The end of the ‘software camera’ may be near, but Apple is not the brand doing the right thing

Apple and Vivo are returning to real physics for their cameras, but only one of them is doing it in a meaningful way.

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A plain Vivo X300 Ultra and another with full photographic kit and zoom lens on.
Vivo has a new way to approach mobile photography with the X300 Ultra. | Image by Vivo
Smartphone cameras are technological wonders that literally defy physics. Despite the tiny image sensors and lenses, our phones manage to grab photos that look great in all sorts of conditions.

The reason for that success is the so-called computational photography, or the set of digital imaging techniques that enhance and extend the capabilities of digital cameras. In the case of smartphones, it’s the image stacking, algorithms, and processing manufacturers love to brag about.

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Thanks to those tricks, we have probably already seen the peak performance of the tiny camera sensors and lenses. It appears that it’s now the time to see smartphone cameras using different ideas to improve the photos we take.

Just like every other trend, different brands tackle this one in their own ways. Apple’s rumored approach is to add a mechanical variable aperture to the iPhone 18 Pro, while Vivo has a whole external camera kit for the X300 Ultra.

Those are two very different takes united by the idea that mobile photography needs to finally play along with physics to get better. I think only one of those can lead to an actual improvement.

Apple is doing too little and too late



I’ve already gone into detail about Apple’s variable aperture idea, but the short version is that the iPhone 18 Pro camera lens will get tiny mechanical elements that would allow you to control how much light passes through to the sensor. Changing that setting affects the exposure and the depth of field of the images you take.

Certainly, that new setting will add some level of control over the camera for anyone who uses it. Unfortunately, it will likely be useful mostly for some very specific cases when shooting video because Apple doesn’t seem to plan other upgrades.

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This year’s phone is likely to use the same sensors as the iPhone 17 Pro, and we’re unlikely to see major changes to the lenses beyond the variable aperture. In practical terms, any image quality improvements will probably be based mostly on software.



Going back a few years could help you see how inconsequential that change is most likely going to be. Samsung already had a variable aperture camera on the Galaxy S9, and Huawei’s flagships have been using it for the last few years. None of these phones has transformed mobile photography.

Vivo is running circles around Apple



Meanwhile, the Vivo X300 Ultra doesn’t feature variable aperture on any of its cameras, but it’s pushing the limits of mobile photography through pure physics. The company’s latest ultra flagship is a camera powerhouse that combines physically large high-resolution sensors with unique optics. 

Here are the specifics of the phone’s three cameras:

  • Main: 35mm, f/1.85 aperture lens, 200 MP, 1/1.12” Sony LYT-901 sensor
  • Telephoto: 85mm, f/2.7 aperture lens, 200 MP, 1/1.4” Samsung HP0 sensor
  • Ultra-wide: 14mm, f/2.0 aperture lens, 50 MP, 1/1.28” Sony LYT-818 sensor

The highlight here is the 35mm lens on the main camera, which is in front of a 200MP sensor, which is quite large for a smartphone. Utilizing a 35mm focal length leads to a narrower point of view compared to the 24mm lenses on most other phones, including iPhones.

Things get really interesting with the external Zeiss telephoto extenders that help the X300 Ultra zoom beyond the 85mm on its telephoto camera and reach up to 400mm or 200mm. Those lenses go in front of the second 200MP sensor and allow you to take photos that are practically impossible to take with other phones.

Instead of algorithmic tricks trying to salvage usable images from digital zoom, Vivo lets you enjoy physics. When you put high-quality lenses in front of high-quality sensors, you get high-quality images.

Of course, the X300 Ultra still uses computational photography and algorithms, but they have one less physics-based hurdle to deal with.

Apple’s problem


With two very different approaches to solving mobile photography’s physics problems, Apple and Vivo are probably going to achieve very different results. We can’t judge yet, but I’m ready to bet that Vivo’s attempt is the better one, and I can only hope that Apple finally starts taking notes.

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