The technology market’s attention turns to Samsung’s future, with recent leaks indicating significant transformations in the next Galaxy S27 line. Information released by a Dutch portal on July 23, 2026 points to a complete renovation of the camera system for all models expected for next year.

For the Galaxy S27 and S27+ models, innovations include a new 50-megapixel main camera. Interestingly, the expectation is that this camera will not use Samsung’s own traditional ISOCELL sensor, a notable change that has not occurred for a long time and could signal a new partnership for the company. The other sensors must maintain settings of 12 megapixels for the ultrawide lens and 10 megapixels for the telephoto lens, with 3x optical zoom capacity.

The same report also suggests the launch of a Galaxy S27 Pro, positioned as a more compact version of the Galaxy S27 Ultra. Both Pro and Ultra series devices, according to the leaks, should incorporate new 16 megapixel front cameras. These would have a square-shaped sensor, similar to what is expected on the iPhone 17, and the ability to automatically rotate to optimize the framing without the user having to move the cell phone. This feature, if confirmed, will bring a substantial practical improvement to the everyday filming and photography experience.

Learn more: Leaked code previews translucent look of the future Galaxy S27 system

On the same topic: Details of the Galaxy S27 Ultra leak and indicate advances in cameras and redesign

Still on the cameras of the Galaxy S27 Pro and S27 Ultra models, the expectation is for a 200 megapixel main camera, improved with a new and more powerful sensor. In addition, a new 50 megapixel ultrawide lens would complement the set, further increasing image quality and photographic versatility.

Regarding performance, the Galaxy S27 and S27+ models must be equipped with the Exynos 2700 platform, Samsung’s own processor. The more premium versions, the Galaxy S27 Pro and Galaxy S27 Ultra, must feature the powerful Snapdragon 8 Elite Gen 6, indicating superior performance for these devices.