
Apple has recently showcased its latest A19 Pro processor, which demonstrates a remarkable increase in GPU performance compared to its predecessors. The advancements are evident in the most recent Metal benchmark, where the A19 Pro’s 6-core graphics processor achieved a score that is 40% higher than that of the A18 Pro, establishing a clear advantage in graphics capabilities.
Modest Gains in Single-Core and Multi-Core Performance Indicative of Efficiency Focus
In the latest Geekbench 6 results, the A19 Pro’s Metal score reached an impressive 45, 657. Notably, tech enthusiast Vadim Yuryev conducted a comparative analysis, juxtaposing the A19 Pro with its predecessors, including the A18 Pro and the M2. His findings revealed that the A18 Pro lagged with a score of 32, 673, making the A19 Pro effectively 40% more powerful. The M2 chip also registered a marginally higher score of 45, 862 in the same benchmarks, further highlighting the competitive landscape.
While the A19 Pro has made significant strides in GPU performance, its single-core and multi-core figures are not as standout. Although it surpasses the M4 in single-threaded performance, the overall CPU enhancements appear less pronounced. This year marks Apple’s debut of a vapor chamber cooling system in both the iPhone 17 Pro and iPhone 17 Pro Max. Coupled with the aluminum chassis, users can anticipate robust performance during demanding tasks such as gaming, ensuring sustained graphics quality in visually intensive applications.

Given that Apple’s A-series CPUs have proven to be competent in handling a wide range of tasks, the strategic focus on enhancing GPU capabilities this year is a logical choice. However, it seems Apple may have encountered a technological plateau, as the differences between TSMC’s second-generation and third-generation 3nm processes are minimal. Next year is anticipated to bring a transition to 2nm technology, promising a more profound leap in performance with the introduction of the A20 and A20 Pro, likely yielding benchmark results that outshine current figures.
For more detailed insights, visit Geekbench 6.
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