Every year, tech enthusiasts wait for the release of New Apple devices To find out what performance and innovation improvements it holds, this year the spotlight has been on the A19 Pro chip that powers the iPhone 17 Pro and iPhone Air. Is this new leap forward just numbers on paper, or does real-world performance prove that Apple is still ahead of the competition? In this article, we review early benchmark results, compare the A19 Pro chip to the previous generation, the A18 Pro, and highlight what this means for users in their daily lives.
Apple always surprises us with its innovations. In fact, we see other companies following suit. It's always the bold one who takes the lead. It changed the design, and everyone else imitated it. It changed the system, and everyone else changed. Apple innovated silicon, and companies began to imitate it. It proved to everyone that it could stay ahead of them by far, as its processors were much faster than others.
This time, it comes with the A19 Pro chip that powers all of these devices. Imagine playing heavy games or editing high-resolution videos without any noticeable lag! According to available information, this chip relies on advanced technologies that make it faster and more efficient than its predecessors.
A19 Pro chip
This chip was custom-designed by Apple and comes with significant improvements across the board. In the iPhone 17 Pro and iPhone 17 Pro Max, the chip features a six-core CPU and a six-core graphics processor (GPU). In the iPhone Air, the GPU features five cores to save power while maintaining strong performance.
What sets the A19 Pro apart is the integration of neural accelerators into each GPU core, along with a larger and faster cache. These improvements make the chip ideal for heavy-duty tasks like running on-device AI models, video editing, or even advanced gaming. Imagine using an AI application that recognizes images in seconds—that's a reality with the A19 Pro.
Additionally, Apple has added a specially designed vapor chamber to cool the device, helping it maintain sustained performance for extended periods. This means you won't experience a drop in speed during extended use, whether you're gaming or even working.
CPU Performance Comparison
Now, let's look at the actual numbers from the performance benchmarks. Based on preliminary Geekbench 6 results, which have yet to be confirmed, the A19 Pro appears to be up to 13% to 15% faster in multi-core performance compared to the A18 Pro chip in the iPhone 16 Pro.
To understand this better: If you're using a multi-core application, such as exporting a video or running multiple programs, this increase means less waiting time. For example, what took 10 minutes to export a video on the iPhone 16 Pro might drop to about 8.5 minutes on the iPhone 17 Pro. This isn't just a number; it's a real improvement that saves time in your daily life.
Apple itself says the A19 Pro offers up to 20% faster CPU performance compared to the A17 Pro chip in the iPhone 15 Pro. This means the year-over-year improvement over the A18 Pro will be less than 20%, which is consistent with Geekbench results indicating a 13-15% improvement. Keep in mind, these benchmarks don't always reflect real-world performance, but they give a good idea of capabilities.
The benefits of multi-core performance include helping with everyday tasks like fast browsing, running multiple apps, and even augmented reality.
Apple claims the A19 Pro's CPU is the fastest in any smartphone, putting the iPhone ahead of the competition with flagship Android phones.
Noticeable GPU improvements
If the CPU is important for overall performance, it's the GPU that makes games and graphics shine. This is where the biggest improvements come in! According to Metal results in Geekbench 6, the six-core GPU in the iPhone 17 Pro delivers up to 40% faster performance compared to the A18 Pro.
The iPhone Air, which features a five-core GPU, is about 15% faster than the six-core GPU in the A18 Pro. This means that even the less powerful version delivers excellent performance, especially for users who don't need the most power.
Apple claims in its press release that the A19 Pro chip, with its vapor chamber, delivers 40% better sustained performance than the previous generation. This may specifically address graphics performance, as the device stays cool during long sessions. For example, if you're playing a game like Genshin Impact for hours, you won't experience a drop in framerates or quality.
It's ideal for high-resolution gaming, 4K video editing, or using virtual reality applications.
Additional features include larger memory and neural accelerators, which make the chip more efficient at AI tasks, such as automatic image enhancement.
Apple's Official Statements and What's Behind Them
On the official iPhone 17 Pro product page, Apple provides realistic comparisons. It says the A19 Pro chip is 20% faster in CPU performance compared to the A17 Pro, meaning incremental improvements, not revolutionary improvements each year. This approach ensures stable performance without excessive power consumption.
However, keep in mind that benchmarks like Geekbench don't always reflect everyday usage. In fact, you may find that improvements are more noticeable under heavy tasks, while under normal usage, the difference is less noticeable. Apple focuses on "sustained performance," which makes the iPhone ideal for professionals and gamers.
Is the iPhone 17 Pro worth the upgrade?
Ultimately, the iPhone 17 Pro and iPhone Air performance benchmarks reveal a powerful A19 Pro chip that combines speed and efficiency. With improvements of up to 15% in CPU and 40% in GPU, these devices are ready to face the challenges of the future. Whether you're looking for a device for work or entertainment, Apple offers options for everyone.
If you own an iPhone 16 Pro, upgrading might be tempting if you're interested in graphics performance. If you're new to the iPhone world, the iPhone Air is a great budget option.
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