Key Takeaways
1. Vivo’s X200 Ultra is expected to launch next month, competing with flagship models like the Galaxy S25 Ultra and Xiaomi 15 Ultra.
2. The X200 Ultra features three rear cameras, with significantly larger sizes compared to previous models.
3. The telephoto camera has a larger aperture, allowing it to capture up to 38% more light than last year’s X100 Ultra.
4. The main and ultra-wide cameras utilize Sony LYT-818 sensors with focal lengths of 14 mm and 35 mm.
5. The Sony LYT-818 sensors are smaller than the 1-inch sensor in the X100 Ultra, raising questions about their performance.
It seems like Vivo’s upcoming ‘Ultra’ flagship is almost here. While the company hasn’t officially announced a launch date yet, recent speculation indicates that the X200 Ultra could hit the market next month. This new model is expected to compete with the Galaxy S25 Ultra (currently priced at $1,094 on Amazon) and the Xiaomi 15 Ultra, among other recent flagship devices.
Inside Look at the Camera Features
Vivo has shared some insights into the internal design of the X200 Ultra, particularly its camera features. Production manager Han Bo Xiao confirmed that this phone will come equipped with three rear cameras. As seen in the images below, these cameras are noticeably larger than previous models.
In fact, the telephoto camera on the X200 Ultra is bigger than the one found on last year’s X100 Ultra. Although it’s said to use the same ISOCELL HP9 sensor as its predecessor, the larger aperture allows it to capture up to 38% more light, resulting in an overall larger camera setup.
Details on Sensor Specifications
Additionally, Vivo incorporates a duo of Sony LYT-818 sensors for the main and ultra-wide cameras in the X200 Ultra. The production manager indicated that these 1/1.28-inch sensors are paired with focal lengths equivalent to 14 mm and 35 mm. It’s important to mention that the Sony LYT-818 is smaller compared to the 1-inch sensor used in the X100 Ultra. Therefore, the advantages of using a more standard 35 mm equivalent focal length will need to be evaluated in the future.
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