The new camera features, on the other hand, are neither of those things. They're something worse. Something scarier. On this episode of The Vergecast, Nilay and David discuss the new phones, then dive into the ways in which the S26's AI camera features seem to be clearly designed to change the whole idea of what happens when you try to take a picture.
Platform lock-in is a thing, and Apple has it better than most. Apple provides an entire ecosystem of devices and cross-device functionality that most other OEMs can't match. It's not that Samsung doesn't have an ecosystem of its own, but Apple's devices are designed from the ground up to work together. They're on a level of detail that other ecosystems -- including Samsung's -- can't really compete with.
Samsung's Galaxy S20 Ultra wasn't the first phone to feature a periscopic telephoto lens - both Huawei and Oppo beat the Korean company to it - but it was the first in the US to make such a big deal about it. Almost all of Samsung's marketing for the S20 Ultra centered on its so-called Space Zoom, its 5x optical folded periscope lens, capable of digitally zooming much further.
In recent years, smartphone photography has become increasingly dominated by software. Computational imaging, AI processing, and post-capture optimisation now play a central role in how images are produced. Yet as these techniques become more widespread, camera hardware is once again emerging as a key differentiator. The REDMI Note 15 Pro 5G Series reflects this shift clearly, placing renewed emphasis on sensor capability and optical fundamentals rather than relying solely on software to define image quality.
Xiaomi's Photography Kit Pro for the Xiaomi 17 Ultra represents this evolution by adding manual control features and filter compatibility. The kit includes a magnetic case with detachable filter threads, a photography grip with USB-C connectivity supporting 90W HyperCharge, and customizable controls including a two-stage shutter, zoom lever, video button, and adjustable dial.
