The Sony Xperia XZ4 goes through Geekbench and its results are to be surprised

Earlier, Sony announced that it will stay in the smartphone business, not for money but for strategic reasons. You want to keep your fingers on the pulse to always be informed of what is happening in this industry and thus resurface in this market. It is quite reasonable because this Japanese manufacturer supplies various components to smartphone manufacturers, such as cameras.

For example, its latest 48MP camera sensor is supposed to become quite popular this year. However, there are still many users who are waiting for the next annual flagship of this company because the top-end models of the Xperia line represent the embodiment of art and innovation. The same will be used to describe the next Sony Xperia XZ4, the phone that has recently appeared on Geekbench with surprising results, which is what we will talk about next.

It has been revealed that Sony Xperia XZ4 to launch at MWC 2019. The phone is said to use an ultra-narrow 21: 9 FullHD + 'fish-style display' to be called CinemaWide. It will also be a very powerful smartphone with a Snapdragon 855 chip. The latter is supposed to be paired with a 4GB LPDDR6X RAM, 64 / 256GB ROM, and a 3,900mAh battery. The rest of the features include a side-mounted fingerprint scanner, an 8.9mm body thickness, a 3.5mm audio jack, and a front-facing super wide-angle camera. (Find out: The Sony Xperia XZ4 scores on AnTuTu - it's the most powerful phone ever!)

Sony Xperia XZ4 on Geekbench

Recently, the alleged Sony Xperia XZ4 was leaked into the GeekBench database. The smudged smartphone got 3,634 points and 12,044 points in the single-core and multi-core tests, respectively. The source also proudly noted that the Apple A12 biochip scored 4,801 and 11,130 points in the aforementioned tests.

Thus, Snapdragon 855 outperforms Apple's A12 Bionic. Furthermore, the benchmark screenshot shows that the machine also uses 6 GB of memory and Android 9 Pie. But it is also assumed to be the engineering version. Therefore, the performance of the final product may be a little different from this.

(Via)