The anticipated OnePlus 15T phone is preparing to launch soon in the Chinese market to provide a pioneering experience with a compact design that is easy to use. Before the official launch date, the new phone appeared on the famous AnTuTu performance testing platform, revealing superior capabilities that confirm that it continues to provide the same strong performance approach that distinguished the standard version of the OnePlus 15.
The platform revealed that the new phone has the model number PLZ110, and its operation depends on the powerful Snapdragon 8 Elite Gen 5 processor, which is the same processor used in the standard version of the OnePlus 15. The specifications list showed that the tested device includes 16 GB of RAM and 512 GB of internal storage space, and runs on the latest Android 16 operating system.
The phone achieved an amazing score of 4,455,423 points on the eleventh version of the AnTuTu platform. To illustrate the strength of this performance, it is enough to know that the Icho 15 Ultra phone equipped with the same processor topped the list of the most powerful phones for the month of February with an average of 4,208,894 points, while the standard version of the OnePlus 15 settles in eighth place with an average of only 3,839,169 points.
Until this moment, there is no official launch date specified for the OnePlus 15T phone, but rumors strongly indicate that the company is planning to unveil it sometime during the month of March in the Chinese market. It is expected that the company will later launch the phone in global markets under the name OnePlus 15s, to compete strongly in the category of leading compact phones.
It is rumored that the new phone will come with a set of noticeable improvements compared to the previous OnePlus 13T version, which include a larger battery capacity and a periscope-type zoom lens for a better photography experience. In conjunction with these leaks, the company recently excited its fans about the modern design of the upcoming compact device, which will feature very thin screen edges.
