Galaxy S25 Slim Camera to Feature ALoP Lens Technology and a 200MP Sensor

Galaxy S25 Slim

Samsung is reported to include the Galaxy S25 Slim in its Galaxy S25 portfolio.

As the name indicates, the smartphone is anticipated to have a thinner profile than other smartphones in the series. One way the manufacturer plans to achieve this is by opting for a unique camera configuration.

Camera Details of Galaxy S25 Slim

An earlier report hinted that the Galaxy S25 Slim will borrow its camera setup from the Galaxy S25 Ultra of the same series. A new leak by tipster Sanju Choudhary on the popular X platform reveals the side profile of the S25 Slim along with the camera specifications.

Also Read: Samsung Galaxy S25 Slim US Variant (SM-S937U) Listed on IMEI Database

The leak states that the handset will have three cameras on its back panel. These include a main camera with an ISOCELL HP5 1/1.56-inch sensor and a 200 MP resolution; an ultra-wide camera with an ISOCELL JN5 1/2.76-inch sensor and a 50 MP resolution; and a third camera with the same specifications as the ultra-wide camera and support for 3.5x zoom.

The manufacturer may incorporate its ALoP technology in the camera department to contribute towards the slim form factor.

Advanced Lens on Plastic (ALoP) Technology

The ALoP technology will help in opting for a camera assembly with reduced thickness without having any negative effect on the optical performance. Samsung is also likely to incorporate AI-powered enhancements that offer better detail clarity especially when it comes to zoomed shots. As a result, it is anticipated that there will be a significant enhancement when compared to the cameras in the Galaxy S24 and S24 Plus.

Also Read: Samsung Galaxy S25 Ultra will be the Slimmer and Lighter Than iPhone 16 Pro Max and Pixel 9 Pro XL

Samsung has kept the launch date or timeframe of the Galaxy S25 Slim under wraps. However, it is anticipated that the base, Plus, and Ultra variants will arrive in January 2025 whilst the Slim variant will be released at a later stage.

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