Vivo X100 challenges for the top spot in AnTuTu rankings

Vivo's new flagship X100 is challenging its competitor, the Red Magic 9 Pro+, in performance tests. According to AnTuTu scores, the competition between these two devices is creating excitement in the technology world.

Vivo X100 challenges for the top spot in AnTuTu rankings

The latest flagship Android smartphones have recently been put to the test, and AnTuTu has just released its November 2023 rankings for the top-performing devices. This list, always eagerly anticipated, brings some expected names as well as a few surprises.

Topping the list is the Red Magic 9 Pro+, which comes equipped with the Snapdragon 8 Gen 3 processor and a substantial memory and storage configuration of 16GB+512GB. It scored an impressive 2,188,631 points. The Red Magic brand is synonymous with high performance, and the 9 Pro+ lives up to this reputation, partly due to its advanced cooling system that effectively manages heat and allows for sustained high performance.

Vivo X100 challenges for the top spot in AnTuTu rankings

The second spot was taken by the Vivo X100, powered by the Dimensity 9300, with 16GB of RAM and a massive 1TB of storage, scoring 2,184,153 points. This is notably close to the Red Magic 9 Pro+, with a difference of just about 4500 points. The Vivo X100's high ranking is a bit of a surprise, especially given the performance traditionally associated with Dimensity processors.

Following closely in third place is the iQOO 12, featuring the same Snapdragon 8 Gen 3 processor as the Red Magic, but with 16GB of RAM and 1TB of storage. It achieved a score of 2,174,484 points. iQOO devices are known for their performance orientation, and the 12's position on the list confirms its capabilities.

Other notable entries in the top 10 include the iQOO 12 Pro, Vivo X100 Pro, Xiaomi 14 Pro, Xiaomi 14, iQOO 11S, OnePlus Ace 2 Pro, and Vivo X90 Pro+. These devices showcase the continuous advancements in smartphone technology and performance, particularly with the new generation processors.

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