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.
Iphone 13 mini geekbench pro#
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". The resulting score is 14216, which is about 55% more than the iPhone 12 Pro's 9123. 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. Production costs for A16 Bionic chip are 2.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. IPhone 13’s A15 Bionic chip has the following scores: The iPhone 14 Pro achieves a single-core score of 1879 and a multi-core score of 4664. In comparison, the iPhone 13 Pro and its A15 chipset scores 1707 in single-core and 4659 in multi-core. To put things into perspective, iPhone 12 Pro had the following scores:Īs noted before, iPhone 13 Pro has a 5-core GPU which gives it a considerable improvement in performance compared to the non-Pro iPhone 13 models.Īpple did not share any comparisons between A15 and A14 during the launch event, but the company mentioned the improvements compared to unnamed ‘competition’. A continuación, puede comparar su rendimiento con otros modelos basados en el Geekbench Benchmark.
The performance boost is upwards of 15 percent according to the Geekbench 5 benchmark test, an industry standard when it comes to gauging processing prowess. En la prueba Geekbench, el Apple iPhone 13 Mini obtuvo una puntuación de 'Single-core' de 1758 puntos y 'Multi-core' 4859.
An iPhone 13 Pro prototype spotted on Geekbench has smashed through the metal score of iPhone 12 Pro’s 9123, hitting 14216. iPhone 14 Pro is Nearly 9 Faster than iPhone 13 Pro The Geekbench listing of the iPhone 14 Pro Max has scored 1879 in single-core performance and 4664 in multi-core performance. The biggest competition to A15 is Snapdragon’s 888.
The mighty GPU performance of the 5-GPU Core A15 chip has dominated its previous generation equivalent by 5093 points, a 55.83 increase all told. The single-core performance on Snapdragon 888 is even lower than Apple’s A13 chip used in iPhone 11 series. These numbers show that A15 is 52% faster in single-core performance and 25% faster in multi-core performance. In comparability with the Geekbench itemizing for the iPhone 13 Pro Max, the brand new iPhone 14 Pro Max solely gives about 8.7 enchancment in single-core efficiency, and about 22 improve in multi-core efficiency. This is closely in line with Apple’s claims. The iPhone 13 Pro Max seems with 1,729 rating in single-core efficiency, and three,831 rating in multi-core efficiency. The previous model, iPad mini 5, had an A12 Bionic chip which had the following scores: The chip is clocked at 2.9GHz in iPad mini, while it runs at 3.2GHz in all iPhone 13 models.Īs per Geekbench numbers, iPad mini 6 has the following scores from its A15 chip: The benchmarks also show that the new iPad mini 6 has a downclocked version of the A15 chip, compared to iPhone 13. This shows that the new iPad mini 6 is 40% faster in single-core performance, and almost 70% faster in multi-core performance. In graphics, it shows an improvement of 71%.
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