And all of them will outperform the Galaxy S23 Ultra in tests. That implies the iPhone 13 Pro/Pro Max and iPhone 14/Plus, which feature an A15 variant with more RAM, are even better. Additional information reveals that the chip is. This proves Apple still rocks the best mobile chip in town if the second-best beats the S23 in tests.īut a closer look at the single-core Geekbench 5 benchmark results will tell you that the iPhone 13 mini and iPhone 13, which rock the base A15 Bionic chips, can outperform the Galaxy S23 Ultra. A Geekbench listing dated June 1 for 'Reality,' which is the rumored name of Apple's mixed-reality headset, shows a Metal score of 141,585. We’re looking at a 20% performance gap between the non-Pro iPhone 14 and the Galaxy S23 Ultra. We already showed you how fast the non-Pro iPhone 14 and the iPhone 14 Pros are. The first Geekbench 5 tests are available for the Galaxy S23 models. The Ultra’s only advantage over the other models is more RAM.
IPHONE 13 MINI GEEKBENCH PRO
All Galaxy S23 models will score similarly in benchmarks. The iPhone 13, iPhone 13 Mini, iPhone 13 Pro, and iPhone 13 Pro Max have better battery life, faster iPhone 12 iPhone 12. Also, it’s a custom chip clocked slightly higher than the regular Snapdragon 8 Gen 2 chip. For example, the iPhone 13 scores around 10,608 on Geekbench Metal, while the iPhone 13 Pro bags around 14216 points. That’s why the Galaxy S23 phones pack Qualcomm’s best possible SoC. The difference in scores are marginal and will not represent real-world difference for customers. Samsung vowed to improve its Exynos chips, and that will take time. Benchmark results for an iPhone 13 mini with an Apple A15 Bionic processor. For reference, the iPhone 13 has a single-core score of 1672 and a multi-core score of 4481. The handsets were excluded from benchmark tests for cheating, and Samsung had to apologize to customers and shareholders. We also don't have CPU benchmark results for any of Apple's new devices at this point, but all of these are surely coming soon.Samsung learned its lesson after the Galaxy S22 chip disaster, which saw the Exynos chips throttle performance tremendously. We don't yet know how the A15 with 4-core GPU would perform, since no one has benchmarked an iPhone 13 or 13 mini yet. Well, that seems to be the case at least when comparing to last year's A14 Bionic with 4-core GPU, as featured in the iPhone 12 Pro. value xs xs max pro 100 xs xs max pro 100 iPhone 12 Pro Max iPhone 12 mini iPhone 12 iPhone 11 Pro iPhone 11 Pro Max iPhone 11 iPhone SE (2nd.
AnTuTu CPU score for Apple iPhone 13 Mini is 213023 and GPU score is 338813. This points to huge GPU performance improvements in the new iPhone 13 Pro and 13 Pro Max compared to their direct predecessors.Īpple has called the 5-core GPU version of the A15 "the world's fastest smartphone chip", and promised that it delivers "50% faster graphics performance than any other smartphone chip". AnTuTu benchmark score for Apple iPhone 13 Mini is 798257 (Overall Performance). There's not much of a performance difference between the A14 and A15, until you add the iPhone 13 Pro's extra GPU core.
The resulting score is 14216, which is about 55% more than the iPhone 12 Pro's 9123. In Geekbench benchmark testing the Apple iPhone 13 Mini got a Single-core score of 1758 points and Multi-core score of 4859. iPhone 13 Benchmarks: Apple's A15 Chip Crushes Qualcomm. This A15 chip with a 5-core GPU has been tested on Geekbench's compute benchmark using the Metal API today, by someone in possession of an iPhone 13 Pro prototype. While the iPhone 13 and 13 mini have a 4-core GPU, the iPhone 13 Pro and 13 Pro Max, along with the new iPad mini, have a 5-core GPU.
They're all powered by the A15 chip, but there are GPU differences between them. IPhone 13 Pro runs Geekbench, reveals 55% better GPU performance vs iPhone -09-15Īs you probably already know, Apple unveiled four new smartphones yesterday - the iPhone 13, 13 mini, 13 Pro, and 13 Pro Max.
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