Skip to main content

Rumors say Sony is making an Xperia phone with a six-lens rear camera

Sony Xperia 1 review
Julian Chokkattu/Digital Trends

How many camera lenses should your phone have? If you’re Google the answer is one (for now), for Apple it’s two, while Samsung seems to have settled on three for the moment. Nokia, in a stroke of mad genius, made the Nokia 9 PureView, which has five lenses. But surely any more than five lenses would be pure fantasy? Not according to the rumor mill, which is saying Sony is making an Xperia smartphone with an incredible six-lens rear camera suite.

There’s little to report about the design or proposed specs of Sony’s new Xperia device, but what little we do know, perhaps unsurprisingly, centers around the camera system. The only news we have about this phone comes from the leaker Max J. (@Samsung_News_). While probably not the final camera specs, the tweet shows a device with an extremely strong and versatile camera system, both on the front and the back of the phone.

It’s important to note that the design itself is not based on any leaks or rumors — this design is based purely on the leaker’s own imagination. However, if this is what Sony is aiming for then it’s looking rather impressive. There’s a (presumably) main 48-megapixel lens with a variable aperture of f/1.2 and f/2.4, a 20-megapixel lens with an aperture of f/2.4, a 16-megapixel lens with an aperture of f/2.4, an 8-megapixel lens with an aperture of f/2.4, and a 12-megapixel with another variable aperture of f/1.2 and f/2.4. Finally, there’s also a 0.5-megapixel time-of-flight sensor used to gauge distances, allowing for more accurate use of bokeh blur in portrait mode shots.

There are still some questions to be answered where these camera specs are concerned. There’s no mention of what sort of lenses this phone might have, for instance. Expect at least one of those lenses to have an ultra-wide camera angle, a telephoto zoom, or even a monochromatic lens. We’re also not sure what the purpose of having two lenses with variable apertures would be — though that f/1.2 aperture would certainly be special. There could also be issues with taking pictures with all the lenses at once — the five lens Nokia 9 PureView uses a specially built processor to handle all the data five lenses provides.

But it’s not even all the lenses you can expect. The front-facing system is a little underwhelming, with a 10-megapixel selfie camera, but it’s backed up by another time-of-flight sensor, this time measuring 0.3 megapixels. Again, expect that to provide strong portrait mode blur.

With barely any information, expect it to be quite a while until this phone is revealed — if it even ends up existing. If it does eventually go into production, expect it to be expensive — there’s a lot of camera hardware in there, while the specs needed to handle all the image data are also likely to be quite expensive. Also, if this phone does exist, don’t rule out a limited, special edition run.

Editors' Recommendations

Mark Jansen
Mark Jansen is an avid follower of everything that beeps, bloops, or makes pretty lights. He has a degree in Ancient &…
150-degree wide-angle lens tops OnePlus 10 Pro’s camera specs
OnePlus 10 Pro in black

OnePlus has talked more about the camera on the forthcoming OnePlus 10 Pro, in the latest news release about the phone to come from CES 2022. The OnePlus 10 Pro has been officially announced, we know what it looks like, and we know the basic specification, but now we’re getting some finer details about the camera on the back of the phone along with some sample images too.

Previous

Read more
Rumors suggest the iPhone 15 Pro will get a periscope lens in 2023
Totallee MagSafe iPhone case from the back.

The iPhone 13 series is just a few months old, but rumors surrounding the next iPhone lineup are in full swing. Unsurprisingly, we are also hearing what Apple might not include on the iPhone 14, which means it'll come to the next generation, presumably the anticipated iPhone 15. One such feature is a periscope lens.
Why does a periscope lens matter anyway?
According to a report from MacRumors, analyst Jeff Pu claims that Apple will include a periscope lens on the Pro model of the 2023 iPhones. For those unaware, a periscope lens helps increase the optical zoom capacity, helping you snap better-quality zoom shots. A periscope lens has an mirror angled toward the camera's image sensor that reflects the light entering the telephoto camera. This setup allows smartphone manufacturers to put in a longer telephoto setup inside their phones, which helps users zoom in further without any blurriness.

The periscope lens rumor isn't coming out of the blue. Past leaks, some ranging as far back as 2020, have claimed the possibility of the iPhone 15 Pro getting better optical zoom capabilities with a periscope camera. Analyst Ming-Chi Kuo had initially claimed that a periscope lens would be an iPhone 14 Pro feature, which seems unlikely now with the recent reports. It looks like Apple fans will have to wait another year to get their hands on an iPhone with a periscope lens.

Read more
Realme GT 2 Pro has the world’s first 150-degree wide-angle camera on a phone
Realme GT 2 Pro camera module.

Realme’s first true flagship smartphone, the Realme GT 2 Pro, has been announced at an event in China, where it was also confirmed the phone will be released in Europe in the near future. The phone has been teased several times already and many of the specs leaked, but this is the first time Realme has given us all the details, and there are a few surprises.

The 150-degree, 50-megapixel wide-angle camera is a world-first on a phone, and we can’t wait to try it out. The field of view is far wider than most wide-angle cameras fitted to phones, and Realme says it will produce images showing, “extreme panoramas.” It’s joined by a Micro-lens Camera, which will take close-up shots at 40x magnification. We’ve seen something like this before on the Oppo Find X3 Pro and had fun with the unusual feature, and while Realme is closely related to Oppo, it’s a surprise to see it here.

Read more