Sony LYTIA sensor with LYTIA branding

Image Credit: Sony

Summary

  • Sony LYTIA L910 sensor has been announced with 50 MP resolution and LOFIC technology.
  • The sensor boasts a 1/1.28-inch size and a 1.22μm pixel size, and could first launch with the Vivo X500 series.
  • Sony LYT L910 uses internal algorithms and LOFIC technology to potentially improve the dynamic range across photos and videos.
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Among the smartphone camera sensor resolutions that are extremely popular is Sony's 50 MP LYTIA series, which is known to produce great images. Well, Sony might be kicking it up a notch as it has announced the Sony LYTIA L910 sensor, which is its first stacked LOFIC sensor with a focus on dynamic range.

Sony LYTIA L910 Specifications and Features

Sony took to its official newsroom to announce the LYTIA L910 sensor and its key specifications. The L910 is a 50 MP LOFIC sensor designed for smartphones. The sensor will enter mass production in a few months in 2026 and is expected to be used across flagship smartphones, like the recently leaked Vivo X500 Pro.

Sony LYTIA L910 sensor image
Image Credit: Sony
Sony LYTIA L910 sensor image
Image Credit: Sony

Coming to the specifications, the Sony LYT L910 boasts a size of 1/1.28 inches and is a stacked sensor that focuses on delivering high dynamic range alongside significantly less power consumption. This is all made possible with the Lateral Overflow Integration Capacitor (LOFIC) structure.

For those unaware, LOFIC is an image sensor technology that prevents bright areas from washing out. It does so by capturing the overflowing electrical charge from the sensors in a storage well, boosting the camera's dynamic range in both photos and videos. This significantly eliminates the tendency of images to appear blown out.

Sony LYT L910 image sensor comparison with conventional sensor
Image Credit: Sony
Sony LYT L910 image sensor comparison with conventional sensor
Image Credit: Sony

Sony is pairing the technology with its Triple Conversion Gain-HDR technology for the sensor to read out data from a single exposure to three distinct conversion gains. This results in a 100 dB dynamic range in a single exposure, further mitigating blowouts in brighter areas of images and videos while preserving the shadows.

Besides, due to the sensor relying on a single exposure, Sony claims that it vastly reduces motion blur and flickering, especially when shooting moving objects. The brand is also using Ultra High Conversion Gain tech to improve low-light performance, reducing the noise and artefacts by 30%.

In terms of core hardware, the Sony LYTIA L910 features a 1.22μm unit cell size which utilises Quad Bayer coding for its colour filter layout. The sensor also supports full-pixel autofocus frame rates up to 30 fps at its full 50 MP resolution and up to 120 fps in its binned 12.5 MP resolution.

While Sony has yet to name the manufacturers who could potentially use this sensor in the future, the upcoming Vivo X500 series, Oppo Find X10 lineup and other camera-focused flagships could flaunt it, so stay tuned.

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Abubakar is a seasoned Tech Journalist who covers everything Android and consumer electronics. He's a die-hard self-repair enthusiast who loves to dive into the specifics of consumer tech. In his free time, you will find him writing lyrical poetry. He has previously worked with Android Police and How-to Geek.

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