Check-out images clicked with the latest Lava Z25 that uses Sony’s Exmor RS sensor

Check-out images clicked with the latest Lava Z25 that uses Sony’s Exmor RS sensor
HIGHLIGHTS

Take a closer look at what the 13MP camera on the Lava Z25 smartphone is capable of.

With the Z25, Lava launched its most expensive smartphone in its current lineup. To live up to customer expectations, Lava as set itself pretty straight forward target, offer the best camera experience ever on a Lava product. To succeed on its endeavor, Lava equipped the Z25 with a Sony Exmor RS sensor. For those who don’t know, Sony’s sensors are behind some of the best camera phones that are currently available in the market. Let’s take a closer look at what the sensor offers on the new smartphone.

The exact version of the Exmor RS sensor used in the Lava Z25 is the IMX258. This version of the sensor is capable of supporting up to 13MP cameras with a resolution of 4224 x 3136 pixels. The sensor is 1/3.06-inches in size and features a pixel size of 1.12 micrometers.

It also offers support for Phase Detection Auto Focus, which brings faster focusing speeds.

By using the sensor in conjunction with the 13MP primary camera, Lava aims to offer users the best image quality on a Lava smartphone.

Check out some picture taken by the the company’s newest smartphone.

Natural greens: The Lava Z25 manages to capture balanced colors with no sign of oversaturation, the images come out looking natural.

Close-up shots (below) appear balanced as well

Outdoor shots: The Z25 manages accurate white balance in the outdoor shots

Indoor shots: Under varied light conditions in indoor environments, the images come out well-balanced again with no particular evidence of overcompensation. The entire image is lit consistently.

More about Sony’s Exmor sensors that power the Lava Z25:

Exmor is the name given to a technology that Sony has implemented on some of its CMOS image sensors. After unveiling an improved version of the technology with the Exmor R, the Exmor RS sensor was unveiled a few years back and is a stacked CMOS image sensor. 

This means that the pixel section, which contains formations of the back-illuminated pixels on top of the chip that has the circuits used for signal processing. Besides offering better image quality and superior functionality, this setup also helps make the sensor smaller. By using this sensor, the company aims to offers the best camera experience ever on a Lava-branded smartphone.

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