Xiaomi is once again challenging the laws of physics in mobile photography. Leaked reports from production lines suggest that the Xiaomi 15 Ultra is not only equipped with the Snapdragon 8 Elite chipset but also features a quad-camera system co-engineered with Leica, including a bizarre 200MP periscope lens. In this exclusive Tekin Plus report, we analyze the technical specs, the controversial design, and its chances of dethroning the Galaxy S25 Ultra.
1. Introduction: When the Camera Becomes More Important Than the Phone 1.1. Xiaomi's "Ultra" Strategy In recent years, Xiaomi's "Ultra" series has ceased to be just smartphones; they are essentially "cameras
that accept SIM cards." After the stunning success of the Xiaomi 13 Ultra and 14 Ultra in attracting photographers, it is now time for the fifteenth generation. According to information leaked from internal
sources on Weibo, Xiaomi has shifted its focus this year from "pixel count" to "optical quality" and "spatial zoom." At Tekin Plus , we believe the Xiaomi 15 Ultra will be the most serious contender to
Samsung's reign in the Android world, provided it can control the software bugs often associated with HyperOS launch versions. 1.2. The Controversial Design Early renders show that the massive circular
camera module on the back has been retained, but the lens arrangement has changed. The new periscope lens is so large that designers have been forced to place it in an asymmetrical position. Is this design
"ugly" or "professional"? The market will decide, but the ergonomics of a phone with such top-heavy weight distribution will certainly be a challenge for daily use. 2. The Photography Revolution: Anatomy
of the Camera System 2.1. The 1-Inch Main Sensor (LYT-900) The beating heart of this camera is Sony's 1-inch LYT-900 sensor. This sensor was present in the previous version, but Xiaomi, in collaboration
with Leica, has designed new Summilux lenses for it, increasing light absorption by 20%. The Variable Aperture (stepless between f/1.6 to f/4.0) allows you to control the depth of field (bokeh) physically
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