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Xiaomi 14 Features Impressive 3,000-Nit TCL C8 Display, 1.5K Resolution, And Variable Refresh Rate From 1-120 Hz

Xiaomi 14 Features Impressive 3,000-Nit TCL C8 Display, 1.5K Resolution, And Variable Refresh Rate From 1-120 Hz

Xiaomi is getting ready to deliver the Xiaomi 14, its more modest Snapdragon 8 Gen 3 leader. Not exclusively will the Xiaomi 14 promote a great camera framework, yet it will likewise house the TCL C8, another 1.5K presentation equipped for conveying 3,000 nits top splendor.

Xiaomi keeps on distributing a huge number of secrets about its impending leads on Chinese web-based entertainment in the approach the upcoming Xiaomi 14 series send off. While the organization took to the current year’s Snapdragon Highest point to grandstand the Xiaomi 14 of every four tones, it has utilized one of its Weibo records to frame different showcase determinations. As it turns out, it has previously prodded the cell phone’s super slim presentation bezels, which ought to outperform those of the iPhone 15 Expert.

As the pictures underneath show, Xiaomi flaunts that its more modest lead will exhibit the C8, a medium sized AMOLED board that it sources from TCL. As opposed to OnePlus, Xiaomi has proactively uncovered that the TCL C8 board inside the Xiaomi 14 will convey 3,000 nits top brilliance.

All in all, the Xiaomi 14 will have one of the most splendid presentations around when it dispatches tomorrow, considerably more so than the OnePlus Open.

Furthermore, the TCL C8 has a 1.5K goal, logical 1220p, and 460 PPI pixel thickness. Despite the fact that Xiaomi doesn’t recognize this in its promoting material, a change to a 1220p board alone would be a huge update from the Xiaomi 13, whose 6.36-inch show tops at 1080p and 1,900 nits.

In addition, Xiaomi flaunts full 1-120 Hz revive rate inclusion, from which we can gather that the Xiaomi 14 likewise has a LTPO backplane. Moreover, the impending handset ought to offer full DC diminishing, which is especially helpful for the people who are delicate to beat width adjustment (PWM).

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