Smartphone cameras are nonetheless getting greater and higher by the yr, notably for those who have a look at high-end telephones popping out of China with enormous sensors and protruding bumps to match. These telephones can ship superior outcomes, and I’m pleased to make use of them in a number of conditions the place I’d beforehand have needed to depend on a devoted digital camera. Simply this week I used the Xiaomi 15 Extremely to shoot a Formulation One occasion in Tokyo.
However for all of the advances which were made, the legal guidelines of physics stay undefeated, and also you’re nonetheless going to get higher outcomes from a digital camera setup that’s capable of make use of bigger lenses and sensors. Telephones do want to have the ability to match into our pockets, in any case, so there’s a restrict to what might be achieved in that regard.
At Cellular World Congress this yr, some idea bulletins confirmed that firms are eager about this actuality, arising with concepts to maneuver cell pictures past the constraints of the telephone. The query is whether or not peripheral digital camera merchandise can ever actually be greater than a distinct segment curiosity.
{“blockType”:”creator-network-promo”,”knowledge”:{“mediaUrl”:”https://photographs.fastcompany.com/picture/add/f_webp,q_auto,c_fit/wp-cms-2/2025/03/multicore_logo.jpg”,”headline”:”Multicore”,”description”:”Multicore is about expertise {hardware} and design. It is written from Tokyo by Sam Byford. To study extra go to multicore.blog”,”substackDomain”:”https://www.multicore.blog”,”colorTheme”:”salmon”,”redirectUrl”:””}}Xiaomi’s concept is called the Modular Optical System, and it involves self-contained camera modules that magnetically and wirelessly attach to your phone. While the company doesn’t have concrete plans to sell them commercially, working models do exist — I used one.
The demonstration unit had a Micro Four Thirds-size sensor with a 17.5mm f/1.4 lens, which comes out to 35mm-equivalent when accounting for the sensor’s crop factor. It could attach to a Xiaomi 15 phone that had been outfitted with magnets and a window for laser data transfer but otherwise looked normal.
The connection felt very secure, and there wasn’t any need to fiddle with Bluetooth pairing or any special software — once connected, the feed from the camera simply appears in the regular camera app. You can focus the lens by turning its ring or tapping the phone’s screen.
Because the camera mounts to the middle of the phone, the resulting combination feels well-balanced and similar to a regular mirrorless camera. It did make me wish the phone had a dedicated shutter button on the edge, though; using the touchscreen with your hands in that position takes some getting used to.
The results, at least as far as I could tell on the phone screen, were excellent. Micro Four Thirds is one of the smaller mirrorless formats, but it’s still a huge leap over even the 1-inch sensors found in the highest end phone cameras, and pairing one with a fast 35mm-equivalent lens makes for a really useful combination. I was taking pictures of friends in a dark restaurant that clearly could not have been captured on a phone.
Realme, a sister brand to Oppo, took another approach. Its “Ultra” concept phone has a couple of traditional smartphone cameras as well as a third 1-inch sensor that’s exposed behind the glass; you can attach a Leica M-mount adapter and a lens of your choice to use with that sensor.
This feels somewhat less useful in practice. There’s no electrical connection between the lens and the phone, so adjusting the aperture ring isn’t going to be reflected in software; the experience is more like adapting a manual lens to a digital camera.
M-mount lenses are all manual focus, however, so there isn’t a need for anything like the touchscreen AF solution like Xiaomi came up with. But the sensor’s 2.7x crop factor means that actual Leica M lenses will have a zoomed-in field of view — even a wide-angle 28mm becomes a 75mm-equivalent portrait lens.
These aren’t necessarily new ideas. Realme’s is very similar to a Leica M-mount concept Xiaomi put out a few years ago, while Xiaomi’s own idea of wireless camera modules has been tried before.
And Sony made a go of it in 2013 with the quirky QX line, a range of all-in-one cameras that connected over Wi-Fi and clipped onto the back of your phone; one model even featured an APS-C sensor and could work with any E-mount mirrorless lens. Olympus tried something similar in 2014 with the Air A01, a wireless Micro Four Thirds sensor and mount.
There have been two big problems with these kinds of products in the past.
The first was that they were a hassle to use, forcing you to deal with attachment mechanisms, wireless pairing, and slow connectivity. The appeal of mobile photography is its convenience, and these detracted from that.
The second, arguably bigger hurdle is simply that they were separate devices that you had to carry alongside your phone. That’s a big ask for most people. Sony’s QX100 had the same sensor and lens as its excellent RX100 compact camera, but it cost almost as much — why not just carry the actual camera instead?
Sony discontinued the QX line pretty quickly, suggesting it didn’t take off with consumers. Things could be different today — Xiaomi’s magnetic mount solution is certainly more convenient — but it’s still hard to see the idea becoming mainstream.
Personally, I would be interested in buying something like the Xiaomi concept I used. I’d still have several questions, like how much it’d cost and how long the magnetic mount would be supported on future handsets, but even in prototype form the idea worked well enough that I could see the extra lens being worth tossing into a tote bag.
But for most people, my sense is that it will still be worth paying more attention to built-in phone camera quality for the foreseeable future. That’s the camera you’ll actually find yourself using.
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