Sunday, December 10, 2023

A Xiaomi premium flagship with lens technology from Leica is being prepped for a showcase – do phone


After a delayed launch, the Xiaomi 13 collection lastly took off. The Xiaomi 13 Pro particularly impressed by way of the Mi company’s partnership with Leica, which brought a 1” sensor for truly next-gen camera performance, albeit restricted to the Chinese language market.

Nonetheless, the story of the 13 collection would possibly nonetheless be ongoing. A report from 91mobiles states that a model new flagship — probably the Xiaomi 13S Extremely — could make a debut on the Cell World Congress (MWC) in Barcelona.

From the report, we all know that the partnership between Xiaomi and Leica will return for this mysterious system. The 2 firms initially joined forces final yr for the Xiaomi 12S, and have labored collectively quite a few instances since then.

One other rumor factors to the 13S Ultra being equipped with a periscope camera too, probably with the hope to rival the periscope zoom on the upcoming Samsung Galaxy S23. In case you are unfamiliar with periscope cameras, permit producers to make the most of optical zoom of their smartphones, with out the necessity for additional transferring bits or extendable digital camera setups.

With the Xiaomi 13S Extremely rumored to be the very best-tier phone from the collection as of now, we are able to possible count on to see the Snapdragon 8 Gen 2 powering it. Sources additionally level to it being geared up with a QHD+ show panel.

The Xiaomi 13 Professional got here with a 120Hz and a excessive pixel density of 521 PPI, and provided that the 13S Extremely is wanting like a digital camera-centric smartphone, we are able to probably count on a strong efficiency out of its show too.

That being stated, we don’t actually know a lot else in regards to the upcoming flagship. If we’re certainly destined to see it unveiled this February at MWC, extra particulars in regards to the phone will certainly begin to floor because the time of the occasion attracts close to.

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