In a few hours, reservations will begin for all new products introduced on March 8 during Apple’s special event. One of the devices presented was the iPhone SE which integrated the A15 Bionic chip and boost connectivity 5G on a device slightly over 500 dollars. The first units submitted for reviews began to reach a select group of journalists and began to appear the first performance tests. The results showed some sheet music very similar compared to the iPhone 13, Apple’s flagship product. After the jump, we analyze the data.
iPhone SE performance up thanks to A15 Bionic chip
Benchmarks allow you to evaluate and rate different technical aspects of a device’s hardware in an easy way. One of these tests is the famous Geekbench, one of the most reliable tools. Geekbench analyzes the CPU performance and computing speed tackle very basic tasks. This set of tests, complex and banal, makes it possible to obtain a score close to reality of the performance of the device. These scores vary depending on whether the device ran on a single core or on multiple cores.
The iPhone SE (2022) presented on March 8 included the A15 Bionic chip which also carries the iPhone 13 inside. It is a 64-bit processor with a 6-core CPU, 4-core GPU, and 16-core Neural Engine. The Geekbench Shed fairly equal results between iPhone SE and iPhone 13:
- single core:
- iPhone SE: 1695
- iPhone 13: 1672
- Several:
- iPhone SE: 4021
- iPhone 13: 4481
4 GB of RAM finally for the iPhone SE
the the differences between the points are really negligible highlighting the equality of performance between the two devices. This indicates that the A15 Bionic chip gives the iPhone SE good performance and long life in terms of updates and features being a 4.7 inch device.
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The new betas of iOS 15.4 released yesterday also bring us additional additional information picked up by MacRumours: the iPhone SE comes with 4GB of RAM. This is new since in the previous generation the iPhone SE had 3 GB of RAM. This increases performance in connection with the integration of the A15 Bionic chip.
