Performance of Apple A17 Pro Processor
In a much-anticipated event, Apple has officially unveiled its latest flagship, the iPhone 15 Pro, boasting impressive hardware upgrades and innovative features that are set to redefine the smartphone industry. The standout feature of this new release is undoubtedly the A17 Pro processor, which marks the industry’s first 3nm cell phone chip.
Compared to its predecessor, the A16 Bionic, the A17 Pro processor has undergone significant improvements. The manufacturing process has been upgraded from TSMC’s 4nm to a cutting-edge 3nm process. This advancement has allowed Apple to increase the number of transistors from 16 billion to a staggering 19 billion, enhancing overall performance and efficiency.
The CPU architecture remains familiar, with two high-performance cores and four energy-efficient cores. However, Apple has implemented micro-architectural enhancements, including improved branch prediction and expanded decoding and execution engines, resulting in a promising 10% speed boost.
Remarkably, the energy-efficient cores in the A17 Pro claim to be the most energy-efficient mobile CPU cores on the market, achieving three times the speed of their competitors (though the exact competitors are not specified).
The neural engine cores remain at 16, but their arithmetic power has more than doubled, increasing from 17 TOPS to an impressive 35 TOPS. This significant boost in AI capabilities promises enhanced performance in various applications.
Apple has also introduced new hardware features, such as the integration of the “ProRes Codec” video engine and the “Pro Display engine.” The A17 Pro offers native support for AV1 video decoding but lacks encoding capabilities. Additionally, it has embraced USB 3.0 specifications, bidding farewell to the older USB 2.0 standard. However, users will need to purchase a separate cable, raising questions about the company’s greedy strategy.
The most substantial transformation can be witnessed in the GPU department. The A17 Pro’s GPU sees an increase in the number of cores from 5 to 6, coupled with a redesigned architecture. This results in a remarkable 20% increase in peak performance. Furthermore, Apple has introduced Mesh Shading and hardware-level ray tracing support, aligning itself with competitors like Qualcomm and MediaTek.
Apple boldly claims that the A17 Pro can outperform any other smartphone in terms of ray-tracing performance, achieving a full 4x improvement over the A16’s software-based light-tracing capabilities. It’s worth noting that Apple chose not to compare this performance with the A16 Bionic, the old tactic to show off big numbers.
To complement the A17 Pro’s gaming capabilities, Apple has announced a lineup of 3A masterpiece games that will be available on the iPhone 15 Pro models. Titles such as “The Division: Dawn,” “Resident Evil 4: Remastered,” “Resident Evil 8: Village,” “Assassin’s Creed: Visions,” “Honkai: Star Rail,” and “Genshin Impact” will be making their way to the device. Notably, “Resident Evil 8: Village” and “Resident Evil 4: Remake” are expected to launch later this year, with “Assassin’s Creed: Visions” slated for a 2024 release in the first half of the year.
In conclusion, the iPhone 15 Pro with the A17 Pro processor represents a significant leap forward in smartphone technology. With its groundbreaking 3nm chip, enhanced CPU and GPU capabilities, and a focus on gaming, Apple is poised to deliver a superior mobile experience to its users. While the device is undoubtedly impressive, questions remain about the company’s pricing strategy, particularly regarding the need for additional cables for USB 3.0 support. Nonetheless, the iPhone 15 Pro is set to be a game-changer in the world of smartphones. We will bring real-world performance data soon, so stay tuned.