The data on this chart is calculated from Geekbench 6 results users have uploaded to the Geekbench Browser. Geekbench 5 scores are arbitrary in a vacuum, but they help measure a devices performance in context to other devices even if you get slightly different scores. Both devices use the same A16 chip, however, so their scores should be similar. Welcome to the Geekbench Metal Benchmark Chart. Update: This article has been updated to note that the Geekbench result is for an iPhone 14 Pro Max, not an iPhone 14 Pro. In the CPU, the A16 Bionic features the same 6-core count as the A15 Bionic, but Apple says it's a "new 6-core CPU." The A16 Bionic also has a new 16-core Neural Engine to power advanced machine learning tasks. The A15 Bionic chip, like Apple's M1 and M2 Apple silicon chips for the Mac, is based on the 5nm process.ĭespite the smaller jump in performance that some may have hoped, Apple says the A16 Bionic chip is "the fastest chip ever in a smartphone." The A16 Bionic has a more powerful GPU that can provide up to 50% more memory bandwidth for graphics-intensive games. The most significant new feature of the A16 Bionic chip is that it's the first chip from Apple based on the smaller 4nm process.
IPHONE 5 GEEKBENCH SCORE PRO
The iPhone 13 Pro scores 1707 in single-core and 4659 in multi-core, only being marginally slower than the latest high-end iPhone. In Low Power Mode, Apple is clearly prioritizing making the most out of that last bit of power over browsing the web at lightning speed. Ultimately, whether the performance difference matters is entirely your call when that battery meter turns red.A Geekbench score for the iPhone 14 Pro Max with the new A16 Bionic chip has revealed little performance improvement compared to the iPhone 13 Pro and Pro Max from last year.Ī Geekbench test result for iPhone15,3, the identifier for the iPhone 14 Pro Max, shows the new iPhone with a single-core score of 1879 and a multi-core score of 4664.
IPHONE 5 GEEKBENCH SCORE ANDROID
MacRumors ran the Geekbench benchmarks on an iPhone 6 Plus and got almost identical results: 1606 in regular mode and 1019 in Low Power Mode. A GeekBench score test of the Apple iPhone 5, which proves itself to be a big improvement from its previous generations, and even its top android competitor. Only the iPhone 5c’s multi-core score of 1242 is faster than the iPhone 6’s single-core score in Low Power Mode. Geekbench tests show a single-core score of just 687 for the iPhone 5c. The lower scores may look like a downer, but just compare them to the iPhone 5c and you’ll find that you’re using a device that’s still more powerful than Apple’s two-year old device. Low Power Mode is supposed to take the entire system down a notch so you have longer battery life (in addition turning off a few power-sucking features like Background App Refresh). Notice that the multi-core score on Low Power Mode is almost the same as the single-core score during standard usage.
Apple A15 Geekbench score, only one word left to Android: despair. This time, the score was only 998 for single-core and 1667 for multi-core (higher is better). This brings us to Ice Universe’s tweet below that features the first Geekbench 5 scores for the iPhone 13’s A15 Bionic. Then, after turning on Low Power Mode, I ran the same benchmark again. We ran the Geekbench performance benchmark on an iPhone 6 running iOS 9 beta 2 and got a single-score of 1602 and multi-core score of 2817.
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