Key Takeaways
1. The Xiaomi 16 series is set to have a larger display compared to previous models.
2. The standard Xiaomi 16 may feature a 6.5-inch display, continuing the trend of increasing screen sizes.
3. Other Xiaomi devices, like the Redmi Turbo 4 Pro and Redmi K80 Ultra, are also expected to have larger displays.
4. The new design aims to make the Xiaomi 16 thinner and lighter by using “horizontally expanded” components.
5. The Xiaomi 16 may replace the traditional 3x zoom lens with an ultra-thin periscope lens.
The Xiaomi 16 series might still be over six months away from hitting the market, but work on the phones is already in full swing. Initial reports have shed some light on the Xiaomi 16 and 16 Pro, and the latest rumors hint that the standard Xiaomi 16 is going to be bigger than the models that came before it.
Bigger Display Ahead
Leaker Smart Pikachu has mentioned that Xiaomi plans to increase the size of the Xiaomi 16 this year. The Xiaomi 12, which came out in 2021, marked a shift to a notably smaller design, featuring a 6.28-inch display that made it a compact choice. The following models—the Xiaomi 13, 14, and 15—had slightly larger 6.36-inch screens, but it looks like the Xiaomi 16 will see yet another bump in size.
Following the Trend
This news isn’t particularly surprising, as it’s widely reported that Xiaomi intends to enlarge its devices this year. For instance, both the Redmi Turbo 4 Pro and Redmi K80 Ultra are rumoured to move away from the 6.67-inch display size of their predecessors, opting instead for new 6.83-inch screens. It seems the Xiaomi 16 will be part of this ongoing trend.
Specs and Features
While the exact size of the Xiaomi 16 remains uncertain, there are whispers suggesting it could feature a 6.5-inch display. Reportedly, this change will lead to a smartphone that’s thinner and lighter, with Xiaomi taking advantage of the larger surface area by utilizing “horizontally expanded” components. Moreover, it’s anticipated that the Xiaomi 16 will replace the traditional 3x zoom lens found in earlier models with an ultra-thin periscope lens.
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