Xiaomi 15 Pro tipped to feature 5,400mAh battery, 100W fast charging support

Highlights
  • Xiaomi 15 Pro is tipped to get a 5,400mAh battery.
  • This is an upgrade from the 4,800mAh capacity on the Xiaomi 14 Pro.
  • The phone is expected to get 100W wired and wireless charging support.

Xiaomi 15 series is expected to debut later this year and might include two models like last year. The lineup could be the first to get the Qualcomm Snapdragon 8 Gen 4 SoC. The latest we hear is that the Pro model will be getting a considerable battery upgrade and fast charging speed boost. 

Xiaomi 15 Pro

  • The Xiaomi 15 Pro will get a 5,400mAh battery, which is a sizeable jump from the 4,800mAh capacity of the Xiaomi 14 Pro, according to the latest post on Weibo from tipster DigitalChatStation.
  • The tipster said that Xiaomi opted for a 5,400mAh battery to keep the phone slimmer and lighter. However, we need to see how slim the phone will be in reality when it launches.
  • In terms of charging, the Xiaomi 15 Pro is said to come with 100W wired charging support and 100W wireless charging.
  • This is also a good jump from the 50W wireless charging on the Xiaomi 14 Pro. However, the 120W charging of the Xiaomi 14 Pro is slightly downgraded but it won’t make much of a difference. 
  • The tipster did note that Xiaomi is testing a 120W wired + 100W wireless charging prototype but the Xiaomi 15 Pro would most likely come with a 100W + 100W combination owing to thermal concerns.

Xiaomi 15 Pro: what do we know so far?

Xiaomi 15 Pro will most likely get the Qualcomm Snapdragon 8 Gen 4 chipset. The new chipset will be manufactured by TSMC and will be based on the 2nd gen 3nm process node (N3E). The phone might come with a 2K micro-curved display. However, the screen size is under the wraps at the moment.

The Xiaomi 15 Pro is said to house a 50MP OV50K primary camera, a 50MP ultra-wide-angle lens, and a 50MP IMX882 telephoto unit with 3x optical zoom. The phone is expected to pack an in-display ultra-sonic fingerprint sensor for security compared to a standard optical sensor.

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