This also comes with node upgrades – 4nm for A16, 5nm for A15 and 7nm+ for the A13. During the presentation Apple showed a chart comparing the new A16 to 2019’s A13 chipset, saying that CPU performance is up 33.3%.Ĭomparing a new gen processor with an SoC that is over three years old is a little strange, especially when you consider just how efficiently processors have become in the last two years, thanks to 6nm, 4nm and even 3nm manufacturing nodes.Īpple claims that the 33.3% performance increase also comes with a 20% reduction in power. But it does show us just how powerful a processor can be in certain types of tasks.Īn interesting thing to note is that perhaps Apple was aware that the performance gains would seem rather incremental, and therefore chose not to disclose it. Of course, benchmark scores do not necessarily reflect how a processor and a device function in real life. And this is with an increase in peak clock speed of the performance cores from 3.23GHz to 3.46GHz. That is +9% single-core and actually a small decrease in the multi-core test. This is yet another reason why people might not want to upgrade to the iPhone 14 series this year, on the surface at least. The iPhone 13 Pro Max typically gets 1,725 and 4,848, respectively. Geekbench picked up the iPhone 14 Pro Max as the iPhone15,3, and it posted a single-core score of 1,879 and a multi-core score of 4,664. Well, not a lot different from the slightly upgraded A15 Bionic SoCs of last year that the iPhone 14 and the iPhone 14 Plus will be shipped with, it turns out.Ī leaked Geekbench score has revealed that the latest iPhone 14 Pro Max scores just marginally better than last year’s iPhone 13 Pro Max. But how well do these new “flagship” level SoCs perform? Stay tuned for updates on the iPhone SE 3 and more tech news.This year, Apple has announced that only the iPhone 14 Pro and the iPhone 14 Pro Max will be getting the new A16 Bionic SoC, making them the true flagships. Although Apple says that it has improved the battery life by up to two hours, more details about the same will surface in the future when reviewers get their hands on the device. The iPhone SE launched in 2020 also packed a powerful processor but it could not deliver a decent battery life upon regular usage. However, this also raises some concerns about the battery life of the smartphone. The Geekbench scores are an indicator of the sheer performance packed in the iPhone SE 3. This could also be another factor behind iPhone SE 3 showcasing a similar performance result as the iPhone 13 series on the Geekbench test. Whereas, the iPhone 13 Pro models ship with 6GB of RAM out of the box. To make things more interesting, the iPhone 13 launched in 2021 also features 4GB of RAM. For reference, the iPhone SE launched in 2020 came with 3GB of RAM. The new iPhone SE 3 comes with 4GB of RAM. Image: Geekbench iPhone SE 3 comes with more RAM If not more, these scores are similar to that of the iPhone 13 and iPhone 13 Mini launched last year. As mentioned in the listing, the iPhone SE 3 scores 1,695 in the single-core test and 4,021 in the multi-core test on Geekbench. The Geekbench listing shows that the iPhone SE 3 carries the same A15 Bionic processor as found in Apple's latest iPhone 13 series. The Apple iPhone SE 3 recently appeared on Geekbench after its launch on March 8, 2022. iPhone SE 3 appears on Geekbench with improved performance However, a recent Geekbench listing suggests that the iPhone SE 3 delivers similar performance as the premium iPhone 13 sold by Apple. The iPhone SE 3 comes with an identical appearance to the original iPhone SE 2020, which itself carries the design of the iPhone 8. These include the iPad Air (5th Gen), the all-new Mac Studio, Studio Display and the most anticipated iPhone SE 3. Apple recently conducted its Peek Performance event where the company showcased a total of four new smartphones.
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