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Samsung Galaxy S25 Slim: Know the ALoP vs. Periscope Zoom Camera

Samsung's All Lenses on Prism (ALoP) technology, announced for the Samsung Galaxy S25 Slim, significantly advances smartphone camera design.

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Preeti Anand
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Samsung Galaxy S25 Slim
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Compared to conventional periscope zoom lenses, Samsung's All Lenses on Prism (ALoP) technology, announced for the Galaxy S25 Slim, significantly advances smartphone camera design. With many benefits over conventional periscope zoom lenses, the Galaxy S25 Slim's use of ALoP technology is an essential leap in smartphone camera design. Samsung has the potential to successfully compete in the premium smartphone market thanks to ALoP, which allows for a smaller profile while improving low-light performance and optical efficiency. This revolutionary technology can potentially establish new benchmarks for smartphone designs as consumers emphasise it more.

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Features of the Samsung Galaxy S25 Slim

  • Maintaining the device's thin profile requires a more compact camera design without compromising image quality, which is made possible using ALoP technology.
  • The S25 Slim seeks to offer better photography experiences than its predecessors and rivals, such as the iPhone 17 Air, by combining a high-resolution primary camera with sophisticated telephoto capabilities.

  • Customers who value usefulness (advanced camera functions) and aesthetics (thinness) are anticipated to be the target market for the Galaxy S25 Slim.

Features of ALoP Technology: Samsung Galaxy S25 Slim

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By positioning the lens array right atop the prism rather than between the prism and sensor, as with conventional periscope systems, ALoP (Array Lens on Prism) technology offers a revolutionary approach to smartphone camera design. This modification allows a larger, brighter lens to be used without making the module larger overall. The design creates a sleeker device profile by reducing the thickness of the camera by about 22%. By improving low-light performance, the brighter f/2.58 aperture fixes a frequent flaw in traditional periscope lenses. Additionally, its superior optical efficiency—achieved by a 10-degree slanted sensor assembly and a 40-degree tilted prism—improves light transmission and magnification capabilities without sacrificing image quality. Because of this, ALoP works particularly well for telephoto imagery and nighttime photography.

 

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Samsung Galaxy S25 Slim: Here is a Comparison of ALoP Technology with Traditional Periscope Zoom Lenses.

Feature

ALoP Technology

Traditional Periscope Zoom Lenses

Lens Positioning

Above the prism

Between the prism and sensor

Size of Camera Module

22% shorter

Bulkier due to lens placement

Aperture Size

f/2.58

Generally smaller, limiting low-light performance

Low-Light Performance

Enhanced due to brighter lens

Often struggles in low-light conditions

Optical Efficiency

Improved light transmission

Limited by design constraints

Camera Bump Size

Smaller due to compact design

Larger due to bulkier components

 

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ALoP's Benefits Over Conventional Designs

  • More visually appealing smartphones without sacrificing camera capability are made possible by the ALoP camera module's decreased thickness and size.

  • By enabling better image quality in low-light conditions, the bigger aperture makes it simpler to take detailed pictures without adding too much noise.

  • By improving optical efficiency, the novel design enables high-quality zoom without needing large, cumbersome electronics.

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