iPhone 15 Pro Max is faster than Samsung Galaxy S23 Ultra in tough ‘ultra speed’ test
They analyze the speed of the iPhone 15 Pro Max compared to the Galaxy S23 Ultra.
About a few months ago, they tested the speed of the iPhone 14 Pro Max and Galaxy S23 Ultra in an interesting video comparison in which the Apple smartphone scored. such an epic comeback Compared to the new generation flagship, which should theoretically be superior in terms of performance.
Now, from PhoneBuff they wanted to: a new “ultra speed” test Between iPhone 15 Pro Max and Samsung Galaxy S23 Ultra. Will powers become more equal? Who will be the winner of this tough fight?
PhoneBuff speed test gets both flagships through a series of very interesting tests execution, opening and running time of a set of applications are measured With the help of a robotic arm specially selected for this event, including Facebook, Starbucks, Microsoft Word, Snapseed, ESPN, Spotify and others.
In the comparison between iPhone 15 Pro Max and Galaxy S23 Ultra, it is necessary to take into account that there are big differences between them. On the other hand Samsung’s flagship has certain features and some more advanced specs -like 12 GB RAM- Apple tips the scales Self designed processor and software specifically dedicated to this.
The performance of the A17 Pro chip in the iPhone 15 Pro Max is unquestionable
As one of the most popular and iconic slogans in the auto industry’s advertising spots clearly states, “Power without control is useless.” And indeed, the Samsung Galaxy S23 Ultra has tons of power.
However, the performance offered by the A17 Pro processor is unrivaled thanks to its production using TSMC 3 nanometer technique. It is the only processor produced with this method in history and it shows. The iPhone 15 Pro Max outperformed the Galaxy S23 Ultra in this demanding speed test despite having less RAM.
In the comparison table below, you can see all the differences of the A17 Pro chip compared to the previous generation to appreciate the incredible transformation in the evolution of Apple Silicon chips.
A16 Bionic Chip | A17 Pro Chip | |
---|---|---|
Processor | 6 cores | 6 cores |
GPU | 5 cores | 6 cores |
Neural Engine | 16 cores | 16 cores |
Operations | Up to 17 trillion operations per second | Up to 35 trillion operations per second |
Memory | 6GB | 8GB |
Transistors | 16,000 transistors | 19,000 transistors |
manufacturing process | 4 nanometers | 3 nanometers |

Source: i Padizate
