TECHNOLOGY

Xiaomi 14 Extremely tipped to bring more aesthetically stunning photos thanks to collaboration with imaging “master”

The Xiaomi 14 Ultra looks set to maintain the design language of the 13 Ultra. (Source: Xiaomi)
The Xiaomi 14 Extremely seems situation to preserve the invent language of the 13 Extremely. (Supply: Xiaomi)

Based completely mostly on a original leak, Xiaomi has employed the services and products of a enterprise-main digicam expert to abet with tuning the Xiaomi 14 Extremely digicam aesthetics and coloration science. On the flip aspect, even though, it looks earlier stories of an ultrasonic fingerprint reader were wrong.

The Xiaomi 14 sequence will starting up globally on February 25. While the legit announcement made no expose of the Xiaomi 14 Extremely, it seems doubtless that the flagship will debut on that date alongside the vanilla Xiaomi 14. Sadly, even though, word on the grapevine claims the Xiaomi 14 Reliable is no longer going to starting up globally this year.

The Xiaomi 14 Extremely is all however certain to starting up with top fee digicam hardware one day of the board, and stories from China expose Xiaomi will doubtless be paying a an identical heart of attention to the instrument aspect. Reportedly, to boot to its collaboration with Leica, Xiaomi has adopted the services and products of an imaging “Master” to abet with finetuning the aesthetics of the Xiaomi 14 Extremely’s cameras. Fans will doubtless be hoping that grants the Xiaomi 14 Extremely the flexibility to output photographs as aesthetically stunning as telephones from Apple and Google—normally conception to be leaders in that aspect.

Besides, it looks the Xiaomi 14 Extremely may perchance maybe intention with out a rumored feature. Earlier stories claimed it may perchance perchance probably maybe also be the first Xiaomi instrument to ditch the optical-form fingerprint reader in favor of an ultrasonic model, however seems rumors obtain now been called into doubt, with the flagship cell telephone apparently situation to proceed with the optical-form sensor seen on old devices within the sequence.

Ricci Rox, 2024-02- 7 (Substitute: 2024-02- 7)

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